GBatteries

When will batteries be light enough for viable electric aviation? I think we’re there! We’ve teamed up with a leading Li‑metal cell manufacturer to assemble one of the highest energy‑density battery packs on the market and showed increase of drone endurance by 63%. Two different drone platforms flew significantly longer, all with the same pack weight as their original Li‑ion batteries. Watch the workshop clip below to see our Li‑metal packs power extended drone flight. From chemistry‑agnostic cell sourcing to pack architecture with IntelligentBMS and Smart Chargers, our end‑to‑end process delivers the perfect blend of energy density, performance, and safety. Are you looking for longer range, longer battery life, faster charge, or operation in extreme cold conditions? Drop a comment or DM me and let’s explore if GBatteries can help power your next mission.

🔋🥶🔥 Heat Batteries 10× Faster & Charge 2× Quicker with Pulse-Heating! Cold starts and long charge times are mission killers. In cold conditions, batteries usually need ~40-minute soak to perform. With GBatteries’ pulse-heating algorithm, we can hit peak performance in just 4 minutes and enable at least 2× faster charging. Why this matters for drone ops: ⚡ 4-Min Warm-Up vs. 40-Min Soak → near-instant readiness 🚀 2× Faster Charging → more flight time, no cycle-life penalty 💪 Extended Longevity → gentle internal pulse-heat reduces stress ⏩ Operational Agility → keep your fleet mission-ready Imagine the extra missions you could fly if cold temps and long charge times were never a problem. 📽️ Watch the 3-minute workshop snippet below to see our pre-conditioning in action. 🤓 Have cold weather or long charge times ever slowed down your operations? Would love to hear your story and to see if GBatteries’ solution can improve your next mission.

🔬 Geeky but significant start to the week: We’ve crossed 1,000 cycles on our Li-metal cells, which is four time the baseline! We’re turning Li-metal from lab curiosity into a real-world workhorse. 🚀 Li-metal chemistry delivers some of the highest energy density (lowest weight) available, which is critical, especially for electric aviation. The downside? Under traditional and symmetrical charge/discharge protocols, cycle life of Li-metal batteries falls short. Here’s how GBatteries is changing the landscape for Li-metal battery applications: 🔋 Commercially viable cycle life with pulse-protocols in our IntelligentBMS 🚁 +60% drone endurance, while maintaining the same system weight, with Li-metal pack 📈 Predictive health monitoring with early cell-degradation alerts to maximize uptime and minimize failures. This is a groundbreaking achievement, but can we work with other battery chemistries? Yes. Our IntelligentBMS is chemistry-agnostic. From conventional Li-ion and Si-anode to Li-metal (or other that mission demands), we safely unlock each battery’s full potential. Our goal is to safely maximize the performance of the batteries with our IntelligentBMS, no matter the chemistry of choice. 👉 What battery chemistry powers your mission today? Drop me a line and let’s level up your mission performance! 

Sneak peek at our first two smart drone charger prototypes that are built to keep drones in the air longer ⚡🔋🚁 Super happy to see them up and running on the bench after our team spending a ton of engineering and hands-on time in the shop. These chargers are designed to make drone ops simpler and more reliable with fast charging, rapid pulse heating, and battery state analysis all built in. Now getting them prepped for a customer demo coming up soon!

🔋 Ever wondered how to keep your drone in the air 60% longer, even in subzero temps? At our recent workshop, we demonstrated increase from 30 to 49 minutes of flight time with Li-metal batteries. We also showcased a 10 minute charge time of Li-ion batteries by pre-conditioning with our pulse-heating algorithm. 💭 …Imagine the impact of this tech across your entire fleet. Here’s how GBatteries makes it happen: ⚡ Pulse-heating / pre-conditioning, enabling batteries to heat up in minutes instead of 40 minutes of temperature soaking. 🚀 Advanced fast-charging, keeping drones airborne longer, and less time charging. ♻️ Extended cycle life, cutting downtime, and lower operating costs. 📊 Real-time health monitoring, empowering predictive maintenance that prevents unexpected downtime. 👉 Watch the 60 sec summary and let’s connect if you are in the drone or battery-tech space. I’ll be doing a deeper dive and publishing each solution as its own post, sharing demo videos, detailed test results, and deep dives into how intelligent battery management unlocks next-level performance. Stay tuned! 📻 

