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  • What you can learn from footwear’s two-track race to net zero

    When we talk about decarbonizing industries, footwear doesn’t often steal the spotlight. Yet behind every pair of sneakers or boots is a complex web of supply chains, raw materials, energy consumption, and logistics. While our shoes leave physical footprints, they also leave behind a much larger, often invisible carbon and waste footprint. 

    The footwear industry is estimated to be responsible for hundreds of millions of metric tons of CO₂e emissions each year—that’s more than the emissions of some entire countries. And it’s a sector undergoing massive transformation, fueled by a perfect storm of shifting regulation, growing consumer demand for transparency, and the urgent need to build climate resilience into business models. 

    What’s exciting is that we’re finally starting to see momentum from both sides of the decarbonization equation: radical innovation and operational rigor. 

    The innovation track: Rethink how shoes are made 

    Innovation in footwear manufacturing has typically been focused on performance and aesthetics alone, but that’s evolving. Today, some of the most forward-thinking brands are applying that same creative energy to impact, tackling not just how to build better shoes for us but also how to build them better for the planet. 

    A powerful example of this is On. The brand’s new LightSpray technology uses a world-first process that eliminates the traditional cut-and-sew approach to constructing shoe uppers. It reduces waste, energy, and materials, and, crucially, carbon. Using prospective life cycle assessment—a highly scientific process that calculates the future environmental impact of a product or technology—it was found that LightSpray has the potential to reduce production emissions by about 75% compared to traditional techniques. 

    So, what can we learn? This breakthrough matters not just for the brand itself, but for the entire industry. Globally, around 23.9 billion pairs of shoes are produced each year, and the majority of them still rely on traditional methods that contribute both to emissions and waste throughout the supply chain. Beyond footwear, what’s most notable isn’t just the number—it’s the willingness to build sustainability into innovation at the R&D phase, not as a post-launch add-on. That’s a shift in mindset that every industry can learn from. 

    The infrastructure track: Build out data and processes that make change possible 

    While innovation grabs headlines, what often moves the needle at scale is what happens behind the scenes. Infrastructure supports measurement, monitoring, and decision making. In footwear, where the indirect Scope 3 emissions coming from a company’s entire supply chain typically account for up to 90% of total footprint, the need for accurate, granular data is critical.  

    That’s where brands like Axel Arigato are leading: not by launching one breakthrough product, but by laying the groundwork to reduce emissions across their entire value chain. Axel Arigato recently calculated its full corporate carbon footprint in addition to LCAs for over 270 of its products. This gives the brand visibility to identify impact hotspots and tools to make science-backed reductions—product by product, shipment by shipment, and decision by decision. The work enabled the brand to dive deep into understanding the impact of its products and business to a level of detail they have never gone into before. “We have always strived to produce products that are less impactful on the environment, and we can now confidently measure this and communicate about it to our consumers,” says Albin Johansson, CEO of Axel Arigato. 

    This kind of backbone work isn’t all that flashy, but it is essential. Having a baseline understanding of the status quo enables all kinds of companies to move from ambition to action, and to do so in a way that’s resilient to legal requirements like reporting, investor pressure, and consumers shifting their expectations. It can even help provide the confidence to communicate impact publicly, in a world where green claims are heavily scrutinized 

    Taking a step beyond footwear 

    The race to decarbonize isn’t exclusive to footwear or the wider fashion industry. But it does cast a revealing lens thanks to its material-intensive, design-driven, and deeply globalized nature. With footwear revenue projected to surpass billion by 2028 and sustainable footwear alone expected to nearly double to billion by 2034, the stakes—and opportunities—have never been higher. 

    Crucially, the industry is showing us what it looks like when innovation and infrastructure finally work together. Because, with net zero targets and legal requirements looming, one without the other isn’t enough anymore. 

    A revolutionary new process can’t scale responsibly without solid measurement and validation. Just like a robust data system doesn’t drive progress unless it’s tied to product and design decisions. The future depends on both, and the businesses that are most future-proof are the ones willing to run down this dual track. So, whether you’re in footwear or finance, the lesson here is clear: Lower impact is not about sticking to one strategy for reduction. It’s a system-wide transformation that calls for imagination, precision, and bold partnership.  

    Now, progress increasingly means fewer promises and more proof. And the sooner this double-edged strategy is scaled across industries, the better for our planet. 

    Namrata Sandhu is founder and CEO of Vaayu. 
    #what #you #can #learn #footwears
    What you can learn from footwear’s two-track race to net zero
    When we talk about decarbonizing industries, footwear doesn’t often steal the spotlight. Yet behind every pair of sneakers or boots is a complex web of supply chains, raw materials, energy consumption, and logistics. While our shoes leave physical footprints, they also leave behind a much larger, often invisible carbon and waste footprint.  The footwear industry is estimated to be responsible for hundreds of millions of metric tons of CO₂e emissions each year—that’s more than the emissions of some entire countries. And it’s a sector undergoing massive transformation, fueled by a perfect storm of shifting regulation, growing consumer demand for transparency, and the urgent need to build climate resilience into business models.  What’s exciting is that we’re finally starting to see momentum from both sides of the decarbonization equation: radical innovation and operational rigor.  The innovation track: Rethink how shoes are made  Innovation in footwear manufacturing has typically been focused on performance and aesthetics alone, but that’s evolving. Today, some of the most forward-thinking brands are applying that same creative energy to impact, tackling not just how to build better shoes for us but also how to build them better for the planet.  A powerful example of this is On. The brand’s new LightSpray technology uses a world-first process that eliminates the traditional cut-and-sew approach to constructing shoe uppers. It reduces waste, energy, and materials, and, crucially, carbon. Using prospective life cycle assessment—a highly scientific process that calculates the future environmental impact of a product or technology—it was found that LightSpray has the potential to reduce production emissions by about 75% compared to traditional techniques.  So, what can we learn? This breakthrough matters not just for the brand itself, but for the entire industry. Globally, around 23.9 billion pairs of shoes are produced each year, and the majority of them still rely on traditional methods that contribute both to emissions and waste throughout the supply chain. Beyond footwear, what’s most notable isn’t just the number—it’s the willingness to build sustainability into innovation at the R&D phase, not as a post-launch add-on. That’s a shift in mindset that every industry can learn from.  The infrastructure track: Build out data and processes that make change possible  While innovation grabs headlines, what often moves the needle at scale is what happens behind the scenes. Infrastructure supports measurement, monitoring, and decision making. In footwear, where the indirect Scope 3 emissions coming from a company’s entire supply chain typically account for up to 90% of total footprint, the need for accurate, granular data is critical.   That’s where brands like Axel Arigato are leading: not by launching one breakthrough product, but by laying the groundwork to reduce emissions across their entire value chain. Axel Arigato recently calculated its full corporate carbon footprint in addition to LCAs for over 270 of its products. This gives the brand visibility to identify impact hotspots and tools to make science-backed reductions—product by product, shipment by shipment, and decision by decision. The work enabled the brand to dive deep into understanding the impact of its products and business to a level of detail they have never gone into before. “We have always strived to produce products that are less impactful on the environment, and we can now confidently measure this and communicate about it to our consumers,” says Albin Johansson, CEO of Axel Arigato.  This kind of backbone work isn’t all that flashy, but it is essential. Having a baseline understanding of the status quo enables all kinds of companies to move from ambition to action, and to do so in a way that’s resilient to legal requirements like reporting, investor pressure, and consumers shifting their expectations. It can even help provide the confidence to communicate impact publicly, in a world where green claims are heavily scrutinized  Taking a step beyond footwear  The race to decarbonize isn’t exclusive to footwear or the wider fashion industry. But it does cast a revealing lens thanks to its material-intensive, design-driven, and deeply globalized nature. With footwear revenue projected to surpass billion by 2028 and sustainable footwear alone expected to nearly double to billion by 2034, the stakes—and opportunities—have never been higher.  Crucially, the industry is showing us what it looks like when innovation and infrastructure finally work together. Because, with net zero targets and legal requirements looming, one without the other isn’t enough anymore.  A revolutionary new process can’t scale responsibly without solid measurement and validation. Just like a robust data system doesn’t drive progress unless it’s tied to product and design decisions. The future depends on both, and the businesses that are most future-proof are the ones willing to run down this dual track. So, whether you’re in footwear or finance, the lesson here is clear: Lower impact is not about sticking to one strategy for reduction. It’s a system-wide transformation that calls for imagination, precision, and bold partnership.   Now, progress increasingly means fewer promises and more proof. And the sooner this double-edged strategy is scaled across industries, the better for our planet.  Namrata Sandhu is founder and CEO of Vaayu.  #what #you #can #learn #footwears
    What you can learn from footwear’s two-track race to net zero
    www.fastcompany.com
    When we talk about decarbonizing industries, footwear doesn’t often steal the spotlight. Yet behind every pair of sneakers or boots is a complex web of supply chains, raw materials, energy consumption, and logistics. While our shoes leave physical footprints, they also leave behind a much larger, often invisible carbon and waste footprint.  The footwear industry is estimated to be responsible for hundreds of millions of metric tons of CO₂e emissions each year—that’s more than the emissions of some entire countries. And it’s a sector undergoing massive transformation, fueled by a perfect storm of shifting regulation, growing consumer demand for transparency, and the urgent need to build climate resilience into business models.  What’s exciting is that we’re finally starting to see momentum from both sides of the decarbonization equation: radical innovation and operational rigor.  The innovation track: Rethink how shoes are made  Innovation in footwear manufacturing has typically been focused on performance and aesthetics alone, but that’s evolving. Today, some of the most forward-thinking brands are applying that same creative energy to impact, tackling not just how to build better shoes for us but also how to build them better for the planet.  A powerful example of this is On. The brand’s new LightSpray technology uses a world-first process that eliminates the traditional cut-and-sew approach to constructing shoe uppers. It reduces waste, energy, and materials, and, crucially, carbon. Using prospective life cycle assessment (LCA)—a highly scientific process that calculates the future environmental impact of a product or technology (based on projected data and scenarios)—it was found that LightSpray has the potential to reduce production emissions by about 75% compared to traditional techniques.  So, what can we learn? This breakthrough matters not just for the brand itself, but for the entire industry. Globally, around 23.9 billion pairs of shoes are produced each year, and the majority of them still rely on traditional methods that contribute both to emissions and waste throughout the supply chain. Beyond footwear, what’s most notable isn’t just the number—it’s the willingness to build sustainability into innovation at the R&D phase, not as a post-launch add-on. That’s a shift in mindset that every industry can learn from.  The infrastructure track: Build out data and processes that make change possible  While innovation grabs headlines, what often moves the needle at scale is what happens behind the scenes. Infrastructure supports measurement, monitoring, and decision making. In footwear, where the indirect Scope 3 emissions coming from a company’s entire supply chain typically account for up to 90% of total footprint, the need for accurate, granular data is critical.   That’s where brands like Axel Arigato are leading: not by launching one breakthrough product, but by laying the groundwork to reduce emissions across their entire value chain. Axel Arigato recently calculated its full corporate carbon footprint in addition to LCAs for over 270 of its products. This gives the brand visibility to identify impact hotspots and tools to make science-backed reductions—product by product, shipment by shipment, and decision by decision. The work enabled the brand to dive deep into understanding the impact of its products and business to a level of detail they have never gone into before. “We have always strived to produce products that are less impactful on the environment, and we can now confidently measure this and communicate about it to our consumers,” says Albin Johansson, CEO of Axel Arigato.  This kind of backbone work isn’t all that flashy, but it is essential. Having a baseline understanding of the status quo enables all kinds of companies to move from ambition to action, and to do so in a way that’s resilient to legal requirements like reporting, investor pressure, and consumers shifting their expectations. It can even help provide the confidence to communicate impact publicly, in a world where green claims are heavily scrutinized  Taking a step beyond footwear  The race to decarbonize isn’t exclusive to footwear or the wider fashion industry. But it does cast a revealing lens thanks to its material-intensive, design-driven, and deeply globalized nature. With footwear revenue projected to surpass $472 billion by 2028 and sustainable footwear alone expected to nearly double to $18.25 billion by 2034, the stakes—and opportunities—have never been higher.  Crucially, the industry is showing us what it looks like when innovation and infrastructure finally work together. Because, with net zero targets and legal requirements looming, one without the other isn’t enough anymore.  A revolutionary new process can’t scale responsibly without solid measurement and validation. Just like a robust data system doesn’t drive progress unless it’s tied to product and design decisions. The future depends on both, and the businesses that are most future-proof are the ones willing to run down this dual track. So, whether you’re in footwear or finance, the lesson here is clear: Lower impact is not about sticking to one strategy for reduction. It’s a system-wide transformation that calls for imagination, precision, and bold partnership.   Now, progress increasingly means fewer promises and more proof. And the sooner this double-edged strategy is scaled across industries, the better for our planet.  Namrata Sandhu is founder and CEO of Vaayu. 
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  • BLUETTI Apex 300 Review: The All-in-One Solar, Gas, and Battery Solution for Blackouts and Beyond

