Rooftop Renewal with 'Green Power Engine,' Midea New Energy Empowers Fugang Technology's Low-Carbon Transformation

As the factory roof is systematically covered with photovoltaic modules, green electricity becomes the core driving force for the high-quality development of the enterprise. Recently, the 5686.425kWp distributed photovoltaic power station constructed by Midea New Energy for Guangdong Fugang Technology successfully connected to the power grid, marking a crucial step forward for this company deeply rooted in the automotive manufacturing sector in reducing costs, improving efficiency, and pursuing green transformation.

For Fugang Technology, laying out industrial and commercial photovoltaic projects is not only a pragmatic decision based on its own development needs but also a strategic deployment in line with the trend of green and low-carbon development. As a manufacturing company providing services to world 500 Fortune companies such as Guangqi Honda and Guangqi Passenger Vehicles, Fugang Technology has stringent standards in production stability, cost control, and green brand building. Faced with the high and continuously rising costs of industrial electricity and underutilized idle rooftop resources, coupled with increasing demands from downstream customers for a higher level of green supply chains, the photovoltaic project became the optimal solution to address these development pain points.

Covering a rooftop area of 47,916.68 square meters, the project adopts an 'on-site consumption, surplus power to grid' operation model, which does not require additional land resources, effectively activating idle rooftop assets while precisely meeting the peak electricity demand of the factory during daytime production. The project's first-year power generation is expected to reach 5.7163 million kWh, with a total power generation over 25 years exceeding 130 million kWh, significantly reducing the company's electricity expenditure. Moreover, over 25 years, the project can cumulatively reduce CO2 emissions by 106,400 tons and save 39,900 tons of standard coal, helping Fugang Technology fully meet the green supply chain certification requirements of downstream customers and effectively fulfill its corporate social responsibility.

The successful implementation and efficient grid connection of the project are inseparable from the comprehensive support of Midea New Energy. As a professional new energy company under Midea Group, Midea New Energy provides customers with a one-stop full-service solution from project design, construction, to intelligent operation and maintenance, precisely meeting the core needs of industrial and commercial enterprises. Based on the structural characteristics of Fugang Technology's factory building, Midea New Energy has configured high-efficiency photovoltaic modules and matching inverters, tailor-made customized solutions to achieve a system overall efficiency of 81.2%, ensuring stable power generation performance of the power station.

Leveraging the strong technical R&D capabilities and comprehensive resource integration across all domains of Midea Group, Midea New Energy ensures the solid foundation of the project implementation through stringent material selection standards, professional construction management, and smart operation and maintenance systems. It effectively addresses the key concerns of industrial and commercial users in terms of efficiency improvement, safety assurance, and operation and maintenance management.

From idle roofs to green power stations, from traditional production to low-carbon operations, the deep cooperation between Fugang Technology and Midea New Energy has set a vivid example for the green transformation of industrial and commercial sectors. In the future, Midea New Energy will continue to lead with technological innovation and support with full-process services, helping more manufacturing companies to tap into the potential value of green electricity, achieving cost reduction and efficiency improvement, while contributing solid strength to the implementation of the 'dual carbon' goals.