en.Wedoany.com Reported - On June 4, 2026, the smart microgrid project at Building 29 of Shenzhen Universiade Software Town (Phase I) passed comprehensive acceptance and was officially put into commercial operation.
This project is a benchmark practice of Zhongan Smart Electric in the user-side integrated source-grid-load-storage sector, and a key milestone in promoting digital, low-carbon, and smart park construction at Universiade Software Town, providing new momentum for the green energy transition of industrial parks in Shenzhen.
Universiade Software Town is a high-end information industry base prioritized by Longgang District, focusing on science and innovation industries such as artificial intelligence, software development, and high-end manufacturing. Enterprises in the park have high requirements for power supply stability, energy cost efficiency, and low-carbon compliance. Traditional pure grid-connected photovoltaic and conventional solar-storage projects rely on municipal power grids, facing challenges such as complex grid-connection approvals, power outages during grid failures, low energy utilization efficiency, and single revenue models, making it difficult to meet the high-quality development needs of science and innovation parks.
The smart microgrid project implemented this time leverages Zhongan Smart Electric's core technology system, adopting a scheme primarily based on off-grid autonomy with municipal power as a backup. It eliminates the need for complex grid-connection approvals, completely breaking the application limitations of traditional energy systems, and builds a safe, efficient, low-carbon, and dispatchable localized energy ecosystem for the park.
The project deeply integrates core modules such as distributed photovoltaics, micro wind power generation, smart microgrid cabinets, AI energy management systems (EMS), and battery management systems (BMS), forming an integrated closed-loop energy supply system of "source, grid, load, storage, and control," achieving full-process intelligent management of clean energy local generation, nearby consumption, surplus energy storage, and smart dispatch.
The delivery of this project validates the applicability and stability of Zhongan Smart Electric's smart microgrid products in urban science and innovation building scenarios, creating a lightweight, replicable, and efficient benchmark example for smart energy renovation, energy security upgrades, and dual-carbon energy-saving implementation in individual commercial buildings and science and innovation buildings in the Shenzhen Guangdong-Hong Kong-Macao Greater Bay Area.
In the future, Zhongan Smart Electric will continue to focus on user-side smart energy upgrades, delivering mature integrated source-grid-load-storage solutions to empower more commercial buildings and industrial carriers to achieve autonomous power supply security, optimized energy costs, and green low-carbon transformation.
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