    The BLUETTI Apex 300 isn’t meant to sit idle between emergencies. It fits into daily routines, powering everyday essentials without rewiring or installing. This review focuses on how it performs with real products in familiar settings. That includes household appliances during outages, coolers and fans during weekend camping, and portable gear on long tournament days. There are no solar arrays or panel integrations. Just plug and use.
    PROS:
    Exceptional 6,000+ charge cycle lifespan offers 17 years of reliable operation, doubling industry standards.
    Impressive 3,840W output and 120/240V dual voltages for handling multiple high-demand appliances simultaneously without faltering.
    Efficient 20W AC idle drain extends runtime significantly during extended outages.
    Modular design with B300K expansion battery allows customized scaling without replacing initial investment.
    Compatible with 120/240V gas generatorfor extended power outage.
    Massive 6,400W solar input capacity enables rapid renewable charging with potential two-year payback and over 30kW of solar input for whole-home backup.
    Low upfront cost at just /Wh for those who need serious power.
    CONS:
    2.7kW capacity may limit portability, making it less suitable for those with lower power needs.
    Lacks dedicated DC ports, but this trade-off helps keep the price more affordable.

    RATINGS:
    AESTHETICSERGONOMICSPERFORMANCESUSTAINABILITY / REPAIRABILITYVALUE FOR MONEYEDITOR'S QUOTE:The Apex 300 transforms uncertainty into confidence, delivering power when everything else fails. Peace of mind has never been so tangible.
    Designer: BLUETTI
    Click Here to Buy Now:. Hurry, deal ends soon!

    With 2,764.8Wh of capacity and 3,840W of output, the Apex 300 handles a refrigerator in the kitchen, a portable AC near the tent, or a Typhur air fryer at the courts. It doesn’t need a permanent location. You can roll it into the laundry room to run a washer or dryer in an emergency, or drop it under a canopy to keep drinks cold and phones charged.

    While the unit supports advanced configurations through expansion hubs and bypass systems, those features are outside the scope of this review. The goal here is practical performance with common products, powered directly from the main unit or its optional DC hub.
    From prolonged blackout prep to match-day support, the Apex 300 demonstrates the potential of a high-capacity portable power station, especially when paired with a fuel generator, all without leaving the average user behind.
    Design & Ergonomics
    The Apex 300 has a compact, squared chassis with reinforced edges and no cosmetic finishes. It weighs just under 84 pounds. While the mass is noticeable, it’s not difficult to move. A recessed top handle sits flush and centered for balance. Two side handles are molded into the body, one on each side. This lets you lift using proper form without needing to twist or overcompensate. The handle spacing and weight distribution make it possible to load in and out of a trunk or reposition in tight spaces without tipping. The casing is matte composite. No gloss, no soft-touch. It’s built to resist fire and impact, with corner protection and stiff panels that don’t flex. There’s no padding, no shiny accents. This is a working product for flinching in harsh environments or heavy-duty use, not something designed for display.

    The front panel consolidates all standard AC outputs. What stands out most on the front panel is the 120/240V voltage selector—a rare feature in this category. With a simple toggle, the Apex 300 can switch between standard 120V and powerful 240V split-phase output, all from a single unit. There’s no need for dual machines, external inverters, or bulky adapters. Just press the 240V button, and the side port activates 240V output while the front-facing 120V outlets remain fully functional. Even better, it supports simultaneous charging and discharging in both voltage modes, making it one of the most flexible power solutions out there. There are four 120V/20A outlets arranged in a horizontal line. Above the sockets, the integrated digital display shows live system status. Remaining battery is presented both numerically and visually via a segmented arc. Directly below, the estimated charge or runtime is shown in hours and minutes. Along the sides of the screen, AC and DC power input and output are broken down in watts. System icons flank the upper corners, indicating ECO mode, connectivity status, and fan operation. Alerts appear in the lower corners with a flashing indicator. The display is not touch-sensitive, and there are no layered menus. Everything is presented in one view. Visibility holds up in bright conditions without overwhelming in low light.

    The left side houses dual cooling vents and serves as a passive intake for airflow. The 120/240V 50A AC input/output port and high-capacity outputs, including the 120V/30A TT-30R and 120V/240V 50A NEMA L14-50R outlets, are well located. The 50A AC input also supports charging from a 120/240V gas generator, making it ideal for extended power outages. These ports are clearly labeled. Rubberized flaps protect these areas. A grounding screw is located near the input ports. Vents positioned near these ports help manage thermal output. During charging or peak load, the integrated fans remain active but quiet, operating at around 40 to 50 dB under standard use.

    The right side is used for expansion. This is where the Apex 300 connects to the B300K battery via a shorter, more manageable cable. Compared to the previous longer cable version, this design saves space and improves efficiency with a more compact setup. That link locks securely and routes downward. A sealed accessory port sits next to the connector. The upper portion includes additional ventilation similar to the left side. There’s no interference between ports, and stacking doesn’t block airflow.

    The B300K adds 2764.8Wh to the total system capacity. At nearly 79 pounds, it’s only slightly lighter than the main unit. Each side of the B300K includes a top-mounted handle for lifting. When docked, the battery aligns flush with the Apex 300 and maintains overall balance. Up to four B300K modules can be stacked, but extra securing is recommended when exceeding two levels.

    Cooling is managed through a dual fan system located behind the side grills. These stay active during higher loads or rapid charging. Fan noise remains even, with no distracting pitch or rattle. This makes the Apex 300 usable near sleeping areas or indoor workspaces without disturbance.

    DC output is delivered through the optional Hub D1. This hub adds USB-C, USB-A, DC5521, a 12V auto socket, and a 50A Anderson connector standing out as a high-power DC port designed for safety and stability. It attaches vertically and doesn’t expand the unit’s footprint. If you rely on DC or USB-based devices, the hub becomes essential.

    The Bluetti app mirrors much of what’s shown on the Apex 300’s physical display. Once paired via Wi-Fi or Bluetooth, it displays a central battery status ring with remaining percentage, real-time breakdowns of AC and DC input/output wattage, and estimated time until full charge or depletion. Users can toggle AC and DC outputs, track solar contribution, and review historical usage. The interface uses strong visual cues with all major controls accessible directly from the home screen. Charging modes, notifications, and system alerts are accessed without diving through submenus. The layout prioritizes quick access and clarity over aesthetics.

    Everything about the Apex 300 centers on performance. It’s a modular, high-output power system designed for actual use, not showroom aesthetics. Whether keeping food cold during blackouts or running appliances off-grid, it stays focused on delivering energy where it’s needed most.
    Performance
    This review centers on standalone use without any home integration. When the power goes out, whether from weather, an accident, or a grid failure, you plug in what you need and the Apex 300 just runs. No rewiring. No fuss. All testing here used the onboard AC ports directly.

    In one overnight “staged” outage, the unit powered a full-size refrigerator, router, lights, and a breathing machine. Output stayed steady, and the digital panel clearly showed remaining time and load. The app mirrored this from another room. Power usage was easy to track, and the fridge didn’t cycle off.
    On a long weekend of stay-at-home glamping, the Apex 300 handled a Typhur air fryer, a drip coffee machine, and a portable AC without blinking. The 3,840W output had no problem handling the startup surge. The fans kicked on but didn’t become a distraction. Nothing tripped, nothing overheated.

    On another occasion, it powered backyard lighting, a portable fridge, and charged phones during an overnight glamping setup. Later, during a neighborhood blackout caused by a downed transformer, the Apex 300 powered a microwave, a drip coffee maker, and several LED lanterns while also recharging phones and two-way radios. It helped keep things calm without dragging out a gas generator. During another outage, it kept two fans and a portable AC unit running through the night in a hot upstairs office. While I don’t rely on a CPAP device, anyone who does can rest assured knowing the Apex 300 can power one continuously without issue. The ports are spaced well enough to plug in multiple devices without overlap or cord clutter.

    If your fridge runs on AC power, as most home units do, you don’t need anything extra. Just plug it into one of the four 120V outlets or the larger NEMA sockets, and it works. The Apex 300 delivers clean, reliable AC power for standard appliances. However, if you have a 12V DC fridge like those used in vans or campsites, limitations appear. The Apex 300 doesn’t have native DC output for those loads without an accessory.
    Everything here was tested without tying into a breaker panel or generator loop. This is power where you need it, when the wall socket doesn’t exist. The Apex 300 isn’t just spec sheets—it held up during real blackouts, heatwaves, and extended unplugged days. It powered what mattered, and didn’t get in the way.
    Emergency Runtime Scenarios
    In a blackout with no charging, the Apex 300 offers 2,764.8Wh. Adding the B300K doubles that to 5,529.6Wh. A basic emergency load including a fridge, laptop, router, phone, lights, and a CPAP draws about 1,950 to 2,200Wh daily.

    The Apex 300 alone powers this for roughly one day. Stretch it to 1.5 days by cutting nonessential loads. With the B300K, expect 2 to 2.5 days. Focus on the fridge and communication gear to reach 3 days.
    Cycle loads instead of running everything at once. Run the fridge during the day. Charge devices one at a time. Use lights only when needed.
    Sustainability
    While I haven’t personally tested the Apex 300 with solar panels, the sustainability potential here deserves serious attention. The system’s solar integration capabilities transform it from the category of home battery backup to a genuine renewable energy solution with remarkable long-term value.

