DC/DC Converters
Our DC/DC converters are designed to deliver efficient, reliable, and safe power conversion (Buck and Boost) for demanding applications such as electric vehicles, marine charging systems, and fuel cells. With high efficiency and advanced Silicon Carbide and IGBT technology, they provide optimized energy use, compact design, and outstanding performance in both low- and high-power applications.
Key benefits include:
✓ High efficiency for optimized energy use
✓ High power Silicon Carbide and IGBT technology
✓ Wide input/output voltage ranges to fit diverse system requirements up to 1500VDC
✓ Compact and robust design for easy integration
✓ Scalable solutions for both low- and high-power applications
✓ Liquid or forced-air cooling options
✓ Proven long lifetime in demanding environments
✓ 100% European Design & Manufacturing
Beyond proven products, our technical knowledge and experience help you find the right solution for any DC/DC power conversion challenge, whether for onboard vehicle systems, charging infrastructure, or hybrid power solutions.
- What is a DC/DC converter and how does it work?
A DC/DC converter is a device that converts direct current (DC) voltage and/or current from one level to another. It uses semiconductors, inductors, capacitors, and/or transformers to regulate voltage, current, or power according to system requirements. - Why do I need a DC/DC converter in my system?
Many applications require different voltage levels than what the source provides. DC/DC converters enable safe, efficient, and precise power delivery to meet the needs of your load. - What is the difference between isolated and non-isolated DC/DC converters?
Isolated converters provide galvanic isolation between input and output for safety and system protection, while non-isolated converters directly connect input and output without separation. - How do I select the right DC/DC converter?
Consider input/output voltage, current, power, isolation requirements, load profile, cooling method, noise/EMC standards, interfaces (CAN/Modbus), and compliance with regulations. - What efficiency can I expect from a DC/DC converter?
Non-isolated DC/DC converters typically achieve 95–99% efficiency. Isolated high-power DC/DC converters with SiC technology can reach 97–98% under optimal load conditions. - Can AEP Hybrid Power DC/DC converters be used in both AC and DC applications?
Yes. Depending on the module and topology, converters can be used in AC→DC, DC→DC, and even DC→AC configurations. Different firmware but with the same hardware. - How can I control a DC/DC converter?
AEP Hybrid Power converters can be controlled via CAN-Bus or Modbus TCP. Standard modes include voltage control (droop), current setpoint, constant current supply, and brake chopper mode. Custom firmware is also available. - Are DC/DC converters modular and scalable?
Yes. Modules can be connected in series or parallel for higher voltage or power, making systems flexible and future-proof. - How does thermal management improve DC/DC converter reliability?
Effective thermal management prevents overheating, extends component lifetime, and ensures stable operation even under continuous or harsh conditions. - What are common applications for DC/DC converters?
Typical applications include mobile energy solutions, maritime and industrial power systems, grid integration, energy storage, and EV fast charging.
AEP Hybrid Power
Telephone: +31 (0) 78 692 2100
Address: Van Hennaertweg 9 2952 CA Alblasserdam
E-mail: sales@aephybridpower.com