Customizable 50kW DC-DC Modules for Battery Storage EV Charging Solutions
Are you looking for an innovative solution for battery storage integrated EV charging systems? You are deserved to see our newly 50kw DC-DC power modules!
Our customers from America and European countries have successfully integrated our DC-DC modules into their battery based EV charging systems. We provide tailor made solutions to meet your needs precisely. There are some highlights of these newly DC-DC modules:
1. Output voltage is up to 1500Vdc 2. Optional Bidirectional and unidirectional DC-DC 3. Designed with galvanic isolation 4. Excellent modular system,with maximum 60 units parallel capacity
Please freely contact with us to get more expression of our newly power modules! |
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A major breakthrough in Power modules for Electrolytic Hydrogen Production
This article explores breakthroughs in power modules for electrolytic hydrogen production, focusing on Maxwell’s high-efficiency modules designed for green hydrogen systems. It covers hydrogen production technologies, global project developments, and how advanced power modules enable cleaner, scalable, and more reliable hydrogen generation.
넶0 2025-10-21 -
New 1500Vin@380Vout DC-DC Converter Challenges Traditional UPS for Powering Modern Data Centers
The article introduces Maxwell’s MXR150062B-DC2 1500V DC-DC converter, a next-generation solution replacing traditional UPS systems in AI data centers, HPC, and crypto mining. With a wide 800–1500Vdc input range, 98% efficiency, and scalable parallel operation, it enables direct DC architectures that cut costs, boost efficiency, and integrate renewables—making data centers more sustainable and future-ready.
넶8 2025-10-14 -
Power Modules for Hydrogen Production
This article explores power modules in hydrogen production, highlighting Maxwell air-cooled modules (MXR820100B, MXR500100B, MXR400100B). Compared to traditional IGBT systems, they offer higher efficiency, faster response, greater power density, and superior reliability. These advantages improve electrolysis efficiency, reduce energy use, extend electrolyzer life, and support clean, sustainable hydrogen production.
넶7 2025-09-23