    The Apex 300’s most impressive feature is its exceptional solar input capacity. When paired with BLUETTI’s SolarX 4K Solar Charge Controller, a single unit can process up to 6,400W of solar input. This represents a quantum leap beyond typical portable power stations that max out around 1,000-2,000W. For perspective, this means you could potentially recharge the entire system in just a few hours of good sunlight rather than waiting all day or longer.
    Most foldable solar panels might have inherent limitations in efficiency and are dependent on weather conditions, which is why a high input capacity for energy storage is so crucial. The Apex 300 maximizes every minute of sunshine, capturing significantly more energy during peak daylight hours. This efficiency accelerates the system’s potential payback period to approximately two years according to BLUETTI’s calculations. Few renewable energy investments offer such a rapid return.
    The Apex 300 avoids the usual tradeoff between portability and long-term value. At its core are BLUETTI’s automotive-grade LFP batteries, rated for over 6,000 charge cycles. That translates to around 17 years of daily use, nearly doubling the lifespan of many competing systems that typically last 3,000 to 4,000 cycles. This added durability cuts down on the frequency of replacements, which in turn reduces electronic waste and long-term costs. BLUETTI reinforces this commitment to longevity with rigorous validation. The larger Elite 200 V2 Solar Generator has passed 33 CNAS-certified automotive-grade tests, underscoring the brand’s approach to building quality and environmental responsibility across its ecosystem.
    This solar integration capability creates genuine resilience for regions prone to extreme weather events like Texas and Florida. The system’s dual MPPT controllers enable remarkably fast charging, reaching 80% capacity in just 40 minutes under optimal conditions. When fully expanded, the Apex 300 system can scale to deliver over 11kW of output with 58kWh of storage capacity, providing enough power to maintain essential home systems for a week without grid access.
    The AT1 Smart Distribution Box completes the sustainability equation by intelligently managing power flow between solar panels and the grid. This allows homeowners to create a customized, automated whole-home backup system that prioritizes renewable energy usage while maintaining grid connectivity when needed. The entire ecosystem works together through BLUETTI’s smartphone app, making sustainable energy management accessible even to those without technical expertise.
    Value
    The Apex 300 represents a significant investment. What truly matters isn’t only the initial cost but the long-term value proposition. This portable power station delivers exceptional returns through its versatility, durability, and advanced capabilities that go far beyond emergency backup. The system’s true value emerges when you consider how it integrates into everyday life and critical situations without compromise.

    The system’s exceptional efficiency further enhances its value proposition. With remarkably low 20W AC idle drain, the Apex 300 preserves power when not actively running devices. This translates to 24 additional hours of refrigerator runtime, 2.5 times longer AC standby, and 2.5 more days of CPAP operation compared to competing systems with higher idle consumption. During extended outages, this efficiency becomes invaluable, potentially meaning the difference between maintaining power for essential devices and running out at critical moments. The 0ms UPS switching ensures absolutely seamless power transitions, protecting sensitive electronics and providing peace of mind for those relying on medical equipment.

    Perhaps most impressive is how the Apex 300 scales with your needs without forcing unnecessary complexity. The base unit delivers substantial capability on its own, while the modular expansion system allows growth without replacing your initial investment. The optional Hub D1 adds comprehensive DC output options, the B300K batteries multiply capacity, and solar integration unlocks renewable energy potential. This flexibility means the system grows with your needs rather than becoming obsolete when requirements change. Few products in any category offer this combination of immediate utility, long-term durability, exceptional efficiency, and adaptable design. For anyone serious about energy independence, weather resilience, or sustainable power solutions, the Apex 300 delivers value that extends far beyond its price tag.
    The Bottom Line
    This review set out to evaluate the Apex 300 as a practical power solution for real-world scenarios, from blackouts to outdoor adventures. The results speak for themselves after extended testing with everyday appliances and devices. The Apex 300 delivers on its promises with exceptional performance, remarkable durability, and thoughtful design choices that prioritize user experience. Its 17 years lifespan, ultra-efficient 20W idle drain, and seamless expandability create a system that grows with your needs rather than becoming obsolete. While we didn’t test solar integration, the potential 6,400W solar input capacity through the SolarX 4K could transform this from merely a backup solution into a comprehensive renewable energy system with a potential two-year payback period.

