面向用户侧源储资源优化调度的能源区块链平台设计

用户侧分布式源储资源单体容量小、分布零散,归属主体多样,难以被现有电网调度系统直接调控.为能够在聚合层有效利用用户侧泛在资源,文中设计并实现了一种能源互联网区块链(ENBC)平台,将分布式发电资源和负荷侧资源进行聚合及协同优化调控.并进一步研究了基于物联网和ENBC平台的分布式虚拟电厂内部能量优化调度方法,从参与主体、...

Design of Energy Blockchain Platform for Optimal Dispatching of Source and Storage Resources on User Side

Due to small unit capacity, scattered distribution and diverse ownership of distributed sources and storage resources on the user side, it is difficult to be directly regulated by existing power grid dispatching systems. In order to make effective use of user-side ubiquitous resources at the aggregation layer, this paper designs and implements an energy network blockchain (ENBC) platform, which aggregates distributed generation resources and load-side resources and coordinately optimizes and regulates them. The internal energy optimal dispatching method of the distributed virtual power plant based on Internet of Things and ENBC platform is further studied. The framework is designed from the aspects of participants, data structure, optimal scheduling, security check, value settlement, etc., and then the implementation method of user-side ubiquitous resource regulation for trusted transaction is proposed. Finally, the effectness of the system is verified by a practical case.