Energy engineered for altitude, precision, and endurance.
Aerospace
Energy engineered for altitude, precision, and endurance.
Aerospace
[APPLICATIONS]
[APPLICATIONS]
eVTOL platforms, high-altitude drones, satellite power modules
eVTOL platforms, high-altitude drones, satellite power modules
[ARCHITECTURE]
[ARCHITECTURE]
ELVION-S
ELVION-S
[ENERGY PROFILE]
[ENERGY PROFILE]
Ultra-high energy density, low mass, extended cycle life
Ultra-high energy density, low mass, extended cycle life
[Information]
[Information]
From atmospheric flight to near-space operations, aerospace demands energy systems that balance power density with absolute predictability.
Evermore’s semi-solid and silicon-enhanced architectures deliver sustained performance under extreme thermal and mechanical stress—supporting electric propulsion, high-altitude surveillance, and orbital technologies.
Each cell is designed and validated with aerospace-grade control, ensuring safety, cycle stability, and weight efficiency across mission-critical systems.
From atmospheric flight to near-space operations, aerospace demands energy systems that balance power density with absolute predictability.
Evermore’s semi-solid and silicon-enhanced architectures deliver sustained performance under extreme thermal and mechanical stress—supporting electric propulsion, high-altitude surveillance, and orbital technologies.
Each cell is designed and validated with aerospace-grade control, ensuring safety, cycle stability, and weight efficiency across mission-critical systems.
