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Design & Build Solar-Powered Air Conditioning Systems
Rating: 4.1 out of 5(14 ratings)
80 students

Design & Build Solar-Powered Air Conditioning Systems

Learn complete design, sizing & installation of solar-powered AC systems for homes, offices & industries
Created byRESG Academy
Last updated 9/2025
English

What you'll learn

  • Introduction to Solar Air Conditioning
  • Features and Compatibility of Solar Air Conditioner
  • Electricity Generation From Solar Cell
  • Types of PV Cell and Solar Panel
  • Setting Tilt Angle and Panel Orientation
  • Working of Conventional Air Conditioning System
  • Types of Air Conditioners
  • Performance Parameters of air Conditioning System
  • Various Components of Solar Photovoltaic Air Conditioning system
  • Solar closed-loop absorption Air Conditioning
  • Solar Photovoltaic Air Conditioning System
  • Calculation of cooling capacity and number of Tonnage Required for Air Conditioning System
  • Calculation of Number of Solar Panels and String Sizing
  • Sizing of Solar Battery
  • Sizing of Charge Controller
  • Design Case Study of 2 Ton of Air Conditioning Unit
  • Calculation of cooling capacity and number of Tonnage Required for Air Conditioning System for 2 Ton AC
  • Calculation of No. of Solar Panels and String Size for 2 Ton AC
  • Calculation of Solar Battery and Charge Controller for 2 Ton AC
  • Selection of Air Conditioning Unit for 2 Ton AC
  • BOM Preparation and Projected Cost of the Project
  • Calculation of Equity turn around, IRR, NPV and Payback Period

Course content

6 sections • 22 lectures • 2h 8m total length

  • Introduction to Solar Air Conditioner6:46
  • Features and Compatibility of Solar Air Conditioner5:50
  • Electricity Generation From Solar Cell5:35
  • Types of PV Cell and Solar Panel6:41
  • Setting Tilt Angle and Panel Orientation6:05
  • Quiz on Section No. 1

Requirements

  • Basic understanding of solar energy or electrical systems (helpful but not mandatory)
  • Interest in renewable energy, HVAC systems, or sustainable design
  • A scientific calculator and enthusiasm to learn!

Description

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 Learn

  • Fundamentals of Solar Photovoltaic Air Conditioning

  • Solar thermal energy utilization for cooling applications

  • Step-by-step manual design calculations for solar AC systems

  • Selection and sizing of essential components (PV modules, inverters, compressors, batteries, controllers, etc.)

  • Integration of solar power with conventional HVAC systems

  • Installation guidelines, safety measures, and performance optimization

  • Economic feasibility and cost-benefit analysis of solar AC systems


Prerequisites

  • Basic understanding of solar energy or electrical systems (helpful but not mandatory)

  • Interest in renewable energy, HVAC systems, or sustainable design

  • A scientific calculator and enthusiasm to learn!


Who This Course is For

  • Engineering & Science Students – who want to strengthen their knowledge and complete academic projects on renewable energy or HVAC.

  • Solar Technicians & HVAC Professionals – who want to upgrade their skills and expand career opportunities in the fast-growing solar cooling market.

  • Job Seekers – aiming to enter the solar or HVAC industry with strong practical knowledge.

  • Entrepreneurs & Startups – exploring business opportunities in solar energy, green buildings, and sustainable cooling solutions.

  • Researchers & Enthusiasts – passionate about solar technologies and energy-efficient air conditioning systems.


Why Take This Course?

  • Gain practical, industry-relevant skills in solar photovoltaic air conditioning system design.

  • Learn step-by-step design methods that you can immediately apply to real projects.

  • Develop knowledge in one of the fastest-growing fields of renewable energy – solar HVAC.

  • Enhance your career prospects and business opportunities in the global clean energy sector.

  • Get a competitive advantage with knowledge that bridges solar power and HVAC technology.


By the end of this course, you won’t just know the theory – you’ll be able to design, evaluate, and propose complete solar AC systems confidently. This is the future of cooling – clean, efficient, and powered by the sun!

Who this course is for:

  • Engineering & Science Students – who want to strengthen their knowledge and complete academic projects on renewable energy or HVAC.
  • Solar Technicians & HVAC Professionals – who want to upgrade their skills and expand career opportunities in the fast-growing solar cooling market.
  • Job Seekers – aiming to enter the solar or HVAC industry with strong practical knowledge.
  • Entrepreneurs & Startups – exploring business opportunities in solar energy, green buildings, and sustainable cooling solutions.
  • Researchers & Enthusiasts – passionate about solar technologies and energy-efficient air conditioning systems.
  • Solar Business Person

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