Isolated DC/DC Converters
Our isolated DC/DC converters set a new standard in the market. Built on advanced Silicon Carbide (SiC) technology, they deliver high efficiency, proven reliability, and high power density, ideal for demanding EV charging, marine, and fuel cell applications.
Key benefits:
✓ Wide input/output voltage ranges – to fit diverse system requirements
✓ 100% European Design & Manufacturing – Developed and produced entirely in Europe, ensuring full control over quality and supply chain.
✓ Unique in the Market – We are the first supplier offering fully developed, high-power isolated DC/DC converters in this power class.
✓ Proven Technology – Designed for continuous operation under the toughest conditions, with best-in-class isolation and performance.
If you are looking for a robust, high-efficiency solution for your high-power DC/DC conversion needs, our converters are the benchmark for the industry.
- What is an isolated DC/DC converter?
It converts voltage or current while providing galvanic isolation between input and output for enhanced safety and system protection. - Why is galvanic isolation important in converters?
Isolation prevents dangerous voltages from reaching users or equipment, different earthing network, protection against electric shocks and short circuits, and insurance of compliancy with international safety standards. - How does isolation improve safety in EV fast charging?
During heavy-duty vehicle fast charging, high voltages and currents are present. Isolation separates input and output, eliminates ground loops, and allows integration of an Isolation Monitoring Device (IMD). - What are the advantages of using SiC technology in isolated converters?
SiC enables higher efficiency, higher switching frequencies, smaller components, quieter operation, and superior performance at high voltage and power levels. - How does isolation affect system integration and grounding?
Isolated converters allow flexible grounding configurations and prevent interference between system components, enhancing safety and reliability. - Can isolated converters operate bidirectionally?
Yes. Many AEP Hybrid Power isolated converters support bidirectional power flow, useful in hybrid/electric energy systems or regenerative braking applications. - How do I select an isolated DC/DC converter?
Consider input/output voltage, current, isolation level, bidirectional operation, cooling, EMC requirements, control interfaces, and compliance standards. - What efficiency levels can isolated converters achieve?
High-power isolated DC/DC converters with SiC can reach peak efficiencies of 97–98% at 50–80% load. - How does thermal management enhance isolated converter performance?
It ensures components remain within safe temperature limits, prevents derating, and maintains reliability in demanding environments such as ports or construction sites. - Are isolated DC/DC converters suitable for hybrid systems (fuel cell + battery)?
Yes. They enable seamless integration of fuel cells, batteries, and grids with low losses and fast response times, improving overall system efficiency.
AEP Hybrid Power
Telephone: +31 (0) 78 692 2100
Address: Van Hennaertweg 9 2952 CA Alblasserdam
E-mail: sales@aephybridpower.com