Planck Power is building next generation battery technology from the ground up. Our approach starts at the atomic level and works outward to the grid, applying rigorous physical modeling at every stage of the value chain.
Get AccessGlobal energy storage deployment is accelerating at unprecedented scale. Grid operators, utilities, and industrial consumers require solutions that combine high energy density, long cycle life, and domestic supply chain security.
Planck Power has identified a structural gap between current lithium ion chemistry limitations and the requirements of next generation grid scale applications. Our technology platform addresses this gap through fundamental materials science coupled with vertically integrated manufacturing.
Our technical approach combines computational physics modeling with experimental validation, enabling rapid iteration across cell chemistry, thermal management, and manufacturing process parameters.
Novel cathode and electrolyte formulations optimized through first principles density functional theory calculations and molecular dynamics simulation.
Proprietary BMS architecture with physics informed state estimation, enabling real time digital twin modeling of every cell in the pack.
Phased manufacturing strategy from pilot line through gigafactory scale, with process parameters derived from computational models.
Vertically integrated supply chain strategy with domestic sourcing priority. Full traceability from mine to module.
Physicist and company founder. Designed the Prime Radiant simulation platform and the core cell chemistry models that underpin the Planck technology stack.
Business development and capital markets. Responsible for investor relations, partnership strategy, and go to market execution.
Prime Radiant is our interactive simulation environment covering cell design, manufacturing economics, market scenarios, and financial projections. Access is available to qualified institutional investors.