SiCore SA102 Battery Cell

SiCore SA102 is an Amprius silicon-anode lithium-ion pouch cell for high-energy applications. It is positioned for unmanned aviation, robotics and electric mobility systems that need high energy density and longer runtime.

Facts

  • Company: Amprius Technologies
  • Type: Battery Cell
  • Core: High-density power
  • Function: Power
  • Audience: UAV makers
  • Status: Preliminary
  • Website: https://amprius.com/products/sa102/

About

About SiCore SA102 Battery Cell

SiCore SA102 is an Amprius silicon-anode lithium-ion pouch cell for high-energy applications. It targets unmanned aircraft, robotics and electric-mobility systems where stored energy and runtime are important relative to battery mass.

The product remains in a preliminary commercial stage. Pack-level endurance, safety and power capability depend on cell integration, thermal management, certification and operating profile.

Specifications

  • Commercial Status: Preliminary
  • Energy Density Wh Kg: 450
  • Volumetric Energy Density Wh L: 950 Wh/L
  • Cell Capacity Ah: 4.37 Ah
  • Max Continuous Discharge: 1C
  • Length: 56.5 mm
  • Width: 49.5 mm
  • Cycle Life: 150 cycles

Market context

SiCore SA102 is an Amprius high-energy pouch cell for aviation, robotics, and electric-mobility battery packs where energy density is a design constraint.

  • Target environment: Drones, mobile robots, electric mobility platforms, lightweight battery packs, and endurance-constrained autonomous systems.
  • Workflow context: Pack-level power design, endurance planning, payload tradeoffs, discharge management, thermal design, and cell sourcing for robotic platforms.
  • Customer context: Battery-pack builders, drone OEMs, field-robot developers, electric-mobility teams, and robotics integrators choosing high-energy cells.

View market context