A DC Microgrid is a localized energy system that uses direct current (DC) for its internal transmission and distribution network. Unlike AC microgrids, which distribute power over an alternating current bus, DC microgrids maintain a DC bus that connects sources, storage, and loads.

This approach reduces conversion stages, improves efficiency, and simplifies control, making DC microgrids ideal for:

• Renewable-rich systems

• Battery Energy Storage integration

• EV charging stations

• Data centers

• Telecom hubs

• Remote and off-grid applications

Modular Low-Voltage DC Microgrid Test Platform for Research & Development

Build, study, and validate advanced DC microgrid architectures with our research-grade, modular test platform. The nimēṣa™ DC Microgrid System empowers universities, R&D labs, and industry innovators to explore distributed generation, storage integration, and advanced control strategies in a true low-voltage DC environment.

Our DC Microgrid Test Bench is designed for flexibility and precision in power systems research. Built with advanced power electronics, FPGA-based controllers, and a modular topology, it offers:

• Seamless integration of both AC and DC sources

• Advanced power conversion and control strategies

• Real-time programmable controllers

• Modular scaling for custom setups

• Plug-and-play design for laboratory environments