    Whether you’re preparing for power outages or planning off-grid adventures, the Apex 300 offers a flexible solution with support for battery, solar, and even gas input. It’s designed to handle real-world energy needs with surprising ease.
    Among the available options, the one we’re reviewing, the Apex 300 + B300K expansion battery bundle, stands out because it costs just per watt-hour, with tax and shipping already included. The offer is limited by both time and availability, with installment payments now available for added flexibility.
    There are other bundles designed for different needs, so it’s worth checking which one fits your setup. The Apex 300 campaign is now live on Indiegogo until July 19.
    Click Here to Buy Now:. Hurry, deal ends soon!The post BLUETTI Apex 300 Review: The All-in-One Solar, Gas, and Battery Solution for Blackouts and Beyond first appeared on Yanko Design.
    #bluetti #apex #review #allinone #solar
    BLUETTI Apex 300 Review: The All-in-One Solar, Gas, and Battery Solution for Blackouts and Beyond
    The BLUETTI Apex 300 isn’t meant to sit idle between emergencies. It fits into daily routines, powering everyday essentials without rewiring or installing. This review focuses on how it performs with real products in familiar settings. That includes household appliances during outages, coolers and fans during weekend camping, and portable gear on long tournament days. There are no solar arrays or panel integrations. Just plug and use. PROS: Exceptional 6,000+ charge cycle lifespan offers 17 years of reliable operation, doubling industry standards. Impressive 3,840W output and 120/240V dual voltages for handling multiple high-demand appliances simultaneously without faltering. Efficient 20W AC idle drain extends runtime significantly during extended outages. Modular design with B300K expansion battery allows customized scaling without replacing initial investment. Compatible with 120/240V gas generatorfor extended power outage. Massive 6,400W solar input capacity enables rapid renewable charging with potential two-year payback and over 30kW of solar input for whole-home backup. Low upfront cost at just /Wh for those who need serious power. CONS: 2.7kW capacity may limit portability, making it less suitable for those with lower power needs. Lacks dedicated DC ports, but this trade-off helps keep the price more affordable. RATINGS: AESTHETICSERGONOMICSPERFORMANCESUSTAINABILITY / REPAIRABILITYVALUE FOR MONEYEDITOR'S QUOTE:The Apex 300 transforms uncertainty into confidence, delivering power when everything else fails. Peace of mind has never been so tangible. Designer: BLUETTI Click Here to Buy Now:. Hurry, deal ends soon! With 2,764.8Wh of capacity and 3,840W of output, the Apex 300 handles a refrigerator in the kitchen, a portable AC near the tent, or a Typhur air fryer at the courts. It doesn’t need a permanent location. You can roll it into the laundry room to run a washer or dryer in an emergency, or drop it under a canopy to keep drinks cold and phones charged. While the unit supports advanced configurations through expansion hubs and bypass systems, those features are outside the scope of this review. The goal here is practical performance with common products, powered directly from the main unit or its optional DC hub. From prolonged blackout prep to match-day support, the Apex 300 demonstrates the potential of a high-capacity portable power station, especially when paired with a fuel generator, all without leaving the average user behind. Design & Ergonomics The Apex 300 has a compact, squared chassis with reinforced edges and no cosmetic finishes. It weighs just under 84 pounds. While the mass is noticeable, it’s not difficult to move. A recessed top handle sits flush and centered for balance. Two side handles are molded into the body, one on each side. This lets you lift using proper form without needing to twist or overcompensate. The handle spacing and weight distribution make it possible to load in and out of a trunk or reposition in tight spaces without tipping. The casing is matte composite. No gloss, no soft-touch. It’s built to resist fire and impact, with corner protection and stiff panels that don’t flex. There’s no padding, no shiny accents. This is a working product for flinching in harsh environments or heavy-duty use, not something designed for display. The front panel consolidates all standard AC outputs. What stands out most on the front panel is the 120/240V voltage selector—a rare feature in this category. With a simple toggle, the Apex 300 can switch between standard 120V and powerful 240V split-phase output, all from a single unit. There’s no need for dual machines, external inverters, or bulky adapters. Just press the 240V button, and the side port activates 240V output while the front-facing 120V outlets remain fully functional. Even better, it supports simultaneous charging and discharging in both voltage modes, making it one of the most flexible power solutions out there. There are four 120V/20A outlets arranged in a horizontal line. Above the sockets, the integrated digital display shows live system status. Remaining battery is presented both numerically and visually via a segmented arc. Directly below, the estimated charge or runtime is shown in hours and minutes. Along the sides of the screen, AC and DC power input and output are broken down in watts. System icons flank the upper corners, indicating ECO mode, connectivity status, and fan operation. Alerts appear in the lower corners with a flashing indicator. The display is not touch-sensitive, and there are no layered menus. Everything is presented in one view. Visibility holds up in bright conditions without overwhelming in low light. The left side houses dual cooling vents and serves as a passive intake for airflow. The 120/240V 50A AC input/output port and high-capacity outputs, including the 120V/30A TT-30R and 120V/240V 50A NEMA L14-50R outlets, are well located. The 50A AC input also supports charging from a 120/240V gas generator, making it ideal for extended power outages. These ports are clearly labeled. Rubberized flaps protect these areas. A grounding screw is located near the input ports. Vents positioned near these ports help manage thermal output. During charging or peak load, the integrated fans remain active but quiet, operating at around 40 to 50 dB under standard use. The right side is used for expansion. This is where the Apex 300 connects to the B300K battery via a shorter, more manageable cable. Compared to the previous longer cable version, this design saves space and improves efficiency with a more compact setup. That link locks securely and routes downward. A sealed accessory port sits next to the connector. The upper portion includes additional ventilation similar to the left side. There’s no interference between ports, and stacking doesn’t block airflow. The B300K adds 2764.8Wh to the total system capacity. At nearly 79 pounds, it’s only slightly lighter than the main unit. Each side of the B300K includes a top-mounted handle for lifting. When docked, the battery aligns flush with the Apex 300 and maintains overall balance. Up to four B300K modules can be stacked, but extra securing is recommended when exceeding two levels. Cooling is managed through a dual fan system located behind the side grills. These stay active during higher loads or rapid charging. Fan noise remains even, with no distracting pitch or rattle. This makes the Apex 300 usable near sleeping areas or indoor workspaces without disturbance. DC output is delivered through the optional Hub D1. This hub adds USB-C, USB-A, DC5521, a 12V auto socket, and a 50A Anderson connector standing out as a high-power DC port designed for safety and stability. It attaches vertically and doesn’t expand the unit’s footprint. If you rely on DC or USB-based devices, the hub becomes essential. The Bluetti app mirrors much of what’s shown on the Apex 300’s physical display. Once paired via Wi-Fi or Bluetooth, it displays a central battery status ring with remaining percentage, real-time breakdowns of AC and DC input/output wattage, and estimated time until full charge or depletion. Users can toggle AC and DC outputs, track solar contribution, and review historical usage. The interface uses strong visual cues with all major controls accessible directly from the home screen. Charging modes, notifications, and system alerts are accessed without diving through submenus. The layout prioritizes quick access and clarity over aesthetics. Everything about the Apex 300 centers on performance. It’s a modular, high-output power system designed for actual use, not showroom aesthetics. Whether keeping food cold during blackouts or running appliances off-grid, it stays focused on delivering energy where it’s needed most. Performance This review centers on standalone use without any home integration. When the power goes out, whether from weather, an accident, or a grid failure, you plug in what you need and the Apex 300 just runs. No rewiring. No fuss. All testing here used the onboard AC ports directly. In one overnight “staged” outage, the unit powered a full-size refrigerator, router, lights, and a breathing machine. Output stayed steady, and the digital panel clearly showed remaining time and load. The app mirrored this from another room. Power usage was easy to track, and the fridge didn’t cycle off. On a long weekend of stay-at-home glamping, the Apex 300 handled a Typhur air fryer, a drip coffee machine, and a portable AC without blinking. The 3,840W output had no problem handling the startup surge. The fans kicked on but didn’t become a distraction. Nothing tripped, nothing overheated. On another occasion, it powered backyard lighting, a portable fridge, and charged phones during an overnight glamping setup. Later, during a neighborhood blackout caused by a downed transformer, the Apex 300 powered a microwave, a drip coffee maker, and several LED lanterns while also recharging phones and two-way radios. It helped keep things calm without dragging out a gas generator. During another outage, it kept two fans and a portable AC unit running through the night in a hot upstairs office. While I don’t rely on a CPAP device, anyone who does can rest assured knowing the Apex 300 can power one continuously without issue. The ports are spaced well enough to plug in multiple devices without overlap or cord clutter. If your fridge runs on AC power, as most home units do, you don’t need anything extra. Just plug it into one of the four 120V outlets or the larger NEMA sockets, and it works. The Apex 300 delivers clean, reliable AC power for standard appliances. However, if you have a 12V DC fridge like those used in vans or campsites, limitations appear. The Apex 300 doesn’t have native DC output for those loads without an accessory. Everything here was tested without tying into a breaker panel or generator loop. This is power where you need it, when the wall socket doesn’t exist. The Apex 300 isn’t just spec sheets—it held up during real blackouts, heatwaves, and extended unplugged days. It powered what mattered, and didn’t get in the way. Emergency Runtime Scenarios In a blackout with no charging, the Apex 300 offers 2,764.8Wh. Adding the B300K doubles that to 5,529.6Wh. A basic emergency load including a fridge, laptop, router, phone, lights, and a CPAP draws about 1,950 to 2,200Wh daily. The Apex 300 alone powers this for roughly one day. Stretch it to 1.5 days by cutting nonessential loads. With the B300K, expect 2 to 2.5 days. Focus on the fridge and communication gear to reach 3 days. Cycle loads instead of running everything at once. Run the fridge during the day. Charge devices one at a time. Use lights only when needed. Sustainability While I haven’t personally tested the Apex 300 with solar panels, the sustainability potential here deserves serious attention. The system’s solar integration capabilities transform it from the category of home battery backup to a genuine renewable energy solution with remarkable long-term value. The Apex 300’s most impressive feature is its exceptional solar input capacity. When paired with BLUETTI’s SolarX 4K Solar Charge Controller, a single unit can process up to 6,400W of solar input. This represents a quantum leap beyond typical portable power stations that max out around 1,000-2,000W. For perspective, this means you could potentially recharge the entire system in just a few hours of good sunlight rather than waiting all day or longer. Most foldable solar panels might have inherent limitations in efficiency and are dependent on weather conditions, which is why a high input capacity for energy storage is so crucial. The Apex 300 maximizes every minute of sunshine, capturing significantly more energy during peak daylight hours. This efficiency accelerates the system’s potential payback period to approximately two years according to BLUETTI’s calculations. Few renewable energy investments offer such a rapid return. The Apex 300 avoids the usual tradeoff between portability and long-term value. At its core are BLUETTI’s automotive-grade LFP batteries, rated for over 6,000 charge cycles. That translates to around 17 years of daily use, nearly doubling the lifespan of many competing systems that typically last 3,000 to 4,000 cycles. This added durability cuts down on the frequency of replacements, which in turn reduces electronic waste and long-term costs. BLUETTI reinforces this commitment to longevity with rigorous validation. The larger Elite 200 V2 Solar Generator has passed 33 CNAS-certified automotive-grade tests, underscoring the brand’s approach to building quality and environmental responsibility across its ecosystem. This solar integration capability creates genuine resilience for regions prone to extreme weather events like Texas and Florida. The system’s dual MPPT controllers enable remarkably fast charging, reaching 80% capacity in just 40 minutes under optimal conditions. When fully expanded, the Apex 300 system can scale to deliver over 11kW of output with 58kWh of storage capacity, providing enough power to maintain essential home systems for a week without grid access. The AT1 Smart Distribution Box completes the sustainability equation by intelligently managing power flow between solar panels and the grid. This allows homeowners to create a customized, automated whole-home backup system that prioritizes renewable energy usage while maintaining grid connectivity when needed. The entire ecosystem works together through BLUETTI’s smartphone app, making sustainable energy management accessible even to those without technical expertise. Value The Apex 300 represents a significant investment. What truly matters isn’t only the initial cost but the long-term value proposition. This portable power station delivers exceptional returns through its versatility, durability, and advanced capabilities that go far beyond emergency backup. The system’s true value emerges when you consider how it integrates into everyday life and critical situations without compromise. The system’s exceptional efficiency further enhances its value proposition. With remarkably low 20W AC idle drain, the Apex 300 preserves power when not actively running devices. This translates to 24 additional hours of refrigerator runtime, 2.5 times longer AC standby, and 2.5 more days of CPAP operation compared to competing systems with higher idle consumption. During extended outages, this efficiency becomes invaluable, potentially meaning the difference between maintaining power for essential devices and running out at critical moments. The 0ms UPS switching ensures absolutely seamless power transitions, protecting sensitive electronics and providing peace of mind for those relying on medical equipment. Perhaps most impressive is how the Apex 300 scales with your needs without forcing unnecessary complexity. The base unit delivers substantial capability on its own, while the modular expansion system allows growth without replacing your initial investment. The optional Hub D1 adds comprehensive DC output options, the B300K batteries multiply capacity, and solar integration unlocks renewable energy potential. This flexibility means the system grows with your needs rather than becoming obsolete when requirements change. Few products in any category offer this combination of immediate utility, long-term durability, exceptional efficiency, and adaptable design. For anyone serious about energy independence, weather resilience, or sustainable power solutions, the Apex 300 delivers value that extends far beyond its price tag. The Bottom Line This review set out to evaluate the Apex 300 as a practical power solution for real-world scenarios, from blackouts to outdoor adventures. The results speak for themselves after extended testing with everyday appliances and devices. The Apex 300 delivers on its promises with exceptional performance, remarkable durability, and thoughtful design choices that prioritize user experience. Its 17 years lifespan, ultra-efficient 20W idle drain, and seamless expandability create a system that grows with your needs rather than becoming obsolete. While we didn’t test solar integration, the potential 6,400W solar input capacity through the SolarX 4K could transform this from merely a backup solution into a comprehensive renewable energy system with a potential two-year payback period. Whether you’re preparing for power outages or planning off-grid adventures, the Apex 300 offers a flexible solution with support for battery, solar, and even gas input. It’s designed to handle real-world energy needs with surprising ease. Among the available options, the one we’re reviewing, the Apex 300 + B300K expansion battery bundle, stands out because it costs just per watt-hour, with tax and shipping already included. The offer is limited by both time and availability, with installment payments now available for added flexibility. There are other bundles designed for different needs, so it’s worth checking which one fits your setup. The Apex 300 campaign is now live on Indiegogo until July 19. Click Here to Buy Now:. Hurry, deal ends soon!The post BLUETTI Apex 300 Review: The All-in-One Solar, Gas, and Battery Solution for Blackouts and Beyond first appeared on Yanko Design. #bluetti #apex #review #allinone #solar
    BLUETTI Apex 300 Review: The All-in-One Solar, Gas, and Battery Solution for Blackouts and Beyond
    www.yankodesign.com
    The BLUETTI Apex 300 isn’t meant to sit idle between emergencies. It fits into daily routines, powering everyday essentials without rewiring or installing. This review focuses on how it performs with real products in familiar settings. That includes household appliances during outages, coolers and fans during weekend camping, and portable gear on long tournament days. There are no solar arrays or panel integrations. Just plug and use. PROS: Exceptional 6,000+ charge cycle lifespan offers 17 years of reliable operation, doubling industry standards. Impressive 3,840W output and 120/240V dual voltages for handling multiple high-demand appliances simultaneously without faltering. Efficient 20W AC idle drain extends runtime significantly during extended outages. Modular design with B300K expansion battery allows customized scaling without replacing initial investment. Compatible with 120/240V gas generator (11,520W in parallel connection) for extended power outage. Massive 6,400W solar input capacity enables rapid renewable charging with potential two-year payback and over 30kW of solar input for whole-home backup. Low upfront cost at just $0.36/Wh for those who need serious power. CONS: 2.7kW capacity may limit portability, making it less suitable for those with lower power needs. Lacks dedicated DC ports (requires the optional Hub D1 accessory, which offers 700W DC output), but this trade-off helps keep the price more affordable. RATINGS: AESTHETICSERGONOMICSPERFORMANCESUSTAINABILITY / REPAIRABILITYVALUE FOR MONEYEDITOR'S QUOTE:The Apex 300 transforms uncertainty into confidence, delivering power when everything else fails. Peace of mind has never been so tangible. Designer: BLUETTI Click Here to Buy Now: $1199 $2399 ($1200 off). Hurry, deal ends soon! With 2,764.8Wh of capacity and 3,840W of output, the Apex 300 handles a refrigerator in the kitchen, a portable AC near the tent, or a Typhur air fryer at the courts. It doesn’t need a permanent location. You can roll it into the laundry room to run a washer or dryer in an emergency, or drop it under a canopy to keep drinks cold and phones charged. While the unit supports advanced configurations through expansion hubs and bypass systems, those features are outside the scope of this review. The goal here is practical performance with common products, powered directly from the main unit or its optional DC hub. From prolonged blackout prep to match-day support, the Apex 300 demonstrates the potential of a high-capacity portable power station, especially when paired with a fuel generator, all without leaving the average user behind. Design & Ergonomics The Apex 300 has a compact, squared chassis with reinforced edges and no cosmetic finishes. It weighs just under 84 pounds. While the mass is noticeable, it’s not difficult to move. A recessed top handle sits flush and centered for balance. Two side handles are molded into the body, one on each side. This lets you lift using proper form without needing to twist or overcompensate. The handle spacing and weight distribution make it possible to load in and out of a trunk or reposition in tight spaces without tipping. The casing is matte composite. No gloss, no soft-touch. It’s built to resist fire and impact, with corner protection and stiff panels that don’t flex. There’s no padding, no shiny accents. This is a working product for flinching in harsh environments or heavy-duty use, not something designed for display. The front panel consolidates all standard AC outputs. What stands out most on the front panel is the 120/240V voltage selector—a rare feature in this category. With a simple toggle, the Apex 300 can switch between standard 120V and powerful 240V split-phase output, all from a single unit. There’s no need for dual machines, external inverters, or bulky adapters. Just press the 240V button, and the side port activates 240V output while the front-facing 120V outlets remain fully functional. Even better, it supports simultaneous charging and discharging in both voltage modes, making it one of the most flexible power solutions out there. There are four 120V/20A outlets arranged in a horizontal line. Above the sockets, the integrated digital display shows live system status. Remaining battery is presented both numerically and visually via a segmented arc. Directly below, the estimated charge or runtime is shown in hours and minutes. Along the sides of the screen, AC and DC power input and output are broken down in watts. System icons flank the upper corners, indicating ECO mode, connectivity status, and fan operation. Alerts appear in the lower corners with a flashing indicator. The display is not touch-sensitive, and there are no layered menus. Everything is presented in one view. Visibility holds up in bright conditions without overwhelming in low light. The left side houses dual cooling vents and serves as a passive intake for airflow. The 120/240V 50A AC input/output port and high-capacity outputs, including the 120V/30A TT-30R and 120V/240V 50A NEMA L14-50R outlets, are well located. The 50A AC input also supports charging from a 120/240V gas generator, making it ideal for extended power outages. These ports are clearly labeled. Rubberized flaps protect these areas. A grounding screw is located near the input ports. Vents positioned near these ports help manage thermal output. During charging or peak load, the integrated fans remain active but quiet, operating at around 40 to 50 dB under standard use. The right side is used for expansion. This is where the Apex 300 connects to the B300K battery via a shorter, more manageable cable. Compared to the previous longer cable version, this design saves space and improves efficiency with a more compact setup. That link locks securely and routes downward. A sealed accessory port sits next to the connector. The upper portion includes additional ventilation similar to the left side. There’s no interference between ports, and stacking doesn’t block airflow. The B300K adds 2764.8Wh to the total system capacity. At nearly 79 pounds, it’s only slightly lighter than the main unit. Each side of the B300K includes a top-mounted handle for lifting. When docked, the battery aligns flush with the Apex 300 and maintains overall balance. Up to four B300K modules can be stacked, but extra securing is recommended when exceeding two levels. Cooling is managed through a dual fan system located behind the side grills. These stay active during higher loads or rapid charging. Fan noise remains even, with no distracting pitch or rattle. This makes the Apex 300 usable near sleeping areas or indoor workspaces without disturbance. DC output is delivered through the optional Hub D1. This hub adds USB-C, USB-A, DC5521, a 12V auto socket, and a 50A Anderson connector standing out as a high-power DC port designed for safety and stability. It attaches vertically and doesn’t expand the unit’s footprint. If you rely on DC or USB-based devices, the hub becomes essential. The Bluetti app mirrors much of what’s shown on the Apex 300’s physical display. Once paired via Wi-Fi or Bluetooth, it displays a central battery status ring with remaining percentage, real-time breakdowns of AC and DC input/output wattage, and estimated time until full charge or depletion. Users can toggle AC and DC outputs, track solar contribution, and review historical usage. The interface uses strong visual cues with all major controls accessible directly from the home screen. Charging modes, notifications, and system alerts are accessed without diving through submenus. The layout prioritizes quick access and clarity over aesthetics. Everything about the Apex 300 centers on performance. It’s a modular, high-output power system designed for actual use, not showroom aesthetics. Whether keeping food cold during blackouts or running appliances off-grid, it stays focused on delivering energy where it’s needed most. Performance This review centers on standalone use without any home integration. When the power goes out, whether from weather, an accident, or a grid failure, you plug in what you need and the Apex 300 just runs. No rewiring. No fuss. All testing here used the onboard AC ports directly. In one overnight “staged” outage, the unit powered a full-size refrigerator, router, lights, and a breathing machine. Output stayed steady, and the digital panel clearly showed remaining time and load. The app mirrored this from another room. Power usage was easy to track, and the fridge didn’t cycle off. On a long weekend of stay-at-home glamping, the Apex 300 handled a Typhur air fryer, a drip coffee machine, and a portable AC without blinking. The 3,840W output had no problem handling the startup surge. The fans kicked on but didn’t become a distraction. Nothing tripped, nothing overheated. On another occasion, it powered backyard lighting, a portable fridge, and charged phones during an overnight glamping setup. Later, during a neighborhood blackout caused by a downed transformer, the Apex 300 powered a microwave, a drip coffee maker, and several LED lanterns while also recharging phones and two-way radios. It helped keep things calm without dragging out a gas generator. During another outage, it kept two fans and a portable AC unit running through the night in a hot upstairs office. While I don’t rely on a CPAP device, anyone who does can rest assured knowing the Apex 300 can power one continuously without issue. The ports are spaced well enough to plug in multiple devices without overlap or cord clutter. If your fridge runs on AC power, as most home units do, you don’t need anything extra. Just plug it into one of the four 120V outlets or the larger NEMA sockets, and it works. The Apex 300 delivers clean, reliable AC power for standard appliances. However, if you have a 12V DC fridge like those used in vans or campsites, limitations appear. The Apex 300 doesn’t have native DC output for those loads without an accessory. Everything here was tested without tying into a breaker panel or generator loop. This is power where you need it, when the wall socket doesn’t exist. The Apex 300 isn’t just spec sheets—it held up during real blackouts, heatwaves, and extended unplugged days. It powered what mattered, and didn’t get in the way. Emergency Runtime Scenarios In a blackout with no charging, the Apex 300 offers 2,764.8Wh. Adding the B300K doubles that to 5,529.6Wh. A basic emergency load including a fridge, laptop, router, phone, lights, and a CPAP draws about 1,950 to 2,200Wh daily. The Apex 300 alone powers this for roughly one day. Stretch it to 1.5 days by cutting nonessential loads. With the B300K, expect 2 to 2.5 days. Focus on the fridge and communication gear to reach 3 days. Cycle loads instead of running everything at once. Run the fridge during the day. Charge devices one at a time. Use lights only when needed. Sustainability While I haven’t personally tested the Apex 300 with solar panels, the sustainability potential here deserves serious attention. The system’s solar integration capabilities transform it from the category of home battery backup to a genuine renewable energy solution with remarkable long-term value. The Apex 300’s most impressive feature is its exceptional solar input capacity. When paired with BLUETTI’s SolarX 4K Solar Charge Controller, a single unit can process up to 6,400W of solar input. This represents a quantum leap beyond typical portable power stations that max out around 1,000-2,000W. For perspective, this means you could potentially recharge the entire system in just a few hours of good sunlight rather than waiting all day or longer. Most foldable solar panels might have inherent limitations in efficiency and are dependent on weather conditions, which is why a high input capacity for energy storage is so crucial. The Apex 300 maximizes every minute of sunshine, capturing significantly more energy during peak daylight hours. This efficiency accelerates the system’s potential payback period to approximately two years according to BLUETTI’s calculations. Few renewable energy investments offer such a rapid return. The Apex 300 avoids the usual tradeoff between portability and long-term value. At its core are BLUETTI’s automotive-grade LFP batteries, rated for over 6,000 charge cycles. That translates to around 17 years of daily use, nearly doubling the lifespan of many competing systems that typically last 3,000 to 4,000 cycles. This added durability cuts down on the frequency of replacements, which in turn reduces electronic waste and long-term costs. BLUETTI reinforces this commitment to longevity with rigorous validation. The larger Elite 200 V2 Solar Generator has passed 33 CNAS-certified automotive-grade tests, underscoring the brand’s approach to building quality and environmental responsibility across its ecosystem. This solar integration capability creates genuine resilience for regions prone to extreme weather events like Texas and Florida. The system’s dual MPPT controllers enable remarkably fast charging, reaching 80% capacity in just 40 minutes under optimal conditions. When fully expanded, the Apex 300 system can scale to deliver over 11kW of output with 58kWh of storage capacity, providing enough power to maintain essential home systems for a week without grid access. The AT1 Smart Distribution Box completes the sustainability equation by intelligently managing power flow between solar panels and the grid. This allows homeowners to create a customized, automated whole-home backup system that prioritizes renewable energy usage while maintaining grid connectivity when needed. The entire ecosystem works together through BLUETTI’s smartphone app, making sustainable energy management accessible even to those without technical expertise. Value The Apex 300 represents a significant investment. What truly matters isn’t only the initial cost but the long-term value proposition. This portable power station delivers exceptional returns through its versatility, durability, and advanced capabilities that go far beyond emergency backup. The system’s true value emerges when you consider how it integrates into everyday life and critical situations without compromise. The system’s exceptional efficiency further enhances its value proposition. With remarkably low 20W AC idle drain, the Apex 300 preserves power when not actively running devices. This translates to 24 additional hours of refrigerator runtime, 2.5 times longer AC standby, and 2.5 more days of CPAP operation compared to competing systems with higher idle consumption. During extended outages, this efficiency becomes invaluable, potentially meaning the difference between maintaining power for essential devices and running out at critical moments. The 0ms UPS switching ensures absolutely seamless power transitions, protecting sensitive electronics and providing peace of mind for those relying on medical equipment. Perhaps most impressive is how the Apex 300 scales with your needs without forcing unnecessary complexity. The base unit delivers substantial capability on its own, while the modular expansion system allows growth without replacing your initial investment. The optional Hub D1 adds comprehensive DC output options, the B300K batteries multiply capacity, and solar integration unlocks renewable energy potential. This flexibility means the system grows with your needs rather than becoming obsolete when requirements change. Few products in any category offer this combination of immediate utility, long-term durability, exceptional efficiency, and adaptable design. For anyone serious about energy independence, weather resilience, or sustainable power solutions, the Apex 300 delivers value that extends far beyond its price tag. The Bottom Line This review set out to evaluate the Apex 300 as a practical power solution for real-world scenarios, from blackouts to outdoor adventures. The results speak for themselves after extended testing with everyday appliances and devices. The Apex 300 delivers on its promises with exceptional performance, remarkable durability, and thoughtful design choices that prioritize user experience. Its 17 years lifespan (nearly double the industry standard), ultra-efficient 20W idle drain, and seamless expandability create a system that grows with your needs rather than becoming obsolete. While we didn’t test solar integration, the potential 6,400W solar input capacity through the SolarX 4K could transform this from merely a backup solution into a comprehensive renewable energy system with a potential two-year payback period. Whether you’re preparing for power outages or planning off-grid adventures, the Apex 300 offers a flexible solution with support for battery, solar, and even gas input. It’s designed to handle real-world energy needs with surprising ease. Among the available options, the one we’re reviewing, the Apex 300 + B300K expansion battery bundle, stands out because it costs just $0.36 per watt-hour, with tax and shipping already included. The offer is limited by both time and availability, with installment payments now available for added flexibility. There are other bundles designed for different needs, so it’s worth checking which one fits your setup. The Apex 300 campaign is now live on Indiegogo until July 19. Click Here to Buy Now: $1199 $2399 ($1200 off). Hurry, deal ends soon!The post BLUETTI Apex 300 Review: The All-in-One Solar, Gas, and Battery Solution for Blackouts and Beyond first appeared on Yanko Design.
    0 التعليقات ·0 المشاركات ·0 معاينة
    الرجاء تسجيل الدخول , للأعجاب والمشاركة والتعليق على هذا!
  • The 7 best tools for game art and textures

