China Unveils Ambitious Plan for Integrated Energy Development
In a strategic push towards a sustainable future, China is set to redefine its energy landscape with a comprehensive policy blueprint aimed at fostering the integrated development of new energy sources. This initiative, led by the National Energy Administration, underscores a pivotal transition in the nation’s approach to clean energy advancement.
The newly released “Guiding Opinions on Promoting Integrated and Synergistic Development of New Energy” highlights “integration and fusion” as the cornerstone of China’s next phase in energy transformation. This shift is underscored by a significant milestone: for the first time, new energy installed capacity has exceeded coal during the ongoing 14th Five-Year Plan period.
The policy advocates for a transformative approach across various sectors including solar, wind, hydropower, and emerging non-electric applications. By 2030, integrated development is anticipated to become a dominant model, enhancing the reliability and competitiveness of new energy solutions while contributing to a broader green transition.
A key component of this policy is the multi-dimensional integration of energy development. The government plans to optimize the energy mix and storage capacities of large renewable bases situated in “sand-desert-Gobi” regions. The role of dispatchable sources, such as concentrated solar power, will be expanded, and collaboration between renewables and coal will be intensified for peak-shaving through advanced technologies like molten salt storage and green ammonia co-firing.
Innovative strategies like water-wind-solar integration across major river basins and the development of 100 percent renewable energy bases supported by new storage technologies are also on the agenda. Provinces are encouraged to pursue complementary developments in wind, solar, gas, and storage capacities.
In terms of spatial planning, the focus will be on promoting land-efficient, co-located wind-solar projects, as well as large-scale offshore wind clusters. Additionally, distributed renewables are set to expand in transportation hubs, buildings, rural areas, and islands, supported by flexible grids and advanced technologies such as vehicle-to-grid and integrated “photovoltaic-storage-charging” systems.
The plan also emphasizes an industrial transformation. China aims to promote “green manufacturing with green power” by creating renewable-powered industrial clusters and low-carbon parks. High energy-consuming industries will be encouraged to relocate to regions rich in renewable resources and to enhance their processes to reduce carbon intensity.
Emerging sectors like computing power, new materials, and high-end manufacturing will be integrated with renewable bases, including establishing data centers near offshore wind farms. Furthermore, non-electric uses of renewables will be significantly broadened. This includes strengthening the synergy between wind, solar, hydrogen, and storage, accelerating R&D in dynamic electrolyzer operations, and building large-scale green hydrogen, ammonia, and methanol bases.
To facilitate these initiatives, the policy calls for unified project planning, expedited approvals, optimized grid operations, enhanced market mechanisms, and multi-year green-power purchase agreements. It also includes the development of certification systems for green hydrogen and other non-electric energy carriers.
Overall, this policy represents a strategic enhancement of China’s energy roadmap, transitioning from rapid expansion to a deeply integrated and technologically advanced energy system that supports China’s long-term energy security and green modernization.
Original Story at www.stdaily.com