High‑efficiency power conversion module is the core energy processing unit for power supply and distribution systems, realizing stable conversion between AC and DC, as well as voltage level adjustment. Adopting advanced low‑loss topology and high‑reliability packaging design, the module features high conversion efficiency, strong overload resistance and excellent thermal performance, ensuring stable and efficient power output for power generation equipment, energy storage systems and industrial power supply facilities.
| Parameter Item | Specification |
|---|---|
| Conversion Efficiency | High-efficiency energy conversion level |
| Rated Power Range | Multi-gear power capacity optional |
| Input Voltage Range | Wide voltage adaptive input |
| Operating Temperature | -40℃ ~ +85℃ |
| Overload Capability | Short-time overload support |
| Protection Mechanism | OV, OC, OTP comprehensive protection |
Adapt to long‑term continuous operation of power stations and distribution rooms, cope with grid voltage fluctuation and instantaneous load impact. Tolerate high‑temperature heat accumulation and humid outdoor energy facility environments, supporting stable operation under variable load conditions.
Mainly applied in photovoltaic power generation converters, wind power auxiliary power supplies, industrial DC power systems and distributed energy storage equipment. Positioned as core energy conversion hardware for medium and high power energy systems.
Reduces energy loss during power conversion, improves overall system energy utilization, enhances equipment overload and impact resistance, and provides stable and efficient power supply guarantee for energy generation and distribution systems.