    From 2D sprites to 3D models and textures for AAA titles, these are the tools for game art used by the pros.
    #best #tools #game #art #textures
    The 7 best tools for game art and textures
    From 2D sprites to 3D models and textures for AAA titles, these are the tools for game art used by the pros. #best #tools #game #art #textures
    The 7 best tools for game art and textures
    www.creativebloq.com
    From 2D sprites to 3D models and textures for AAA titles, these are the tools for game art used by the pros.
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    الرجاء تسجيل الدخول , للأعجاب والمشاركة والتعليق على هذا!
  • Withings BPM Vision Review: At-Home Blood Pressure Monitoring

    If you have a history of hypertension, you need an easy at-home blood pressure monitor that keeps a long-term log of your readings.
    #withings #bpm #vision #review #athome
    Withings BPM Vision Review: At-Home Blood Pressure Monitoring
    If you have a history of hypertension, you need an easy at-home blood pressure monitor that keeps a long-term log of your readings. #withings #bpm #vision #review #athome
    Withings BPM Vision Review: At-Home Blood Pressure Monitoring
    www.wired.com
    If you have a history of hypertension, you need an easy at-home blood pressure monitor that keeps a long-term log of your readings.
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    الرجاء تسجيل الدخول , للأعجاب والمشاركة والتعليق على هذا!
  • After five years, Fortnite is back in the App Store

    Macworld

    Five years ago, Apple removed Fortnite from the App Store and set off a years-long legal battle that has led to sideloading in the E.U., threats in the U.S., and legal threats all over the globe. After a tumultuous few weeks, Apple has apparently relented and approved Fortnite’s return to iPhones and iPads. You can download it through this link.

    As we wrote on Tuesday, Apple’s attempt to deny Fortnite’s re-entry into the App Store was met with consternation after Epic appealed to the judge who issued the ruling that forced Apple to allow links to outside payment stores. As such, Fortnite offers its V-Bucks as an in-app purchase or through the Epic Games Store, where you get 20 percent back in rewards.

