Читать книгу Step-by-Step Design of Large-Scale Photovoltaic Power Plants - Houshang Karimi - Страница 21

For the construction of a LS‐PVPP, it is necessary to conduct preliminary studies, feasibility studies, and to obtain initial permits. Then, the most important stage is the design and engineering of PV plant. In this section, an overview of the technical literature is presented.

The relationships between solar geometry and the theory of PV cells are presented in [11]. A guide on the fundamental problems of a PV power plant is given in [12]. In [13], a method to locate a LS‐PVPP is presented. Reference [14] focuses on the control and performance of large‐scale PV plants and examines the requirements of the grid code, active and reactive power control, and the dynamics of large‐scale PV plants under various temperature and radiation conditions.

A PV handbook that deals with the details and theories of PV modules and solar inverters are given in [15]. A design and installation guide for equipment of a PV plant is proposed in [16]. A solution for reducing subscribers' bills by installing a PV plant is discussed in [17]. In [18], feasibility studies for the PV plants are presented. A method for the optimization of the design of a PV plant to maximize its energy production through the shading analysis is proposed in [19]. Reference [20] presents a method for selecting the optimal inverter and PV modules for a PV power plant. A method for determining the cable size of a PV plant is presented in [21]. In [22], few topologies for the monitoring system of a PV plant are examined. The design of distribution transformers for a PV plant based on harmonic specifications is discussed in [23]. The protection system of a PV plant is discussed in [24, 25], and the grounding system design is presented in [26].