Integration of Solar Photovoltaic Power Plants Into the Power Transmission System of Bosnia and Herzegovina Load and Voltage Conditions Analysis

Saša Đekić
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Abstract

Abstract Governments in the region are actively trying to decentralize production in the energy sector by encouraging the construction of power plants using renewable energy resources. The Network Code [1] and the Connection Regulation [2]-[4] define the procedure for issuing connection conditions to the power transmission network in Bosnia and Herzegovina. This paper will demonstrate the necessary approach to assessing the possibilities of connection and placement of the produced power and energy at a specific connection point in the early stages of planning, using the example of an 80 MW photovoltaic power plant planned for construction in the municipality of Tomislavgrad. The connection of the power plant is planned on a 110 kV voltage level network, by connecting it to the target 110 kV overhead transmission lines, following the principle of input-output.
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将太阳能光伏发电站纳入波斯尼亚和黑塞哥维那输电系统的负载和电压条件分析
摘要 该地区各国政府正在积极努力,通过鼓励利用可再生能源建设发电厂,分散能源部门的生产。网络规范》[1] 和《连接条例》[2]-[4] 规定了波斯尼亚和黑塞哥维那输电网络连接条件的发布程序。本文将以计划在托米斯拉夫格勒市建设的 80 兆瓦光伏电站为例,说明在规划的早期阶段评估连接的可能性以及在特定连接点安置所生产电力和能源的必要方法。根据输入-输出原则,该发电厂计划与 110 千伏电压等级的网络连接,将其连接到目标 110 千伏架空输电线路上。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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Power Swing: Detection and Prevention Power Transformer Numerical Modeling to Locate Partial Discharge Source Using the UHF Technique Integration of Solar Photovoltaic Power Plants Into the Power Transmission System of Bosnia and Herzegovina Load and Voltage Conditions Analysis
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