New Energy Transition: “Quantitative Control” Development Guidelines – China Energy Network
Published on March 17, 2025, at 10:32 AM by Li Nan. The development of new energy sources is being shaped by a major initiative focused on “quantitative control.” Specifically, the goal is to achieve significant advancements in energy storage technology, as seen in the 8MW/40MWh energy storage project in Xiangnan, located in the western region of China. “By implementing precise operational maintenance, we have managed to utilize our power generation capacity in the Xiangnan power plant effectively, achieving over 90 small-scale operational hours annually,” stated a representative from the energy company responsible for the project.
This project is part of a broader effort to leverage artificial intelligence and big data to optimize maintenance and operational efficiency in the wind energy sector. With an average operational downtime of merely 25 hours, the efficiency of the wind turbines can be enhanced to reduce costs significantly. “These developments are crucial for improving energy system performance,” added the wind energy maintenance manager.
The energy sector is experiencing a rapid transition towards greener systems, with the focus shifting towards renewable energy sources. The new energy market is adapting to changing dynamics, emphasizing the need for effective integration of energy storage and generation capabilities. According to recent statistics, the total power generation capacity of new energy sources surpassed 83,000 GWh last year, with wind energy alone contributing nearly 99,000 GWh. The capacity of new energy storage systems remains around 2.7 million GWh, while wind energy storage systems are expected to reach approximately 8 million GWh.
“By 2025, the new energy sector aims to enter a new phase of development,” stated an industry expert. This year, the wind energy sector anticipates a significant increase in power generation capacity, which could potentially exceed 50% within one year.
In light of the government’s recent work report, the GDP growth target for the country is set at over 3%, with renewable energy generation projected to increase significantly. The focus is on enhancing carbon reduction technologies while promoting new energy development and utilization. This will ensure that non-fossil energy sources contribute to over 40% of the total electricity generation.
Recent data shows that the wind power generation capacity has reached 9,900 GWh, and with the anticipated growth, the total installed capacity of new energy systems is expected to exceed 30 million GWh. By the end of this year, it is estimated that new energy installations will continue to grow quickly, with wind power playing a pivotal role in the overall energy mix.
The new energy market is evolving rapidly, and the industry is urged to maintain a consistent focus on quality and development. This includes addressing challenges related to energy supply and demand, as well as ensuring the sustainability of energy systems. “The speed of new energy development is essential for meeting future energy demands,” emphasized an industry insider.
As the new energy market progresses, there is a clear need for advanced energy management systems to adapt to the changing landscape. The future of energy generation hinges on continuous innovation and the strategic implementation of new technologies to ensure efficiency and sustainability.
