S-POWERDRIVE
High-power Variable Speed Drives with SiC Technology.
S-PowerDrive is a state-of-the-art solution offering ultra-low harmonic distortion, compact design, low losses, and high power density for high-power process applications.
- IP21 or IP54 drive
- 6 pulse SiC or Active Front End (AFE) SiC versions
- Input 400 to 480 V or 525 V to 690 V
Key points of the S‑PowerDrive:
- High efficiency, highly compact
- Reduced losses and cooling requirements
- “Clean” drive with harmonics < 5% (AFE version, IEEE 519 standard)
- High power density and controlled thermal constraints
- Suitable for demanding applications: Process industry, Oil & Gas, Marine, Data Centers, high‑speed test benches
- Modular architecture facilitating integration
- Fast return on investment (ROI)
- Optimizes the overall system TCO (Total Cost of Ownership)
Energy performance and overall efficiency:
Energy optimization is a major challenge for industry. High-efficiency variable-speed solutions help reduce energy consumption, improve productivity, and lower the carbon footprint. When paired with the Dyneo+ motor, the S-PowerDrive forms a motor-drive package that maintains high efficiency across the entire operating range, including at reduced loads.
Ultra-compact design and reduced losses:
The S-PowerDrive is an ultra-compact drive designed for environments where space is limited, without compromising on performance.
- 30% smaller footprint compared to IGBT technology
- 60% lower power losses compared to IGBT technology
- Easier integration thanks to a modular design
“Clean” variable speed drive and harmonics control:
Harmonics management is essential for maintaining the quality of the power grid and minimizing the strain on upstream equipment. In the Active Front End (AFE) version, the S-PowerDrive:
- Limits total harmonic distortion to less than 5%
- Complies with the IEEE 519 standard
- Allows for smaller-sized transformers and upstream cables
Power density and controlled thermal constraints:
Thanks to SiC technology, the S-PowerDrive maximizes power density while ensuring reliability and performance, even at high switching frequencies
- Loss reduction
- Optimized thermal management
- Minimal derating at high frequencies
Modular architecture and flexibility for OEMs:
- Wide power range
- Quick commissioning
- Simplified maintenance & diagnostics
- Connectivity compatible with most architectures
- Modularity adaptable to the specific requirements of each application
