Certificate In Solar Energy Systems & Installation
Subjects
- Introduction to Solar Energy
- Solar Photovoltaic (PV) Technology
- Solar System Components and Design
- Solar Panel Installation Techniques
- Energy Storage and Battery Management
- Operation and Maintenance of Solar Systems
Details
Description
Course Name: Certificate in Solar Energy Systems & Installation
Course Id: CSESI
Eligibility: Completion of 10th Grade (high School) or equivalent.
Objective: The Certificate in Solar Energy Systems & Installation is an excellent choice for individuals looking to develop specialized skills in the rapidly growing field of solar energy. With increasing investments in renewable energy and a global push towards sustainability, the demand for qualified solar energy technicians is expected to continue growing. Graduates of this program will be well-equipped to install, maintain, and manage solar energy systems, contributing to a cleaner, more sustainable energy future.
Duration: Three Months.
Syllabus
Introduction to Solar Energy: Basics of solar energy, Types of solar energy systems, Advantages and limitations of solar power, Global solar energy trends, Environmental impact of solar energy, Solar power policies and regulations, Components of a solar power system, Solar energy conversion principles, Solar radiation and its measurement, Role of solar energy in sustainable development.
Solar Photovoltaic (PV) Technology: Introduction to photovoltaic technology, Working principle of solar cells, Types of solar panels (monocrystalline, polycrystalline, thin-film), Efficiency and performance of solar panels, Solar panel manufacturing process, PV module testing and certification, Degradation and lifespan of solar panels, Advances in PV technology, Emerging solar cell materials, Factors affecting solar panel efficiency.
Solar System Components and Design: Solar inverters and their types, Charge controllers and their role, Solar batteries and energy storage, Mounting structures and tracking systems, DC and AC wiring in solar systems, Load assessment and system sizing, Shading analysis and impact, Grid-connected vs. off-grid systems, Hybrid solar power solutions, Integration of solar power with existing electrical systems.
Solar Panel Installation Techniques: Site assessment and feasibility study, Tools and equipment for installation, Steps in solar panel mounting, Electrical connections and wiring, String configuration and inverter connections, Safety precautions during installation, Installation of hybrid systems, Tilt and orientation optimization, Troubleshooting common installation issues, Best practices for long-term performance.
Energy Storage and Battery Management: Types of solar batteries, Working principle of energy storage systems, Battery charge and discharge cycles, Battery sizing and selection criteria, Role of battery management systems (BMS), Safety precautions for battery storage, Grid-tied vs. off-grid battery storage, Lithium-ion vs. lead-acid batteries, Maintenance of solar batteries, Future trends in solar energy storage.
Operation and Maintenance of Solar Systems: Routine maintenance procedures, Cleaning and maintenance of solar panels, Monitoring system performance, Identifying faults and troubleshooting, Common inverter issues and solutions, Battery maintenance and replacement, Preventing corrosion and weather damage, Software tools for solar system monitoring, Performance assessment techniques, Emergency response and safety measures.