Bidirectional 50KW@1500V DC-DC microgrid converter will debut in 400KW projects in French and Taiwanese
We are proud to introduce the MXC150050B-MG, a cutting-edge 50KW bidirectional DC-DC converter designed for modern microgrid systems. With ultra-high efficiency, flexible and user-definable control algorithms, real-time bidirectional voltage regulation function and robust protection, this module sets a new benchmark for converters suitable for use in microgrid applications.
Key Features:
- Bidirectional Power Flow (50KW @ 1500V): Seamlessly transfers energy between high-voltage (1000-1500V) and low-voltage (200-920V), ideal for battery storage, renewable integration, and Power stabilization.
- Ultra-High Efficiency (98%): Minimizes energy loss, reducing operational costs and enhancing sustainability.
- Smart DSP Control: Integrated high-performance DSP supports flexible and user-definable control algorithms for adaptive system optimization.
Target Applications:
- Industrial Parks & Manufacturing Bases: Stabilizes power supply and optimizes energy use.
- Urban High-Load Areas: Supports peak shaving and backup power for critical infrastructure.
- Remote & Weak Grid Regions: Enables reliable off-grid and hybrid microgrid solutions.
- Emerging Scenarios: Scalable for EV charging hubs, data centers, and renewable hybrid systems.
Global Deployment:
The MXC150050B-MG will debut in 400KW projects in France and Taiwan, with plans for expansion into global microgrid markets.
Maxwell specializes in high-efficiency power converter technologies, driving innovation for the future of distributed energy.
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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.
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