虚拟电厂智能系统
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协鑫能科费智:聚焦配电网改造 构建以分布式能源聚合为支撑的虚拟电厂智能系统
Zheng Quan Shi Bao Wang· 2025-10-23 09:11
Core Insights - The current structure of green energy consumption in China has inherent contradictions that need to be addressed through the development of energy storage and enhancement of grid safety and flexibility [1] - The focus should be on developing distributed energy, with immediate attention to distribution network upgrades and promoting integrated solar-storage projects [1] - The long-term goal includes building a virtual power plant intelligent system supported by aggregated distributed energy to ensure sustainable development [1] Industry Developments - The promotion of zero-carbon parks, direct green electricity connections, and integrated source-grid-load-storage projects is essential for improving local consumption of renewable energy [1] - Policies should be enhanced to facilitate the direct conversion of green electricity to end products, encouraging a shift towards greener energy consumption in production and daily life [1] Technological Advancements - AI is driving significant changes in the energy sector, with multi-functional AI agents and energy models improving system operation accuracy and reducing energy consumption costs [1] - Under AI empowerment, the accuracy of dispatchable potential assessments in integrated energy systems has improved by over 10% [1] - Revenue from electricity spot market trading has increased by over 12%, while overall operating costs of distributed energy systems have decreased by approximately 3% [1]