This paper presents a novel approach to planning distributed generation (DG) and
distribution network frames based on a multiscenario technique. In view of the uncertainties …

Distribution systems are one of the most important infrastructures of each country which are
exposed to numerous damages through unexpected events. The development of distributed …

为了防止大量分布式光伏电源接入配电网后可能引起电压偏差和电压波动越限,
建立了负荷和分布式光伏电源引起的电压偏差和电压波动的计算模型. 并在此基础上定义了分布 …

Northwest China is an ideal region for large‐scale grid‐connected PV system installation
due to its abundant solar radiation and vast areas. For grid‐connected PV systems in this …

大量分布式光伏接入配电网可能引起电网电压偏差越限. 首先建立了不同分布规律下负荷引起的
电压损失计算模型和光伏引起的电压抬升计算模型, 在母线电压偏差可达标准上限的前提下 …

在传统配电网中接入分布式光伏电源会带来诸多不利因素, 如可能导致接入点处过电压, 因此,
必须限制分布式光伏电源实际接入峰值容量. 通过计算在配电网馈线上所有负荷等级下分布式 …

近年来分布式电源, 电动汽车, 微电网等用户侧新兴负荷大规模接入城市配电网已成为一种趋势,
电力用户对供电可靠性, 电能质量, 服务水平等方面的诉求更加多样, 云计算, 大数据, 物联网 …

Because of rich solar resource and low land cost, a lot of large-scale ground-based grid-
connected PV systems have been built in Northwest China. In this paper, some shading …

Traditional PV inverter is designed for power generation and reducing harmonic distortion
without capability of actively participating in harmonic elimination of power grid. This study …

Distributed photovoltaic develops rapidly with the increasingly serious environmental and
resource problems. However, the increase of the penetration of distributed photovoltaics has …