Development and Economics of Photovoltaic Projects

About

With the current downward price in the development for photovoltaic (PV) projects, there is an increased interest in installing PV systems. Newly-installed peak power of PV now surpasses all other technologies, both conventional/fossil-based technologies as well as renewable technologies.

With this training course, you will learn how to implement projects using one of the most promising energy technologies currently available. You will acquire a solid theoretical and foundational understanding of PV project management, combined with practical hands-on exercises. Our experienced trainers will get you involved in the training and will facilitate valuable group interactions and discussions.

Topics:

Photovoltaic markets and technical introduction
Management of solar projects (with case studies)
Economics and financing of PV projects (with case studies)
Battery Storage

Target group

This training will suit those who have basic PV knowledge in:
- Voltage, current and power characteristics of a PV module
- Atmospheric factors (solar irradiance, DNI, GHI, air mass, albedo)
- Orientation (azimuth, inclination)
- Series and parallel connection of PV modules
- Influence of temperature and irradiance on energy yield
- Energy markets and basic financial concepts

Qualification Level: Basic PV knowledge

Course aim

Training Course Objectives:
- Evaluate the bankability of PV projects;
- discuss technical, commercial, legal, and political risks as well as risk mitigation schemes;
- determine CAPEX/OPEX, assess key financial indicators, and set up the financial structure of PV projects;
- debate the advantages and challenges of PV power plant economics;
- provide the knowledge and tools to make informed decisions on PV projects; and
- facilitate the exchange of potential or specific project ideas among participants, who bring perspectives from around the globe.

Learning Objectives:
- identify PV market development, segments, and outlooks;
- describe the main components of a PV system;
- define project phases, starting with the initial concept to operation and maintenance, to developing PV project plans, including: planning and commissioning, approvals, logistics, construction, and grid-connection;
- analyse operational data from a real PV system;
- identify the main components of BESS technology and application;
- identify project risks, risk mitigation, and dos and don’ts; and
- assess the main financial indicators of a PV plant economic feasibility evaluation.

Fee info