🇨🇦 Canada may be one of the best places in the world to bootstrap a deep tech startup - thanks to the incredible support available through non-dilutive government programs. Like many early deep tech founders, I’ve struggled to raise equity financing. But over the years, we’ve been fortunate to benefit from Canadian initiatives that helped us survive the toughest moments - including near-death experiences - and take bold steps toward building breakthrough technologies. One standout example is the SR&ED program, which gave us the financial runway to develop our battery pulse technology, enabling: 🌡️ Rapid battery heating 🛡️ Improved safety ⚡ Ultra-fast charging 🔋 Longer battery life The support from SR&ED was instrumental in our progress. It enabled the R&D that led to the filing of 60 patents and ultimately helped us attract equity investment and strategic customers. We’re grateful for the SR&ED program and the broader Canadian innovation ecosystem, which is a true reflection of the country’s commitment to R&D and talent retention. If you're navigating non-dilutive funding strategies, I’d be happy to share our experience and exchange ideas. Feel free to connect or DM. p.s. The link to the full article and eligibility requirements for the SR&ED program is in the comments.

🚁 🔋 ⚡️ Are you ready to take your drone technology to new heights? GBatteries, with over 10 years of cutting-edge research and 60+ filed patents, is excited to invite drone manufacturers and operators to an exclusive workshop showcasing our revolutionary battery pulse technology. What You’ll Discover: 63% Longer Flight Time: GBatteries’ innovative pulse technology enables drones to achieve 63% longer flight times, all while maintaining the same drone and battery weight. Ultra-Fast Charging (in ~10 minutes): Say goodbye to long charging times. Our technology enables ultra-fast charging without compromising battery cycle life. Performance in Extreme Conditions: Our turnkey drone battery system (cells, IntelligentBMS, and fast-pulse charger) can heat up drone batteries within minutes in cold climates, enabling reliable performance year-round. Enhanced Safety: The integrated system detects and prevents potential safety events, ensuring safer operations for your fleet and real-time state of health data. Why Attend? Learn about GBatteries’ unique battery technology and how it can significantly enhance your drone’s performance and safety. Discover opportunities for partnership as GBatteries is seeking integration and demonstration partners for real-world applications. Collaborate with experts: Connect with leading battery technology innovators and explore how our solutions can align with your needs. Register Now Don’t miss the chance to be part of the future of drone technology. Reserve your spot and join us for this informative and interactive session. https://lnkd.in/eHhGECm9

🚀 NEW PRODUCT LAUNCH: Battery Quality Assurance! 🚀 Quality is what customers care about most. Great product quality often goes unnoticed, but poor quality? That’s all you hear about - it destroys trust and tarnishes reputations. A bad quality battery can kill not just a product but the trust your customers place in your brand and can even take a company out of business. Out of sheer necessity, while ensuring our own products are powered by high-quality batteries, we developed a game-changing solution for testing and validating battery quality, right at the production line or in our battery lab. And it turned out so good, we decided to share it with the world. 💡Why does QA matters? Imagine an iPhone or Tesla with a bad battery. Exactly! You can’t - because if they had unreliable batteries, they wouldn’t be the icons they are today. Now, think of how often you’ve heard: ❌ “Don’t buy that product, the battery doesn’t last long.” ❌ “It takes forever to recharge.” ❌ “Batteries are too expensive to replace.” Bad batteries don’t just frustrate customers, they pose risks, from underperformance to safety hazards. For companies, it could mean recalls, reputation damage, or worse, shutting down. 🌟 Our Solution: A state-of-the-art battery tester that ensures reliability and safety: ✅ Performs multi-sine electrochemical impedance spectroscopy for speed and precision. ✅ Detects potential defects in under a minute. ✅ Enables non-destructive real-time battery state-of-health monitoring. ✅ Doubles as a charger or battery test cycler. ✅ Controls temperature on each channel. ✅ Occupies small footprint and scalable to hundreds of channels. We originally built this solution for our in-house R&D needs, but it was so effective that customers kept asking us to make it accessible. 🎉 Today, we’re thrilled to introduce the first-of-its-kind GBatteries Quality Assurance Tester, purpose-built for end-of-line production, battery labs or battery pack assembly shops. 📨 Ready to redefine your battery testing process? Let’s talk! Drop a comment below or send us a DM to learn more or to be among the first to experience this solution. At GBatteries, we’re paving the way for a future powered by better and safer batteries. 🌍 #BatteryTechnology #BatteryTesting #QualityAssurance #Sustainability #Innovation 

