Peak power
Match cell selection and current paths to motion and lifting demands.
HYPERCELL / APPLICATIONS
Built around
the mission.
Different machines. Different battery demands.
One application-focused engineering approach.
HUMANOID BATTERY DEVELOPMENTPower for
Power for
every movement.
SYSTEM DESIGN FOCUS
Battery architecture shaped around motion, packaging and service.
Battery packBMS · monitoring & protection
MotionMotor drives & actuators
IntelligenceCompute & sensing
Electrical interfaces · Thermal design · Mechanical integration
Design around the duty cycle.
- 01StandbyCompute + sensing
- 02MoveChanging motor loads
- 03LiftPeak-current events
Compact integration
Define pack shape, mounting, connectors and service access together.
Heat & protection
Plan heat paths, temperature sensing and pack-level fault response.
START WITH YOUR REQUIREMENTS
Discuss a humanoid program ↗Voltage · peak / continuous current · pack envelope · duty cycle
DRONE BATTERY DEVELOPMENTEvery gram.
Every gram.
Every mission.
SYSTEM DESIGN FOCUS
Balance energy, power and integration around the flight profile.
Flight batteryBMS · monitoring & protection
PropulsionMotor controllers & motors
Mission systemsAvionics, sensing & payload
Electrical interfaces · Thermal design · Mechanical integration
Specify the whole mission.
- 01LaunchPower demand
- 02OperateMission energy
- 03ReturnReserve planning
Mass & energy
Balance pack mass, usable energy and payload within the aircraft envelope.
Mission power
Define current demand across takeoff, operation and landing.
Turnaround & integration
Align connectors, battery data and replacement workflow with operations.
START WITH YOUR REQUIREMENTS
Discuss a drone program ↗Voltage · payload · flight profile · pack mass budget · operating conditions
Design priorities and illustrative system relationships; not measured performance. Specifications, validation and qualification are defined per customer program.