摘要
光伏发电与蓄电池储能结合的智能照明系统是可再生能源高效利用与智能电网建设的关键交叉领域。针对传统光伏照明系统存在的能量供需时空失配、储能寿命衰减快及动态环境适应性不足等问题,文章提出光储协同优化与多时间尺度能量管理深度融合的智能系统架构。该系统在连续阴雨条件下能源自给率提升,电池年衰减率降低,且动态电价响应机制使运营成本降低。
The intelligent lighting system combining photovoltaic power generation and battery storage is the key intersection field of efficient utilization of renewable energy and smart grid construction.In view of the problems such as spatial and temporal mismatch of energy supply and demand,fast attenuation of energy storage life and lack of dynamic environmental adaptability in traditional photovoltaic lighting system,this paper proposes an intelligent system architecture with deep integration of optical storage collaborative optimization and multi-time scale energy management.Under continuous rainy conditions,the energy self-sufficiency rate is increased,the battery annual decay rate is reduced,and the dynamic electricity price response mechanism reduces the operating cost.
作者
李悦
LI Yue(Tianjin Chentang Thermal Power Co.,Ltd.,Tianjin 300200,China)
出处
《中国照明电器》
2025年第7期111-113,共3页
China Light & Lighting
关键词
光伏发电
蓄电池储能
智能照明
photovoltaic power generation
battery energy storage
intelligent lighting