    Foundry

    It’s unclear whether Fortnite will stay in the App Store or if the return is a short-lived turn in the ongoing saga. After Epic’s appeal, Judge Yvonne Gonzalez Rogers ordered the Apple official “who is personally responsible for ensuring compliance” to personally appear at the May 27 hearing in a thinly-veiled reference to possible contempt of court.

    Apple is also appealing the decision that forced it to allow links to external payment stores, so it’s possible Epic could be forced to remove the link to its own store, which would almost certainly start the war all over again. But for now, enjoy your next Battle Royale.
    #after #five #years #fortnite #back
    After five years, Fortnite is back in the App Store
    Macworld Five years ago, Apple removed Fortnite from the App Store and set off a years-long legal battle that has led to sideloading in the E.U., threats in the U.S., and legal threats all over the globe. After a tumultuous few weeks, Apple has apparently relented and approved Fortnite’s return to iPhones and iPads. You can download it through this link. As we wrote on Tuesday, Apple’s attempt to deny Fortnite’s re-entry into the App Store was met with consternation after Epic appealed to the judge who issued the ruling that forced Apple to allow links to outside payment stores. As such, Fortnite offers its V-Bucks as an in-app purchase or through the Epic Games Store, where you get 20 percent back in rewards. Foundry It’s unclear whether Fortnite will stay in the App Store or if the return is a short-lived turn in the ongoing saga. After Epic’s appeal, Judge Yvonne Gonzalez Rogers ordered the Apple official “who is personally responsible for ensuring compliance” to personally appear at the May 27 hearing in a thinly-veiled reference to possible contempt of court. Apple is also appealing the decision that forced it to allow links to external payment stores, so it’s possible Epic could be forced to remove the link to its own store, which would almost certainly start the war all over again. But for now, enjoy your next Battle Royale. #after #five #years #fortnite #back
    After five years, Fortnite is back in the App Store
    www.macworld.com
    Macworld Five years ago, Apple removed Fortnite from the App Store and set off a years-long legal battle that has led to sideloading in the E.U., threats in the U.S., and legal threats all over the globe. After a tumultuous few weeks, Apple has apparently relented and approved Fortnite’s return to iPhones and iPads. You can download it through this link. As we wrote on Tuesday, Apple’s attempt to deny Fortnite’s re-entry into the App Store was met with consternation after Epic appealed to the judge who issued the ruling that forced Apple to allow links to outside payment stores. As such, Fortnite offers its V-Bucks as an in-app purchase or through the Epic Games Store, where you get 20 percent back in rewards. Foundry It’s unclear whether Fortnite will stay in the App Store or if the return is a short-lived turn in the ongoing saga. After Epic’s appeal, Judge Yvonne Gonzalez Rogers ordered the Apple official “who is personally responsible for ensuring compliance” to personally appear at the May 27 hearing in a thinly-veiled reference to possible contempt of court. Apple is also appealing the decision that forced it to allow links to external payment stores, so it’s possible Epic could be forced to remove the link to its own store, which would almost certainly start the war all over again. But for now, enjoy your next Battle Royale.
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  • New desktop GPUs free large genAI models from the cloud

    At the Computex trade show in Taipei, major GPU makers Nvidia, Intel, and AMD shared details about new desktop GPUs that let users run generative AI models locally.

    Nvidia announced that its DGX Spark desktop, a small box that sits on the desktop, will ship in July from top PC makers including Dell, HP, Acer, Asus, and Lenovo. The system includes Nvidia’s latest Blackwell GPU and delivers 1 petaflops of performance.It is “your own AI cloud sitting right next to you, and it’s always on, always waiting for you,” said Jensen Huang, Nvidia’s CEO, during a keynote at the Computex trade show.

    While Spark is targeted exclusively at AI, Intel and AMD announced GPUs that mix in AI and graphics. AI typically requires special circuitry on GPUs capable of matrix multiplications.

    AMD’s Radeon 9700 AI Pro GPU has 128 AI accelerators and can run a DeepSeek R1 reasoning model with up to 32 billion parameters. Desktops configured with four Radeon 9700 GPUs can run Mistral’s Large Instruct model with 123 billion parameters. The GPU will be available in July.

    Intel’s Arc Pro B50, which is targeted at workstations and priced at is a budget-friendly GPU aimed primarily at graphics, but also has 128 specialized AI engines.

    The GPU can run DeepSeek R1 with up to 14 billion parameters. It doesn’t have the memory to run a model with 32 billion or more parameters, according to a slide deck provided by Intel.

    The Arc Pro B50 has 16GB of memory — half that of AMD’s Radeon 9700 AI Pro. The Intel GPU draws 70 watts of power, while AMD’s GPU draws 300 watts.

    AI development is moving toward personal computing and away from expensive time-share cloud computing resources, said Jack Gold, principal analyst at J. Gold Associates.

    “They may still run the output in the cloud at production, but increasingly development is moving towards PCs, especially as we see AI-powered development tools being used to develop AI programs,” Gold said.

    Chip makers also see AI workstations — which are primarily sold for graphics and gaming — as the next big thing in high-end PC sales.

    “Discrete GPUs in desktops and laptops is a good market, but the potential for AI PCs is probably much higher in numbers. It’s a good expansion for the PC market suppliers,” Gold said.

    AI laptops such as Windows-based Copilot+ PCs have neural processing units, which are for AI consumption and not development, Gold noted.

    AI is increasingly becoming a secondary workload in workstations, especially if they are running Nvidia GPUs, said Anshel Sag, principal analyst at Moor Strategy and Insights.

    “Many companies don’t necessarily want to send their workloads to the cloud. But also, they don’t want to build supercomputers to run models for inference,” Sag said.

    GenAI models are also becoming leaner and more efficient to run locally, making it possible to run reasoning models efficiently on workstations, Sag said. “DeepSeek was definitely one of the catalysts of that,” he said.

    DeepSeek was developed by the namesake Chinese company and has been widely adopted by US AI companies and cloud providers.

    During the Computex keynote, Nvidia CEO Huang acknowledged the role of DeepSeek in making AI accessible.

    “DeepSeek R1 is genuinely a gift to the world’s AI industry… R1 has made a real impact in how people think about AI, how to think about inference and how to think about reasoning,” Huang said.
    #new #desktop #gpus #free #large
    New desktop GPUs free large genAI models from the cloud
    At the Computex trade show in Taipei, major GPU makers Nvidia, Intel, and AMD shared details about new desktop GPUs that let users run generative AI models locally. Nvidia announced that its DGX Spark desktop, a small box that sits on the desktop, will ship in July from top PC makers including Dell, HP, Acer, Asus, and Lenovo. The system includes Nvidia’s latest Blackwell GPU and delivers 1 petaflops of performance.It is “your own AI cloud sitting right next to you, and it’s always on, always waiting for you,” said Jensen Huang, Nvidia’s CEO, during a keynote at the Computex trade show. While Spark is targeted exclusively at AI, Intel and AMD announced GPUs that mix in AI and graphics. AI typically requires special circuitry on GPUs capable of matrix multiplications. AMD’s Radeon 9700 AI Pro GPU has 128 AI accelerators and can run a DeepSeek R1 reasoning model with up to 32 billion parameters. Desktops configured with four Radeon 9700 GPUs can run Mistral’s Large Instruct model with 123 billion parameters. The GPU will be available in July. Intel’s Arc Pro B50, which is targeted at workstations and priced at is a budget-friendly GPU aimed primarily at graphics, but also has 128 specialized AI engines. The GPU can run DeepSeek R1 with up to 14 billion parameters. It doesn’t have the memory to run a model with 32 billion or more parameters, according to a slide deck provided by Intel. The Arc Pro B50 has 16GB of memory — half that of AMD’s Radeon 9700 AI Pro. The Intel GPU draws 70 watts of power, while AMD’s GPU draws 300 watts. AI development is moving toward personal computing and away from expensive time-share cloud computing resources, said Jack Gold, principal analyst at J. Gold Associates. “They may still run the output in the cloud at production, but increasingly development is moving towards PCs, especially as we see AI-powered development tools being used to develop AI programs,” Gold said. Chip makers also see AI workstations — which are primarily sold for graphics and gaming — as the next big thing in high-end PC sales. “Discrete GPUs in desktops and laptops is a good market, but the potential for AI PCs is probably much higher in numbers. It’s a good expansion for the PC market suppliers,” Gold said. AI laptops such as Windows-based Copilot+ PCs have neural processing units, which are for AI consumption and not development, Gold noted. AI is increasingly becoming a secondary workload in workstations, especially if they are running Nvidia GPUs, said Anshel Sag, principal analyst at Moor Strategy and Insights. “Many companies don’t necessarily want to send their workloads to the cloud. But also, they don’t want to build supercomputers to run models for inference,” Sag said. GenAI models are also becoming leaner and more efficient to run locally, making it possible to run reasoning models efficiently on workstations, Sag said. “DeepSeek was definitely one of the catalysts of that,” he said. DeepSeek was developed by the namesake Chinese company and has been widely adopted by US AI companies and cloud providers. During the Computex keynote, Nvidia CEO Huang acknowledged the role of DeepSeek in making AI accessible. “DeepSeek R1 is genuinely a gift to the world’s AI industry… R1 has made a real impact in how people think about AI, how to think about inference and how to think about reasoning,” Huang said. #new #desktop #gpus #free #large
    New desktop GPUs free large genAI models from the cloud
    www.computerworld.com
    At the Computex trade show in Taipei, major GPU makers Nvidia, Intel, and AMD shared details about new desktop GPUs that let users run generative AI models locally. Nvidia announced that its DGX Spark desktop (formerly Project DIGITS), a small box that sits on the desktop, will ship in July from top PC makers including Dell, HP, Acer, Asus, and Lenovo. The system includes Nvidia’s latest Blackwell GPU and delivers 1 petaflops of performance. (See “Nvidia’s Project DIGITS puts AI supercomputing on the desktop” for details.) It is “your own AI cloud sitting right next to you, and it’s always on, always waiting for you,” said Jensen Huang, Nvidia’s CEO, during a keynote at the Computex trade show. While Spark is targeted exclusively at AI, Intel and AMD announced GPUs that mix in AI and graphics. AI typically requires special circuitry on GPUs capable of matrix multiplications. AMD’s Radeon 9700 AI Pro GPU has 128 AI accelerators and can run a DeepSeek R1 reasoning model with up to 32 billion parameters. Desktops configured with four Radeon 9700 GPUs can run Mistral’s Large Instruct model with 123 billion parameters. The GPU will be available in July. Intel’s Arc Pro B50, which is targeted at workstations and priced at $299, is a budget-friendly GPU aimed primarily at graphics, but also has 128 specialized AI engines. The GPU can run DeepSeek R1 with up to 14 billion parameters. It doesn’t have the memory to run a model with 32 billion or more parameters, according to a slide deck provided by Intel. The Arc Pro B50 has 16GB of memory — half that of AMD’s Radeon 9700 AI Pro. The Intel GPU draws 70 watts of power, while AMD’s GPU draws 300 watts. AI development is moving toward personal computing and away from expensive time-share cloud computing resources, said Jack Gold, principal analyst at J. Gold Associates. “They may still run the output in the cloud at production, but increasingly development is moving towards PCs, especially as we see AI-powered development tools being used to develop AI programs,” Gold said. Chip makers also see AI workstations — which are primarily sold for graphics and gaming — as the next big thing in high-end PC sales. “Discrete GPUs in desktops and laptops is a good market, but the potential for AI PCs is probably much higher in numbers. It’s a good expansion for the PC market suppliers,” Gold said. AI laptops such as Windows-based Copilot+ PCs have neural processing units, which are for AI consumption and not development, Gold noted. AI is increasingly becoming a secondary workload in workstations, especially if they are running Nvidia GPUs, said Anshel Sag, principal analyst at Moor Strategy and Insights. “Many companies don’t necessarily want to send their workloads to the cloud. But also, they don’t want to build supercomputers to run models for inference,” Sag said. GenAI models are also becoming leaner and more efficient to run locally, making it possible to run reasoning models efficiently on workstations, Sag said. “DeepSeek was definitely one of the catalysts of that,” he said. DeepSeek was developed by the namesake Chinese company and has been widely adopted by US AI companies and cloud providers. During the Computex keynote, Nvidia CEO Huang acknowledged the role of DeepSeek in making AI accessible. “DeepSeek R1 is genuinely a gift to the world’s AI industry… R1 has made a real impact in how people think about AI, how to think about inference and how to think about reasoning,” Huang said.
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  • After a lengthy legal battle and billion-dollar loss, 'Fortnite' is back on iOS

