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全球能源转型背景下,社区分布式光伏应用正在被广泛推广.为减少光伏发电对公共电网的影响和冲击,分布式发电推广需要与社区规划相结合,尽量提高发电与用电的就地平衡.以京郊混合功能社区为例,基于夏季晴朗日CIGS薄膜发电的实测数据,通过情景分析模拟计算了不同比例职住用地情况下,混合功能社区分布式光伏发电量与用电量的分时对比,探讨了利用社区层次的混合功能开发为分布式光伏发电带来的电力生产-消费峰谷差的潜力.结论提出在社区规划中促进分布式光伏应用推广的设计原则.
In the context of global energy transformation, distributed distributed photovoltaic applications in the community are being widely promoted.In order to reduce the impact and impact of photovoltaic power generation on the public power grid, the promotion of distributed generation needs to be integrated with community planning to maximize the in-situ balance between power generation and electricity consumption. Taking the mixed function community in Beijing suburbs for example, based on the measured data of CIGS thin film power generation in sunny summer day, the time-sharing of distributed PV power generation and electricity consumption in mixed function community under different proportions of working land was simulated through scenario analysis , Explored the potential of exploiting hybrid functions at the community level to develop the power generation-consumption peak-valley difference for distributed PV power generation.Conclusion The design principles for promoting distributed PV applications in community planning are proposed.