Developing hardware for the future

Our team of experts is pioneering next-generation energy storage technologies, driving a more sustainable and resilient future. We understand the critical role energy storage plays in transitioning to a renewable energy landscape; it’s the key to unlocking greater energy independence and efficiency.

That’s why we’re dedicated to innovation. Our research and development focus on advancing energy storage solutions that are powerful, reliable, and accessible. We believe this is essential to building a future where clean energy is always available, empowering individuals, businesses, and communities to thrive.

Battery Research

Battery research is at the forefront of technological advancement, pushing boundaries to deliver solutions for a greener future. Researchers are delving into novel materials, advanced chemistries, and innovative designs to enhance battery performance.

Cutting Edge Technology

To stay at the forefront of innovation, we actively explore and integrate cutting-edge technologies into our energy storage solutions. Our work extends to fields like nanotechnology and quantum mechanics, allowing us to manipulate materials and explore energy dynamics at the atomic level.

Improved Grid Stability

When aligned to our community energy hubs, our energy storage solutions help balance energy supply and demand on the grid, reducing the risk of blackouts and power surges, and supporting a more reliable energy infrastructure. It also enables a more accessible energy solution for the most vulnerable in society.

Advanced Capacity Energy Storage (ACES)

Conventional battery technologies, including sodium, lithium, metal-air, and others, are commendable in their capacity to store energy. Yet, they often also have their limitations with longevity, safety, and prolonged charging cycles. Supercapacitors, in contrast, are lauded for their quick charge and discharge capabilities and their durability over extended life cycles. Although they have notable drawbacks in terms of energy density, requiring larger sizes, and heavier, for applications that demand substantial energy. We’re in the research phase of a new type of energy storage alternative.