Levistor is developing a laminated flywheel energy storage system that provides rapid bursts of high-energy output for electric vehicle charging. This technology addresses the limitations of traditional grid infrastructure by enabling super-fast charging without the need for costly upgrades.
Funding
Funding not disclosed
Founders
Product
Problem
Electric vehicle (EV) charging infrastructure struggles to deliver rapid charging speeds due to limitations in grid capacity and the high costs associated with upgrading existing infrastructure. This bottleneck leads to slower charging times and range anxiety, hindering the widespread adoption of EVs.
Solution
Levistor provides a flywheel energy storage system designed to deliver rapid, high-energy bursts for EV charging, bypassing the need for extensive grid upgrades. The CycloCell technology utilizes a laminated flywheel design, enhancing safety and cost-effectiveness compared to conventional solid flywheels. This modular and scalable system can be deployed in various settings, from residential to grid-scale applications, ensuring a reliable and sustainable energy storage solution for ultra-fast EV charging. By storing energy kinetically, Levistor's system provides a circular solution engineered for longevity, using easily sourced, reusable, and recyclable materials.
Target Audience
The primary target audience includes EV charging station operators, grid operators, and businesses seeking to provide ultra-fast charging solutions without incurring significant infrastructure upgrade costs.
Features
- Laminated flywheel design eliminating the need for expensive containment systems
- Modular and scalable CycloCell technology adaptable to diverse power-boosting needs
- Sustainable design utilizing easily sourced, reusable, and recyclable materials
- Minimal fire risk, enabling installation in various environments
- Delivers rapid bursts of high-energy output for ultra-fast EV charging
- Advanced prototyping, testing, and small-scale manufacturing facilities for rapid development