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A comparison study of PV (5MW) based on PVsyst program for evaluation productive energy to connect with the grid. Sudan case study

机译：基于PVsyst程序的光伏（5MW）的比较研究，用于评估与电网连接的生产能源。苏丹案例研究

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In most Sudanese cities, instability in electricity supply is a growing problem, and this problem can be solved by using renewable energies, especially solar photovoltaic energy because Sudan receives abundant amounts of solar radiation throughout the year. Any two different cities do not receive the same sunlight at the same time, and this affects the production of the PV system, because the production of energy for solar panels directly related to the amount of radiation received in the project site. Therefore, it is very necessary to use a photovoltaic simulation tool to determine all the components and know the energy produced according to the geographical location. This paper study the productive energy from PV (5MW) to connect with the grid in ten different areas (Portsudan, Alobied, Omdurman, Atbara, Dongola, Madani, Elginina, Alnhood, Kadogli, Nyala) in Sudan, these areas were proposed by the Sudanese Hydro Generation and Renewable Company, General Administration of Renewable Energies, Solar Power Management. In order to know the productivity of the panel's if they are placed in these areas. The system was planned by using fixed tilt method to control the PV array in PVsyst program by using (Latitude, Longitude, Altitude, Time Zone) of all the ten areas. This paper has been focused of global incident in coll and available energy at inverter output. The Simulation results explain the best position of PV(5WM) between the ten areas Portsudan city. The PV system which has been selected in this area produces an annual energy of 8566750 KWh by global incident in coll 2283 KWh/m^2, it is the highest annual energy generated by the photovoltaic system. Cities were arranged according to their highest productivity.
机译：在大多数苏丹城市中，电力供应的不稳定是一个日益严重的问题，可以通过使用可再生能源（尤其是太阳能光伏能源）来解决此问题，因为苏丹一年四季都收到大量的太阳辐射。任何两个不同的城市都不会同时接收相同的阳光，这会影响光伏系统的生产，因为太阳能电池板的能源生产与项目现场接收的辐射量直接相关。因此，非常有必要使用光伏仿真工具来确定所有组件并了解根据地理位置产生的能量。本文研究了苏丹（Portsudan，Alobied，Omdurman，Atbara，Dongola，Madani，Elginina，Alnhood，Kadogli，Nyala）十个不同地区的光伏（5MW）并网发电能量。苏丹水力发电与可再生公司，可再生能源总局，太阳能管理。为了知道面板的生产率，如果将它们放在这些区域中。该系统是通过使用固定倾斜方法来计划的，通过使用这十个区域的（纬度，经度，高度，时区）来控制PVsyst程序中的PV阵列。本文的重点是coll的全局事件和逆变器输出处的可用能量。仿真结果说明了PV（5WM）在十个苏丹地区之间的最佳位置。在该地区选择的光伏系统，由于全球入射而产生的年度能量为8566750 KWh，能量为2283 KWh / m ^ 2，是该光伏系统产生的最高年度能量。根据最高生产率对城市进行了排列。

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