HeliControlPower hardware
Power devices, thermal paths, connections and protective structures organised for the selected voltage platform and installation conditions.
Technology
Put hardware, software and control algorithms on the same engineering drawing
Organise motor drive, vehicle control and intelligent power distribution around the energy, motion and communication paths of new-energy equipment.
Engineering narrative
Not isolated components, but equipment-oriented control combinations
From the power circuit to embedded logic, from motor control to vehicle communication, each layer is brought back to the real operating condition.
Embedded software
Inputs, outputs, work logic, diagnostics and protection strategies connected in the control software.
Motor control
Vector, speed or torque-control paths configured around the motor, feedback device and duty cycle.
Communication & integration
CAN and related interfaces connect vehicle, upper-body and power-distribution nodes into a traceable state path.
Control architecture
From energy input to actuator output
Traction batteryVoltage platform
→Distribution & protectionCircuit organisation
→Control coreSoftware & algorithms
→Motors & actuatorsMotion output
CAN / I/O state information connects the key nodesSystem replacement
Align the replacement path with system conditions
- Define boundariesConfirm voltage, peak current, environment and installation conditions.
- Align communication and I/OConfirm equipment signals, communication method and actuator interfaces.
- Validate the prototypeConfirm control strategy and matching range against the actual duty cycle.
Start a conversation
Bring the technology discussion back to the equipment
Start with the duty cycle, then discuss power, control logic and communication interfaces.