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Located in the remote heavy industry sector of Western Australia, this project utilizes a highly integrated megawatt-level hybrid microgrid solution to address severe load fluctuations and ensure a stable, continuous power supply.

Located on the outskirts of Harare, Zimbabwe, this quarry operation previously relied entirely on a 600kVA diesel generator to power its large stone-cutting machinery. 

The local community faced a significant reduction in their quality of life due to an unstable and unreliable power supply from the traditional grid.

This innovative project showcases how Masspoint's Industrial Hybrid Battery Energy Storage System (Alpha-250-215) successfully resolved critical power challenges at a construction site adjacent to a high-end residential area in Hong Kong.

An off-grid camp site in Australia relied on two 200kVA diesel generators running continuously to power its essential equipment, including camp lighting, a telecom base station, and general campground electrical systems. This setup presented significant challenges:

This challenging project took place at a 3,800-meter high-altitude construction site in Sichuan, China, where extreme environmental conditions and demanding power requirements created significant operational hurdles. 

Mining operations often take place in remote, dusty environments, which pose unique challenges for energy management. These challenges include:

The project is located at a city center construction site, surrounded by office and residential buildings with strict environmental standards. The tower crane was originally powered by a diesel generator, which frequently malfunctioned due to fluctuating power demand—reducing efficiency and producing noise and exhaust that disturbed nearby residents.

Located on the outskirts of Harare, Zimbabwe, this quarry operation previously relied entirely on a 600kVA diesel generator to power its large stone-cutting machinery.