提出了基于地理信息系统(geographic information system,GIS)的大规模配电网可靠性评估方法。为简化数据存储方式及提高搜索速度,提出了配电网设备分类方法及树形编码方式,利用GIS中设备的电房属性实现配电网拓扑结构搜索,利用设备的...提出了基于地理信息系统(geographic information system,GIS)的大规模配电网可靠性评估方法。为简化数据存储方式及提高搜索速度,提出了配电网设备分类方法及树形编码方式,利用GIS中设备的电房属性实现配电网拓扑结构搜索,利用设备的树形编码判断设备的上下游关系,并据此提出了转供判断方法,最后在可靠性计算中还考虑了预安排停电的影响。算例结果验证了该方法的有效性。展开更多
This paper presents a practical method for calculating a power user’s customer interruption costs(CIC)under specific conditions.This novel method has been developed,based on the CIC results predicted by Lawrence Berk...This paper presents a practical method for calculating a power user’s customer interruption costs(CIC)under specific conditions.This novel method has been developed,based on the CIC results predicted by Lawrence Berkeley National Laboratory(LBNL),so that the key factors,such as customer type,customer size,interruption occurrence time and interruption duration can be considered.As compared to the LBNL method,the method proposed here is easy to understand and easy to execute with an acceptable error.It lays a solid foundation for further investigation of distributed generators and demand response in assessing reliability value of smart distribution grid(SDG).The effectiveness of the proposed method is confirmed through the assessment of RBTS-Bus2.展开更多
文摘提出了基于地理信息系统(geographic information system,GIS)的大规模配电网可靠性评估方法。为简化数据存储方式及提高搜索速度,提出了配电网设备分类方法及树形编码方式,利用GIS中设备的电房属性实现配电网拓扑结构搜索,利用设备的树形编码判断设备的上下游关系,并据此提出了转供判断方法,最后在可靠性计算中还考虑了预安排停电的影响。算例结果验证了该方法的有效性。
文摘This paper presents a practical method for calculating a power user’s customer interruption costs(CIC)under specific conditions.This novel method has been developed,based on the CIC results predicted by Lawrence Berkeley National Laboratory(LBNL),so that the key factors,such as customer type,customer size,interruption occurrence time and interruption duration can be considered.As compared to the LBNL method,the method proposed here is easy to understand and easy to execute with an acceptable error.It lays a solid foundation for further investigation of distributed generators and demand response in assessing reliability value of smart distribution grid(SDG).The effectiveness of the proposed method is confirmed through the assessment of RBTS-Bus2.