Mobile Storage
Tomorrow’s transport systems will rely on mobile renewable energy.
Gelion is designing the next generation of ultra-high-energy density batteries to power cars, trucks, drones and aircraft. We are achieving this through special additives that boost performance of all lithium battery technologies.
Market Overview
Electric cars will soon be everywhere. Bloomberg New Energy Finance says that by 2030 the electric vehicle market will reach US $7 trillion and US $46 trillion by 2050 (BNEF 2021).
Hybrid e-planes will arrive as early as 2026, making commercial short-haul flights and by 2040, investment bank UBS predicts the entire transport system will be close to fully decarbonised. This means massive, widespread uptake of new battery technology.
Today’s lithium batteries will not be able to satisfy the surge in power and energy demands.
Upgrading lithium with state-of-the-art nano-structured designer additives will dramatically boost performance, accelerating our transition to a sustainable, electric future.
Battery type market share in transportation.
Lux Research
Mobile Storage
Lithium-silicon
Lithium-sulfur
Li-silicon-sulfur
Lithium-silicon
Lithium-sulfur
Li-silicon-sulfur
Silicon Additive
Lithium-Silicon Additives
Gelion has developed special silicon-based additives for mobile energy platforms. This transformation is the single most effective upgrade to the current lithium battery, improving the performance by up to 60%.
We are boosting today’s standard to meet tomorrow’s need for sustainable, mobile energy solutions.
Applications
Passenger and Heavy vehicles
Electric buses and Trains
Sulfur Additive
Lithium-Sulfur
Gelion have achieved a major performance increase, at low-cost, with the addition of sulfur-based additives.
The combination dramatically increases energy output compared to today’s lithium battery, whilst improving the battery cycle-life by 5x.
Applications
Commercial Electric Aircraft
Combined Silicon & Sulfur Additive
Lithium-Silicon-Sulfur (LSS) additives
Combining the benefits of our sulfur and silicon additive systems the result is a long-lasting, lightweight and ultra-dense energy cell.
This is the future of mobile energy.
Applications
Advanced lithium silicon-sulfur (LSS) applications