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Include PV power stations within the construction scope into centralized management, based on centralized monitoring of operation information from PV power stations in various regions, to achieve integrated "operation-maintenance-management" control of all PV power stations. Promptly understand the operation status of PV power stations in various regions, detect abnormal conditions such as operation faults in time, push alarms, and implement standardized operation and maintenance work order management to reduce operation and maintenance pressure. Combine operation data and revenue data of PV power stations in various regions to conduct smart analysis of power generation revenue. Effectively improve power generation efficiency and revenue of PV power stations in various regions, and ensure the smooth achievement of expected investment returns for PV power station construction in various regions.

The project involves constructing a 200 kW/400 kWh energy storage system for the Citizen Center, integrating renewable energy and EV charging pile data. Through refined energy consumption management, orderly charging control of EV piles, and optimized energy storage control, it achieves full utilization of renewable energy generation. Under sufficient sunlight conditions, it enables the Citizen Center to be entirely powered by renewable energy, achieving zero-carbon operation for office buildings.

In high-humidity, high-salinity, and rough sea conditions, it deploys intelligent stress monitoring devices for offshore platforms, micro-meteorological and solar irradiance sensors, industrial internet smart terminals, and operational monitoring & power generation analysis systems, enabling real-time panoramic monitoring, operational status awareness, and intelligent control of offshore platforms. Reported by mainstream media including CCTV and Shandong News Network.

The Qumalai project was the world's largest battery-storage off-grid ground-mounted PV power station at the time. The PV power station has a total installed capacity of 7.203 MWp, operating in full PV-storage generation mode with 25.7 MWh total energy storage capacity. The PV-storage monitoring optimization and Qumalai grid dispatch adopt an integrated design.

The platform, based on digital twin technology, IoT, and cloud computing, provides multidimensional services including panoramic monitoring, power generation forecasting, intelligent alarm, and operational analysis, enabling comprehensive visibility, manageability, and utilization of the island's wind and PV resources.