en.Wedoany.com Reported - Harmonizer Energy Pvt. Ltd. has announced the successful commissioning of an advanced integrated battery energy storage microgrid energy system at a manufacturing facility in India. The project is located at the Bhandgaon plant of Western Metal Industries Private Ltd. (WMI), a leading aluminum billet manufacturer in India.
This system integrates solar power generation, battery energy storage, grid connection, and diesel generator backup through an AI-driven energy management system, aiming to enhance the energy efficiency, reliability, and sustainability of the manufacturing facility. The specific deployment scale includes 500 kW of solar photovoltaic inverter capacity, a 600 kW/1,200 kWh battery energy storage system (BESS), utility grid access, and a backup diesel generator. The intelligent EMS platform coordinates the operation of all energy assets, achieving optimized power management and seamless energy flow within the facility.
According to Harmonizer Energy, the AI-based control system prioritizes renewable energy generation and battery storage as the primary power sources, maximizing clean energy utilization and reducing reliance on traditional power sources. The utility grid serves as a supplementary energy source, while the diesel generator is used only for emergency backup during prolonged periods without sunlight and grid outages. The project achieves net-zero energy operation, with the system designed to fully utilize all on-site solar generation, improving energy efficiency and reducing waste.
Key outcomes achieved by the project include 24/7 reliable power supply, enhanced power system stability, improved power quality, reduced dependence on the grid and diesel generation, and elimination of production interruptions caused by power fluctuations. The system also helps address disruptive failures in sensitive electronic equipment within the manufacturing facility. This project demonstrates the importance of integrating AI, renewable energy, and battery energy storage technologies for industrial users to enhance energy resilience, reduce operational costs, and achieve sustainable development goals.
This project marks a significant step forward in industrial decarbonization and smart manufacturing infrastructure, showcasing how advanced microgrid solutions can support cleaner and more resilient industrial operations in India. As industries continue to advance their energy transition strategies, AI-enabled microgrids and battery energy storage systems are expected to play an increasingly critical role in enhancing operational reliability and accelerating the adoption of renewable energy.
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