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Charging piles have been identified as an important part of the new infrastructure
The rise of electric vehicles is driven by improved models, extended driving range, and robust charging networks. State Grid Electric Vehicle Company in China connects over 1.03 million charging piles across 29 cities, leading the country in coverage and service capacity. The rapid expansion of charging infrastructure is crucial for consumer trust in new energy vehicles, with projections of over 50 million charging piles in the next decade.
넶352 2020-11-23 -
Instructions on the electric vehicle charger module
넶317 2021-08-02
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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.
넶0 2025-09-23 -
Development and application of hydrogen technology!
Hydrogen technology is driving the global clean energy transition, with rapid advances in alkaline, PEM, solid oxide, and seawater electrolyzers. As demand for hydrogen charging grows, Maxwell introduces its 100kW AC/DC hydrogen generators (MXR820100B, MXR500100B, MXR400100B). Featuring high efficiency, modular design, and wide voltage adaptability, they enable megawatt-scale hydrogen electrolysis and next-generation EV charging.
넶2 2025-09-18 -
Are you looking for a string power converter ideal for High-power EV chargers?
In 2025, the demand for high-power EV chargers in Europe is rapidly increasing with speeds up to 420kW. Maxwell introduces its new 60kW AC/DC power converter, supporting up to 3.6MW charging systems with modular scalability, air or liquid cooling, and compact design. Proven in real projects from 120kW to 600kW EV chargers, it is a cost-effective and reliable solution for heavy-duty EV charging applications, renewable energy integration, and large-scale charging hubs.
넶6 2025-09-10 -
Development and Application of Electric Vehicle V2G Technology
The Vehicle-to-Grid (V2G) market is set to soar to $78.8 billion by 2034, unlocking huge opportunities for EV and renewable integration. Maxwell’s MXB100022 V2G converter leads this revolution with ultra-wide voltage compatibility, off-grid backup, and >95.5% efficiency. Designed for harsh environments, it ensures reliable energy flow, cost savings, and long-term stability—empowering EVs as mobile energy assets.
넶14 2025-09-04