    Over four years after Epic broke App Store rules and sparked a billion-dollar battle, "Fortnite" is finally back on iPhone and iPad.'Fortnite' returns to the US App StoreFor those who have missed playing Fortnite on iPhone and iPad, today's your lucky day: it's back on the App Store. After successfully passing its review in early May, the game has been cleared by Apple and made available to players once more.It's been four years since Fortnite was last available on iOS. In the summer of 2020, Epic willingly violated Apple's App Store rules by allowing players the option to purchase Fortnite's in-game currency directly from Epic. Continue Reading on AppleInsider | Discuss on our Forums
    #after #lengthy #legal #battle #billiondollar
    After a lengthy legal battle and billion-dollar loss, 'Fortnite' is back on iOS
    Over four years after Epic broke App Store rules and sparked a billion-dollar battle, "Fortnite" is finally back on iPhone and iPad.'Fortnite' returns to the US App StoreFor those who have missed playing Fortnite on iPhone and iPad, today's your lucky day: it's back on the App Store. After successfully passing its review in early May, the game has been cleared by Apple and made available to players once more.It's been four years since Fortnite was last available on iOS. In the summer of 2020, Epic willingly violated Apple's App Store rules by allowing players the option to purchase Fortnite's in-game currency directly from Epic. Continue Reading on AppleInsider | Discuss on our Forums #after #lengthy #legal #battle #billiondollar
    After a lengthy legal battle and billion-dollar loss, 'Fortnite' is back on iOS
    appleinsider.com
    Over four years after Epic broke App Store rules and sparked a billion-dollar battle, "Fortnite" is finally back on iPhone and iPad.'Fortnite' returns to the US App StoreFor those who have missed playing Fortnite on iPhone and iPad, today's your lucky day: it's back on the App Store. After successfully passing its review in early May, the game has been cleared by Apple and made available to players once more.It's been four years since Fortnite was last available on iOS. In the summer of 2020, Epic willingly violated Apple's App Store rules by allowing players the option to purchase Fortnite's in-game currency directly from Epic. Continue Reading on AppleInsider | Discuss on our Forums
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    الرجاء تسجيل الدخول , للأعجاب والمشاركة والتعليق على هذا!
  • Lincoln Center unveils major transformation by Hood Design Studio, Weiss/Manfredi, and Moody Nolan

    The Lincoln Center for the Performing Arts has unveiled a major redesign of its Amsterdam Avenue edge, transforming the western boundary of its Manhattan campus. The million redevelopment, led by Hood Design Studio, Weiss/Manfredi, and Moody Nolan, will remove the longstanding wall at Damrosch Park, opening the complex to the surrounding community with a new park, improved access, and a major outdoor performance venue. Archinect first reported on the appointment of the design team in March 2024.
    Image credit: Brooklyn Digital FoundryImage credit: Brooklyn Digital FoundryThe redesign introduces a more welcoming edge to the cultural campus with new entrances, expanded sidewalks, and green space along Amsterdam Avenue. A new theater and plaza, seating up to 2,000, will anchor the development, supporting year-round performances and community events. Surrounding features include a mist-animated water element, shaded groves, and flexible gathering spaces. 
    Image credit: Brooklyn Digi...
    #lincoln #center #unveils #major #transformation
    Lincoln Center unveils major transformation by Hood Design Studio, Weiss/Manfredi, and Moody Nolan
    The Lincoln Center for the Performing Arts has unveiled a major redesign of its Amsterdam Avenue edge, transforming the western boundary of its Manhattan campus. The million redevelopment, led by Hood Design Studio, Weiss/Manfredi, and Moody Nolan, will remove the longstanding wall at Damrosch Park, opening the complex to the surrounding community with a new park, improved access, and a major outdoor performance venue. Archinect first reported on the appointment of the design team in March 2024. Image credit: Brooklyn Digital FoundryImage credit: Brooklyn Digital FoundryThe redesign introduces a more welcoming edge to the cultural campus with new entrances, expanded sidewalks, and green space along Amsterdam Avenue. A new theater and plaza, seating up to 2,000, will anchor the development, supporting year-round performances and community events. Surrounding features include a mist-animated water element, shaded groves, and flexible gathering spaces.  Image credit: Brooklyn Digi... #lincoln #center #unveils #major #transformation
    Lincoln Center unveils major transformation by Hood Design Studio, Weiss/Manfredi, and Moody Nolan
    archinect.com
    The Lincoln Center for the Performing Arts has unveiled a major redesign of its Amsterdam Avenue edge, transforming the western boundary of its Manhattan campus. The $335 million redevelopment, led by Hood Design Studio, Weiss/Manfredi, and Moody Nolan, will remove the longstanding wall at Damrosch Park, opening the complex to the surrounding community with a new park, improved access, and a major outdoor performance venue. Archinect first reported on the appointment of the design team in March 2024. Image credit: Brooklyn Digital FoundryImage credit: Brooklyn Digital FoundryThe redesign introduces a more welcoming edge to the cultural campus with new entrances, expanded sidewalks, and green space along Amsterdam Avenue. A new theater and plaza, seating up to 2,000, will anchor the development, supporting year-round performances and community events. Surrounding features include a mist-animated water element, shaded groves, and flexible gathering spaces.  Image credit: Brooklyn Digi...
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  • Hyrule Warriors: Age of Imprisonment – Creator’s Voice Video Showcases New Gameplay

    Just as Koei Tecmo and Nintendo collaborated to follow-up on Breath of the Wild with a musou Zelda spinoff, they’re returning with another action game that will build on the narrative foundations of 2023’s Tears of the Kingdom, in the form of the upcoming Hyrule Warriors: Age of Imprisonment. To share more info on the game, Nintendo has released a new Creator’s Voice video that offers new behind-the-scenes details and gameplay footage.
    The video features producer Ryota Matsuhita and developer AAA Games Studio boss Yosuke Hayashi, who shed more light on the game and what it’ll bring. New details are revealed on the game’s story and, in particular, how it will leverage the more powerful hardware of the Nintendo Switch 2- fans will be particularly thrilled about the improved frame rates. Meanwhile, plenty of new glimpses of gameplay footage are also showcased. Check out the video below.
    Hyrule Warriors: Age of Imprisonment will launch sometime this Winter for the Nintendo Switch 2. A specific release date hasn’t been announced.
    #hyrule #warriors #age #imprisonment #creators
    Hyrule Warriors: Age of Imprisonment – Creator’s Voice Video Showcases New Gameplay
    Just as Koei Tecmo and Nintendo collaborated to follow-up on Breath of the Wild with a musou Zelda spinoff, they’re returning with another action game that will build on the narrative foundations of 2023’s Tears of the Kingdom, in the form of the upcoming Hyrule Warriors: Age of Imprisonment. To share more info on the game, Nintendo has released a new Creator’s Voice video that offers new behind-the-scenes details and gameplay footage. The video features producer Ryota Matsuhita and developer AAA Games Studio boss Yosuke Hayashi, who shed more light on the game and what it’ll bring. New details are revealed on the game’s story and, in particular, how it will leverage the more powerful hardware of the Nintendo Switch 2- fans will be particularly thrilled about the improved frame rates. Meanwhile, plenty of new glimpses of gameplay footage are also showcased. Check out the video below. Hyrule Warriors: Age of Imprisonment will launch sometime this Winter for the Nintendo Switch 2. A specific release date hasn’t been announced. #hyrule #warriors #age #imprisonment #creators
    Hyrule Warriors: Age of Imprisonment – Creator’s Voice Video Showcases New Gameplay
    gamingbolt.com
    Just as Koei Tecmo and Nintendo collaborated to follow-up on Breath of the Wild with a musou Zelda spinoff, they’re returning with another action game that will build on the narrative foundations of 2023’s Tears of the Kingdom, in the form of the upcoming Hyrule Warriors: Age of Imprisonment. To share more info on the game, Nintendo has released a new Creator’s Voice video that offers new behind-the-scenes details and gameplay footage. The video features producer Ryota Matsuhita and developer AAA Games Studio boss Yosuke Hayashi, who shed more light on the game and what it’ll bring. New details are revealed on the game’s story and, in particular, how it will leverage the more powerful hardware of the Nintendo Switch 2- fans will be particularly thrilled about the improved frame rates. Meanwhile, plenty of new glimpses of gameplay footage are also showcased. Check out the video below. Hyrule Warriors: Age of Imprisonment will launch sometime this Winter for the Nintendo Switch 2. A specific release date hasn’t been announced.
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    الرجاء تسجيل الدخول , للأعجاب والمشاركة والتعليق على هذا!
  • What's the Best Way to Cut Onions Without Crying? New Research Suggests That Thin, Sharp Blades Are Key to Minimizing Tears

    What’s the Best Way to Cut Onions Without Crying? New Research Suggests That Thin, Sharp Blades Are Key to Minimizing Tears
    For a new study, physicists visualized and quantified the tear-producing droplets that get expelled from onions when they’re cut

    New research suggests using a thin, sharp knife and cutting slowly could help prevent crying while cutting onions.
    Pexels

    From wearing goggles to rubbing the knife with lemon juice, home cooks have come up with a wide variety of clever tricks to keep themselves from crying while cutting onions in the kitchen.
    Now, physicists have come up with another possible solution. Using a sharp knife while making slow, controlled cuts seems to be the best way to minimize the spray of tear-producing compounds in onions, according to a new study.
    The paper has been published on the preprint server arXiv and has not yet been peer reviewed.
    Scientists know why onions make us cry: When cut, these spherical alliums produce a chemical that stimulates the nerves responsible for producing tears. The volatile, irritating compound is called syn-propanethial-S-oxide.
    But, recently, a team of physicists decided to explore the underlying mechanisms at play when syn-propanethial-S-oxide gets released from onions. Using techniques known as high-speed particle tracking velocimetry and digital image correlation, they were able to visualize and count droplets as they were being expelled from cut onions, per IFLScience’s Russell Moul. They also studied the onions themselves, making note of strain and deformations on the flesh during chopping.
    To start, the team gathered fresh onions from local vendors, cut them into halves or quarters, then coated them in black spray paint.Then, they set up a high-speed camera and started chopping.
    “Cutting is a really strange process,” says Anne Juel, a physicist at the University of Manchester who was not involved with the research, to NewScientist’s Alex Wilkins. “We cut things with knives every day, but to cut something, you need to go down to the atomic scale.”
    Using a custom guillotine, the researchers experimented with cutting speeds ranging from 1.3 and 6.5 feet per second and blade thicknesses between 5 and 200 millimeters. They changed the steel blades manually and modified the speed by adjusting the height of the blade, which was released from above.
    By analyzing the footage from the high-speed camera, they could investigate the dynamics of tear-producing particles that sprayed out from the onion as it was cut. The thinner, sharper blades produced fewer droplets that moved more slowly and with less energy, they found.
    Meanwhile, the thicker, duller blades caused an explosion of high-speed particles that moved at up to 141 feet per second. This is because the dull blade initially bent the onion skin, which caused pressure to build up inside. When the blade finally sliced through, it released all that built-up energy and sent onion juice flying. Then, once the particles were in the air, they also fragmented into smaller pieces to create “an even more diffuse mist of all-natural mace,” writes Andrew Paul for Popular Science.
    The duller blades produced as much as 40 times more particles than the sharper blades. Faster cutting speeds produced up to four times as many droplets as slower speeds.
    This suggests that the best way to minimize tear-producing chemicals while chopping onions is to cut slowly with a thin, sharp knife. However, the researchers did not test this theory in their experiments, per NewScientist.

