Design & Build Solar-Powered Air Conditioning Systems

About this course

The demand for sustainable and energy-efficient cooling solutions is rising rapidly, and solar-powered air conditioning is emerging as the future of green buildings, smart homes, and commercial applications. This course, “A to Z Design of Solar Photovoltaic Air Conditioning System”, is your complete guide to understanding, designing, and installing solar-powered AC systems from the ground up.Whether you are a student, technician, entrepreneur, or professional, this course will give you practical knowledge of solar photovoltaic integration with air conditioning technology. You will learn manual design calculations, component selection, and system optimization techniques that are essential for real-world solar HVAC projects. By the end of this course, you will have the confidence to design and evaluate solar cooling systems for homes, offices, and industries.What You Will LearnFundamentals of Solar Photovoltaic Air ConditioningSolar thermal energy utilization for cooling applicationsStep-by-step manual design calculations for solar AC systemsSelection and sizing of essential components (PV modules, inverters, compressors, batteries, controllers, etc.)Integration of solar power with conventional HVAC systemsInstallation guidelines, safety measures, and performance optimizationEconomic feasibility and cost-benefit analysis of solar AC systemsPrerequisitesBasic understanding of solar energy or electrical systems (helpful but not mandatory)Interest in renewable energy, HVAC systems, or sustainable designA scientific calculator and enthusiasm to learn!Who This Course is ForEngineering & Science Students – who want to strengthen their

Course objectives

• To provide knowledge of solar thermal energy utilization for cooling
• To analyze the economic feasibility and cost-benefits of solar AC systems