Energy storage is leading the world
Since AI is growing rapidly, and AI developing needs strong power backup. While, cheaper energy such as wind power and solar energy will be a good option. How can we use these energy sources to store them reasonably and transition into the energy needed by AI?
Energy storage is always the flexible and convenient solution for scenarios where energy is urgently needed. Usually in this power transition system, the DC-DC converter is needed, which can convert the DC voltage and current to the requested value that needed by the end powered equipment.
Our newly projects that cooperated with some American and Canadian customers are related to the AI data center server system, and electric aviation charging systems. The DC-DC power converters would be a good fit with such energy transition system and charging system.
We have few available DC-DC power converters can be used in the above energy storage systems.
- Unidirectional DC-DC converters:
- 62.5kw 800-1500VDC input/300-380Vdc output DC-DC converter, MXR150062B-DC2
- 50kw 300-920VDC input/200-1000VDC output DC-DC converter, MXR100050B-DC
- Bidirectional DC-DC converters:
- 50kw 300-920VDC Bus side /200-1000VDC Battery side DC-DC converter, MXC100050B
- 20kw 200-950VDC Bus side & Battery side DC-DC converter, MXC95050B
-
Bidirectional 50KW@1500V DC-DC microgrid converter will debut in 400KW projects in French and Taiwanese
Maxwell proudly launches the MXC150050B-MG, a 50kW bidirectional DC-DC converter tailored for modern microgrid applications. Supporting up to 1500V and 98% efficiency, it enables seamless energy transfer between high- and low-voltage systems. The first deployments will power 400kW microgrid projects in France and Taiwan, paving the way for global adoption.
넶5 2025-08-05 -
Heavy-Duty Vehicle Charging Revolution
Maxwell’s 50kW@1500Vdc air-cooled charging module is designed for the fast and efficient charging of electric heavy-duty vehicles. With 97% peak efficiency, wide voltage compatibility, and support for up to 60 parallel units, it enables scalable, high-power charging infrastructure for electric trucks and buses. Its compact, maintenance-friendly design makes it ideal for next-generation EV charging stations.
넶10 2025-07-29 -
What is the trend of integrated photovoltaic, storage and charging?
With the rapid growth of electric vehicle adoption and increasing electricity demand, traditional charging stations are falling short. Integrated photovoltaic, storage, and charging systems are emerging as a future-proof solution, combining solar power, energy storage, and EV charging into one smart, green infrastructure. This article explores the trend, benefits, real-world cases, and Maxwell’s latest solutions that support global low-carbon goals.
넶14 2025-07-22
