Udemybeginneren

Design of Solar Home Systems for Beginners (Solar Energy)

Design your own solar home system! Learn to size panels, inverters, batteries & controllers. Real-world case studies included. Go solar!

4.5(26)
130students
3h 9m
Certificate
Kiran Ramkrishna Beldar
Kiran Ramkrishna BeldarProfessor at Mumbai University, India

Course Content

Design of Solar Home Systems for Beginners (Solar Energy) is a beginner-level Udemy course taught by Kiran Ramkrishna Beldar. It runs 3h 9m, is taught in English, and includes a certificate of completion. Learners rate it 4.5 out of 5 from 26 reviews, with 130 students enrolled. It is a paid course, last updated September 2025.

Learn Solar Home System Design: A Beginner's Guide

Ready to enter the booming solar energy market? This beginner-friendly course provides a comprehensive, step-by-step foundation in solar home system design, installation, and optimization. Whether you're a student, aspiring solar technician, job seeker, or entrepreneur, gain the essential technical skills and design skills to confidently work in the renewable energy sector.

What You'll Learn:

  • Household Energy Analysis: Analyze household power consumption and accurately calculate energy bills.
  • Solar Panel Selection: Master choosing the right solar panels for your needs.
  • Inverter, Charge Controller & Battery Selection: Learn to select optimal inverters, charge controllers, and batteries for efficient solar system design.
  • DC & AC Solar System Design: Design both DC load-based solar systems and AC load-based solar systems.
  • Off-Grid & Hybrid Systems: Understand the differences between off-grid solar systems and hybrid solar systems for residential use.
  • Energy Efficiency: Design efficient solar home systems tailored for various loads.

By the end of this course, you will be able to:

  • Analyze the energy requirements of households.
  • Design efficient solar home systems for both AC and DC loads.
  • Correctly select solar panels, batteries, inverters, and charge controllers.
  • Understand off-grid and hybrid solar systems for residential applications.
  • Build a strong foundation to launch a career in the solar energy industry.

This course is your gateway to a rapidly growing market with high demand for skilled solar professionals and entrepreneurs.

Who Should Take This Course?

  • Students: Learn solar home system design for projects and career advancement.
  • Solar Technicians: Enhance your knowledge of solar installation and system optimization.
  • Job Seekers: Acquire valuable skills for roles in the solar energy sector.
  • Entrepreneurs: Explore solar business opportunities and start your own solar installation or consultancy business.
  • Homeowners: Gain insights into installing and maintaining solar systems at home.

Why Choose This Course? (Benefits)

  • Beginner-Friendly: Simple, step-by-step instruction for easy understanding.
  • Hands-On Case Studies: Learn through practical examples of AC and DC load system design.
  • Complete Solar Knowledge: Covers everything from appliance consumption analysis to full system design.
  • Career Advantage: Gain skills valued by EPC companies, solar startups, and consulting firms.
  • Energy Independence: Design systems to reduce electricity bills and grid dependence.
  • Entrepreneurial Edge: Acquire knowledge to start a solar business.

This course empowers you with practical design skills to build sustainable, efficient, and cost-effective solar home systems.

Course Outline:

  1. Introduction to Solar Home Systems
  2. Analysis of Power Consumption:
    • Electric Power Consumption of Home Appliances
    • Estimation of Monthly Energy Bill (kWh)
  3. Types and Layout of Solar Home Systems:
    • Off-Grid Solar Home System
    • Hybrid Solar Home System
    • Solar Home System Layout
  4. Solar Panel Selection:
    • Different Types of Solar Panels
    • Reading Solar Panel Datasheets for Optimal Selection
    • Calculating the Number of Solar Panels
  5. Inverter/UPS Selection:
    • Solar Inverter vs. Normal Inverters
    • Sizing Solar Inverters
  6. Charge Controller Selection:
    • Introduction to Solar Charge Controllers
    • Sizing Solar Charge Controllers
  7. Solar Battery Selection:
    • Introduction to Solar Batteries
    • Sizing Solar Batteries
  8. DC Load Solar System Design Case Study
  9. AC Load Solar System Design Case Study
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