ISOLPOWER adheres to the innovation driven concept and focuses on the research and manufacturing of isolated DCDC converters. We rely on core technologies such as high-power liquid cooling, single-stage isolation transformation, and SiC high-frequency soft switching to create high-performance products. With efficient thermal management design, achieve energy conversion efficiency ≥ 98%, effectively reducing energy consumption; Advanced technology brings reliable electrical isolation to ensure the safe operation of the system. The product has the characteristics of miniaturization and integration, and is suitable for multiple application scenarios. Not only does it provide standardized products, but it can also customize exclusive solutions according to customer needs, helping customers reduce costs and increase efficiency.
In the application scenario of fuel cells, system insulation safety is crucial. The requirements for leakage current control, high system integration, and high-power implementation are closely related to insulation issues. ISOLPOWER focuses on isolated DCDC products, and it is precisely with this in mind.
We provide comprehensive solutions that make insulation faults in fuel cell systems easier to handle, reduce maintenance costs, and facilitate rapid engineering applications, effectively addressing key pain points for fuel cell customers.
The energy conversion efficiency reaches 98.5%, reducing energy loss.
Adopting high-power liquid cooling, single-stage isolation transformation, and SiC high-frequency soft switching technology.
Efficient thermal management design ensures stable operation of equipment.
Having reliable electrical isolation, adapting to complex working conditions, and ensuring safe and stable operation.
Miniaturization and integrated design save space and facilitate integration with various devices.
As a pioneer in technological innovation, we promote industry technological progress and improve relevant standards.
Provide customized solutions to help customers reduce costs and enhance market competitiveness.