Testing & Validation Systems
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/// Industrial Inverter System
Our high-power inverter platform delivers up to 1200 kVA in a compact & robust industrial cabinet. Designed for demanding test benches and heavy-duty applications. It offers scalable performance, advanced control options and reliable cooling for continuous operation.
-
Scalable power with dual 600 kVA or combined
1200 kVA Inverter mode - Flexible integration with SciMo IMC5 controller or e.g. customer custom DSPACE interface
- Robust design with liquid cooling, industrial enclosure and busbarconnections
/// Technical Details
- Two inverters scalable from 600 kVA to 1200 kVA
- Dual independent inverters – Drive two 3-phase motors or one 6-phase motor.
- Combined mode – Synchronize into a single high-current 3-phase system (1200 kVA).
- Control options:
- SciMo IMC5 (integrated motor control, CAN/TCP, resolver feedback).
- Custom DSPACE interface for proprietary integration.
- Industrial enclosure – Rittal steel cabinet (800 × 1800 × 400 mm) with liquid cooling and forced-air ventilation.
|
Parameter |
Dual Inverter Mode (Independent) |
Combined Mode (Synchronized) |
|
Continuous power (kVA) |
2 × 600 |
1200 |
|
Peak power (kVA) |
2 × 760 |
1520 |
|
Continuous phase current (ARMS) |
640 |
>1280 |
|
Peak phase current (ARMS) |
800 |
1600 |
Peak is defined as a maximum of 8s. Voltage and coolant temperature will impact current output capacity.
Operating Modes
- Standalone: Two fully independent inverters (e.g., for dual-motor setups).
- 6-phase mode: Parallel operation for 6-phase motors.
- Combined 3-phase: Common-mode choke synchronizes outputs for high-current applications.
Control & Integration
- IMC5 Control System:
- Zynq7020-based, pre-configured for PMSM/ASM control.
- Standard interfaces: CAN, TCP/IP, resolver/Sin-Cos.
- Custom DSPACE option for lab/prototyping environments.
Robust Design
- Cooling: Stainless-steel liquid cooling distribution + forced-air assist.
- Busbar-ready: Supports 50–150 mm² cables.
/// Datasheet
The detailed technical datasheet for this high industrial inverter system will be available shortly. It will include key performance data, electrical parameters, and mechanical dimensions to support your system design.
/// Get in Touch
Dr.-Ing. Marc Veigel (CEO)
Our CEO, Marc Veigel, is happy to connect with you directly. Whether you are interested in our testing & validation systems, exploring collaboration opportunities, or looking for a tailored solution – we look forward to your message.
- marc.veigel@sci-mo.de
- +49 15561 477295