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Passive Components for Renewable Energy & Distributed Power Systems
Proven Expertise in Renewable Energy
For over 20 years, we have been designing and manufacturing custom inductors, medium frequency transformers, and power film capacitors dedicated to renewable energy and distributed power systems.
Our components are developed to meet the requirements of applications where efficiency, reliability, and continuous operation are critical. From generation to grid integration, we support power conversion systems operating under demanding electrical and environmental conditions.
Where We Fit
Renewable energy systems rely on advanced power electronics to ensure efficient energy conversion and stable grid interaction. Passive components play a key role in filtering, energy transfer, and voltage stabilization, directly impacting system performance and durability.
We design each component with a clear focus on its function within the converter, ensuring optimized electrical behavior, controlled thermal performance, and long service life.
We also support integrated solutions, combining inductors, transformers, and capacitors into optimized subsystems tailored to specific applications.
Supporting Green Energy Applications
Our components are used across a wide range of renewable and distributed energy systems, including:
- Solar inverters (central and string)
- Wind power converters (onshore and offshore)
- Microgrid systems for decentralized energy management
- Battery energy storage systems (BESS)
- Grid interface and power quality systems
In these applications, passive components are essential to ensure efficient power conversion, harmonic filtering, and stable operation over time.
Solid State Transformers
Solid State Transformers (SSTs) are emerging as a key technology in advanced grid and microgrid architectures. By operating at medium frequency, they enable significant reductions in size and weight compared to conventional transformers, while offering enhanced control and efficiency in power conversion.
Our expertise in medium frequency transformers, inductors, and film capacitors allows us to support the development of these next-generation systems. We design components adapted to the electrical, thermal, and integration constraints of SST architectures, contributing to improved performance and reliability.
Designed for Real Operating Conditions
Green energy systems operate continuously and often in challenging environments, including outdoor installations, temperature variations, and constrained enclosures.
We design our components to handle high currents, elevated voltages, and thermal stress, while maintaining stable performance over long operating periods. Cooling solutions are adapted to each system, ranging from natural air to forced air and water-cooled designs for higher power levels.
Particular attention is given to loss reduction, insulation design, and durability, ensuring reliable operation under varying load profiles.
Engineering Approach
Our strength lies in combining application understanding with component design. Rather than offering standard products, we develop solutions aligned with system-level constraints and performance targets.
This approach enables improved efficiency, optimized footprint, and a balanced cost/performance ratio for large-scale renewable energy systems.
A Partner for Renewable Energy Systems
As renewable energy continues to expand, the demand for reliable and efficient power conversion remains critical. Our role is to support this growth by delivering high-performance passive components tailored to the needs of modern energy systems.