CN
Yongfu accurately leveraged national renewable energy policies and clients’ electricity demands to provide a customized integrated solution for "Source-grid-load-storage" project for Juhua Group, achieving smart energy management across the entire plant. This solution has significantly enhanced energy efficiency, reduced carbon emissions, and delivered notable economic benefits, establishing a benchmark case for energy transition in chemical industry.
Annual supply of green electricity > 10TWh
Annual reduction of carbon emissions ≈ 9,250,000t
Renewable energy comprehensive utilization efficiency > 90%
Renewable power consumption > 60%
Yongfu provides power system solutions for large-scale integrated industrial parks of Tsingshan Group, covering power system planning, solutions for power grid, solar PV and energy storage system and digital & smart products, etc., enabling Tsingshan Group to achieve the goal of optimization of energy structures, improvement of energy efficiency, carbon reduction, promoting green sustainable development.
Morowali 255MWp/200MW Solar PV Power Plant and 80MWh/80MW Energy Storage System Project
Distributed Photovoltaic Project of PT Dexin Steel Indonesia Co.,Ltd.
Research on Power Grid Optimization and Upgrading for Tsingshan Morowali Industrial Park,Indonesia
Power Dispatching Center of Tsingshan Morowali Industrial Park,Indonesia
Panoramic Visual Smart Operation & Maintenance System of No.3 150kV Substation in Tsingshan Weda Bay Industrial Park,Indonesia
With advanced smart microgrid technology, Yongfu leverages the abundant wind and solar resources in Fujian, China to build an integrated clean and user-friendly microgrid system for clients. This system combines wind power, solar PV, energy storage and load control, significantly enhancing the park's energy efficiency and power supply stability while promoting smart low carbon operation. The solution delivers both environmental and economic benefits, serving as a benchmark for green transformation in industrial parks.
Annual green electricity generation > 54.79 GWh
Annual reduction of carbon emissions ≈ 39,000,000 kg
Annual reduction of nitrogen emissions ≈ 9,030 kg
Annual equivalent of standard coal ≈ 14,900,000 kg