    Refrigerated onions released a “noticeably larger volume” of droplets compared to room-temperature onions, the researchers write.

    Pixabay

    Home cooks are often advised to chill their onions before cutting them to minimize crying. So, the researchers also experimented with onions that had been refrigerated for 12 hours. However, in their tests, the refrigerated onions released a “noticeably larger volume” of droplets compared to room-temperature onions.
    Preventing tears while cutting onions might seem like a trivial research topic. But the scientists say their work could also have important implications for food safety. The fragmented droplets that spray out of raw foods while they’re being cut could contribute to the spread of disease-causing pathogens, the researchers write in the paper.
    “Ejected droplets can come into direct contact with contaminated blades or carry surface-borne pathogens as they leave the food surface,” they write. “Lighter dropletsreadily suspended and can be transported by ambient air currents, thereby posing a potential risk for airborne transmission.”
    Keeping knife blades sharp, then, might be an easy way to help reduce food-borne illnesses, they posit.
    “Sharper blades reduce not only the number of droplets but also their speed and kinetic energy,” the scientists write in the paper. “This is particularly relevant for fruits and vegetables, which can carry food-borne pathogens such as Salmonella.”
    Many other recent research projects have attempted to use science to solve everyday problems. Scientists have visualized the plume of aerosolized particles ejected from commercial toilets during flushing, and some are even coming up with new urinal designs to help reduce urine splashing. And in the realm of enhancing food, Italian physicists came up with the perfect cacio e pepe recipe, while others have figured out the best way to make pour-over coffee and boil an egg.

    Get the latest stories in your inbox every weekday.

    More about:
    Food
    Food Science
    New Research
    Physics
    #what039s #best #way #cut #onions
    What's the Best Way to Cut Onions Without Crying? New Research Suggests That Thin, Sharp Blades Are Key to Minimizing Tears
    What’s the Best Way to Cut Onions Without Crying? New Research Suggests That Thin, Sharp Blades Are Key to Minimizing Tears For a new study, physicists visualized and quantified the tear-producing droplets that get expelled from onions when they’re cut New research suggests using a thin, sharp knife and cutting slowly could help prevent crying while cutting onions. Pexels From wearing goggles to rubbing the knife with lemon juice, home cooks have come up with a wide variety of clever tricks to keep themselves from crying while cutting onions in the kitchen. Now, physicists have come up with another possible solution. Using a sharp knife while making slow, controlled cuts seems to be the best way to minimize the spray of tear-producing compounds in onions, according to a new study. The paper has been published on the preprint server arXiv and has not yet been peer reviewed. Scientists know why onions make us cry: When cut, these spherical alliums produce a chemical that stimulates the nerves responsible for producing tears. The volatile, irritating compound is called syn-propanethial-S-oxide. But, recently, a team of physicists decided to explore the underlying mechanisms at play when syn-propanethial-S-oxide gets released from onions. Using techniques known as high-speed particle tracking velocimetry and digital image correlation, they were able to visualize and count droplets as they were being expelled from cut onions, per IFLScience’s Russell Moul. They also studied the onions themselves, making note of strain and deformations on the flesh during chopping. To start, the team gathered fresh onions from local vendors, cut them into halves or quarters, then coated them in black spray paint.Then, they set up a high-speed camera and started chopping. “Cutting is a really strange process,” says Anne Juel, a physicist at the University of Manchester who was not involved with the research, to NewScientist’s Alex Wilkins. “We cut things with knives every day, but to cut something, you need to go down to the atomic scale.” Using a custom guillotine, the researchers experimented with cutting speeds ranging from 1.3 and 6.5 feet per second and blade thicknesses between 5 and 200 millimeters. They changed the steel blades manually and modified the speed by adjusting the height of the blade, which was released from above. By analyzing the footage from the high-speed camera, they could investigate the dynamics of tear-producing particles that sprayed out from the onion as it was cut. The thinner, sharper blades produced fewer droplets that moved more slowly and with less energy, they found. Meanwhile, the thicker, duller blades caused an explosion of high-speed particles that moved at up to 141 feet per second. This is because the dull blade initially bent the onion skin, which caused pressure to build up inside. When the blade finally sliced through, it released all that built-up energy and sent onion juice flying. Then, once the particles were in the air, they also fragmented into smaller pieces to create “an even more diffuse mist of all-natural mace,” writes Andrew Paul for Popular Science. The duller blades produced as much as 40 times more particles than the sharper blades. Faster cutting speeds produced up to four times as many droplets as slower speeds. This suggests that the best way to minimize tear-producing chemicals while chopping onions is to cut slowly with a thin, sharp knife. However, the researchers did not test this theory in their experiments, per NewScientist. Refrigerated onions released a “noticeably larger volume” of droplets compared to room-temperature onions, the researchers write. Pixabay Home cooks are often advised to chill their onions before cutting them to minimize crying. So, the researchers also experimented with onions that had been refrigerated for 12 hours. However, in their tests, the refrigerated onions released a “noticeably larger volume” of droplets compared to room-temperature onions. Preventing tears while cutting onions might seem like a trivial research topic. But the scientists say their work could also have important implications for food safety. The fragmented droplets that spray out of raw foods while they’re being cut could contribute to the spread of disease-causing pathogens, the researchers write in the paper. “Ejected droplets can come into direct contact with contaminated blades or carry surface-borne pathogens as they leave the food surface,” they write. “Lighter dropletsreadily suspended and can be transported by ambient air currents, thereby posing a potential risk for airborne transmission.” Keeping knife blades sharp, then, might be an easy way to help reduce food-borne illnesses, they posit. “Sharper blades reduce not only the number of droplets but also their speed and kinetic energy,” the scientists write in the paper. “This is particularly relevant for fruits and vegetables, which can carry food-borne pathogens such as Salmonella.” Many other recent research projects have attempted to use science to solve everyday problems. Scientists have visualized the plume of aerosolized particles ejected from commercial toilets during flushing, and some are even coming up with new urinal designs to help reduce urine splashing. And in the realm of enhancing food, Italian physicists came up with the perfect cacio e pepe recipe, while others have figured out the best way to make pour-over coffee and boil an egg. Get the latest stories in your inbox every weekday. More about: Food Food Science New Research Physics #what039s #best #way #cut #onions
    What's the Best Way to Cut Onions Without Crying? New Research Suggests That Thin, Sharp Blades Are Key to Minimizing Tears
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    What’s the Best Way to Cut Onions Without Crying? New Research Suggests That Thin, Sharp Blades Are Key to Minimizing Tears For a new study, physicists visualized and quantified the tear-producing droplets that get expelled from onions when they’re cut New research suggests using a thin, sharp knife and cutting slowly could help prevent crying while cutting onions. Pexels From wearing goggles to rubbing the knife with lemon juice, home cooks have come up with a wide variety of clever tricks to keep themselves from crying while cutting onions in the kitchen. Now, physicists have come up with another possible solution. Using a sharp knife while making slow, controlled cuts seems to be the best way to minimize the spray of tear-producing compounds in onions, according to a new study. The paper has been published on the preprint server arXiv and has not yet been peer reviewed. Scientists know why onions make us cry: When cut, these spherical alliums produce a chemical that stimulates the nerves responsible for producing tears. The volatile, irritating compound is called syn-propanethial-S-oxide. But, recently, a team of physicists decided to explore the underlying mechanisms at play when syn-propanethial-S-oxide gets released from onions. Using techniques known as high-speed particle tracking velocimetry and digital image correlation, they were able to visualize and count droplets as they were being expelled from cut onions, per IFLScience’s Russell Moul. They also studied the onions themselves, making note of strain and deformations on the flesh during chopping. To start, the team gathered fresh onions from local vendors, cut them into halves or quarters, then coated them in black spray paint. (This step made it easier for them to see and track what was happening when the alliums got cut.) Then, they set up a high-speed camera and started chopping. “Cutting is a really strange process,” says Anne Juel, a physicist at the University of Manchester who was not involved with the research, to NewScientist’s Alex Wilkins. “We cut things with knives every day, but to cut something, you need to go down to the atomic scale.” Using a custom guillotine, the researchers experimented with cutting speeds ranging from 1.3 and 6.5 feet per second and blade thicknesses between 5 and 200 millimeters. They changed the steel blades manually and modified the speed by adjusting the height of the blade, which was released from above. By analyzing the footage from the high-speed camera, they could investigate the dynamics of tear-producing particles that sprayed out from the onion as it was cut. The thinner, sharper blades produced fewer droplets that moved more slowly and with less energy, they found. Meanwhile, the thicker, duller blades caused an explosion of high-speed particles that moved at up to 141 feet per second. This is because the dull blade initially bent the onion skin, which caused pressure to build up inside. When the blade finally sliced through, it released all that built-up energy and sent onion juice flying. Then, once the particles were in the air, they also fragmented into smaller pieces to create “an even more diffuse mist of all-natural mace,” writes Andrew Paul for Popular Science. The duller blades produced as much as 40 times more particles than the sharper blades. Faster cutting speeds produced up to four times as many droplets as slower speeds. This suggests that the best way to minimize tear-producing chemicals while chopping onions is to cut slowly with a thin, sharp knife. However, the researchers did not test this theory in their experiments, per NewScientist. Refrigerated onions released a “noticeably larger volume” of droplets compared to room-temperature onions, the researchers write. Pixabay Home cooks are often advised to chill their onions before cutting them to minimize crying. So, the researchers also experimented with onions that had been refrigerated for 12 hours. However, in their tests, the refrigerated onions released a “noticeably larger volume” of droplets compared to room-temperature onions. Preventing tears while cutting onions might seem like a trivial research topic. But the scientists say their work could also have important implications for food safety. The fragmented droplets that spray out of raw foods while they’re being cut could contribute to the spread of disease-causing pathogens, the researchers write in the paper. “Ejected droplets can come into direct contact with contaminated blades or carry surface-borne pathogens as they leave the food surface,” they write. “Lighter droplets [are] readily suspended and can be transported by ambient air currents, thereby posing a potential risk for airborne transmission.” Keeping knife blades sharp, then, might be an easy way to help reduce food-borne illnesses, they posit. “Sharper blades reduce not only the number of droplets but also their speed and kinetic energy,” the scientists write in the paper. “This is particularly relevant for fruits and vegetables, which can carry food-borne pathogens such as Salmonella.” Many other recent research projects have attempted to use science to solve everyday problems. Scientists have visualized the plume of aerosolized particles ejected from commercial toilets during flushing, and some are even coming up with new urinal designs to help reduce urine splashing. And in the realm of enhancing food, Italian physicists came up with the perfect cacio e pepe recipe, while others have figured out the best way to make pour-over coffee and boil an egg. 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