🚀 Paving the Way to Lower-Cost and High-Energy Batteries: The Anode-Free 🚧 One of the major challenges to the mass global adoption of electric vehicles (EVs) is the high cost, which is directly tied to the cost and performance limitations of today's batteries. 🔋 Li-metal batteries offer a promising solution with lighter and smaller designs that could potentially double EV range. However, they come with steep costs and limited cycle life - especially under fast charging conditions (unless paired with GBatteries’ IntelligentBMS 💪). ⚡This is where anode-free batteries could make a difference. By eliminating lithium on the anode side and removing graphite, these batteries can be produced at a lower cost while providing higher energy density. This not only extends EV range but also reduces vehicle prices. However, challenges with cycle life have kept these batteries from reaching commercial viability. 💡At GBatteries, we’ve discovered a groundbreaking step forward. Using our pulse algorithms, we've successfully controlled the anode morphology, which has the potential to tackle critical cycle life issue 🎯 🚗 This breakthrough brings anode-free batteries closer to being a commercially viable solution for the future of electric mobility. 🌍 We’re dedicated to driving battery innovation forward, creating a brighter and more sustainable future! 🌱 #AnodeFree #BatteryTech #Innovation #ElectricMobility #Sustainability #FutureEnergy

🎉 Celebrating 10 Years of Innovation! 🎉 🔋 Today marks a decade of pushing boundaries and driving the future of energy storage. From our humble beginnings to spearheading cutting-edge battery technology, our journey has been fuelled by relentless innovation and a deep commitment to creating a more sustainable world. 🎢 It has been a thrilling roller-coaster journey, full of ups and downs, sharp turns, and bold decisions. Despite the challenges of navigating the blue ocean, we’ve become a fully vertically integrated company, developing everything from hardware, firmware, and software, to data acquisition, visualization, analysis, AI, and even manufacturing our own next-generation Li-metal battery cell prototypes. 💡 Over the past 10 years, we’ve built a robust portfolio of innovations, supported by 60 filed patents, with over 30 already granted. These advancements have led to breakthrough Li-metal battery technologies - from the first long-life battery bank for Apple MacBooks to true ultra-fast charging of Li-ion batteries without compromising battery cycle life. Over the past year, we’ve developed a system-level solution to mitigate key failure mechanisms in Li-metal batteries, paving the way for safe, commercially viable next-generation batteries expected to double the range of electric vehicles and aircraft on a single charge - a game changer! 🙌 We are grateful for the unwavering support. None of these innovations would have been possible without the belief, dedication, and perseverance of every teammate who has invested their time and effort into GBatteries over the years. The trust of our investors and partners, along with the support of our customers, has been integral to our existence and current success. 🌎 As we look to the future, we remain committed to advancing our technology and bringing to market solutions that will power the future of mobility and ultimately accelerate mass global electrification towards a more sustainable world. Here’s to the next decade of innovation and growth! 🚀 #BatteryTechnology #Innovation #Sustainability #EnergyStorage #10YearsAndCounting