Power Backup & Inverter Workshop
About the Power Backup & Inverter Workshop
The Power Backup & Inverter Workshop is a hands-on practical training designed to teach participants how mini UPS systems, battery backups, and inverter circuits are built, tested, and optimized for real-time usage. This workshop is ideal for engineering students, electronics hobbyists, makers, and beginners who want to understand AC/DC conversion, power handling, rectifiers, and inverter design. By the end of the program, every participant will assemble and test a working backup power system capable of running small appliances safely.
🧩 Workshop Modules – Power Backup & Inverter Workshop
📘 Electrical Theory & Power Basics
Learn AC/DC fundamentals, rectification, filtering, battery charging principles, inverter function, transformer basics, and power safety concepts — all explained in clear and practical ways to build a strong power electronics foundation.
🔧 Mini Inverter & UPS Assembly
Assemble a working inverter/backup unit: transformer wiring, rectifier setup, battery integration, load management, protection circuits, and proper testing procedures for safe power output delivery.
🧪 System Testing & Load Handling
Test voltage levels, ripple output, load capacity, switching response, backup time, inverter output waveform, and safety mechanisms until the system performs reliably under real working conditions.
⚡ Installation & Real-Time Usage
Learn real-world setup, connecting loads, safety operations, fuse protection, wiring management, and performance optimization for stable long-term use.
⏳ Workshop Duration
The workshop is conducted in a focused 4-day hands-on track:
Day-1: Power theory + circuit basics
Day-2: Assembly of inverter/UPS
Day-3: Testing + load handling + troubleshooting
Day-4: Installation practice + real-use performance testing
📘 What You Will Learn in the Power Backup & Inverter Workshop
🔌 AC/DC Power & Rectification
Understand AC/DC conversion, rectifiers, filters, transformers, voltage regulation, and safe electrical handling for power systems.
🔋 Battery Charging & Management
Learn battery types, charging circuits, protection modules, backup time calculation, current rating selection, and safe power handling.
⚡ Inverter Working & Design
Study H-bridge concepts, switching, pulse control, transformers, AC output generation, and waveform behavior in inverter systems.
💡 Load Management & Distribution
Learn how to connect loads, calculate wattage, handle overload protection, use fuses/MCBs, and optimize efficient power delivery.
🔧 Inverter Assembly & Wiring
Build the complete circuit: wiring, PCB handling, transformer integration, rectifier attachment, battery terminals, and output socket setup.
🧪 Real-Time Testing & Troubleshooting
Perform voltage tests, load tests, switching response checks, troubleshoot faults, and ensure stable AC/DC output in real conditions.
📘 What You Will Learn in the Power Backup & Inverter Workshop
🔌 AC/DC Power & Rectification
Understand AC/DC conversion, rectifiers, filters, transformers, voltage regulation, and safe electrical handling for power systems.
🔋 Battery Charging & Management
Learn battery types, charging circuits, protection modules, backup time calculation, current rating selection, and safe power handling.
⚡ Inverter Working & Design
Study H-bridge concepts, switching, pulse control, transformers, AC output generation, and waveform behavior in inverter systems.
💡 Load Management & Distribution
Learn how to connect loads, calculate wattage, handle overload protection, use fuses/MCBs, and optimize efficient power delivery.
🔧 Inverter Assembly & Wiring
Build the complete circuit: wiring, PCB handling, transformer integration, rectifier attachment, battery terminals, and output socket setup.
🧪 Real-Time Testing & Troubleshooting
Perform voltage tests, load tests, switching response checks, troubleshoot faults, and ensure stable AC/DC output in real conditions.
🎯 Key Skills You Will Gain in the Power Backup & Inverter Workshop
🔧 Inverter & Power System Assembly
You will learn to assemble a complete power backup system — rectifier stage, inverter section, transformer wiring, battery setup, and output sockets.
📘 Strong Understanding of Power Electronics
Gain clear knowledge of AC/DC conversion, voltage regulation, switching circuits, transformers, and waveform behavior in inverter systems.
💡 Load Management & Safety Skills
Learn how to connect loads, calculate wattage, protect circuits from overload, and operate the system safely in real environments.
⚙️ Circuit Calibration & Voltage Testing
Calibrate charging circuits, test AC output, measure voltage stability, check waveforms, and fine-tune the inverter for efficient performance.
🔋 Battery Management & Protection
Understand charging cycles, battery backup calculation, protection modules, and safe handling of various battery types (Lead Acid/Li-ion).
🛠 Troubleshooting & Repairs
Identify wiring faults, heating issues, overload problems, switching failures, and repair your inverter system like a professional.
👥 Who Can Join the Power Backup & Inverter Workshop?
🎓 Students
Perfect for school and college students interested in learning power electronics, AC/DC systems, and inverter technology.
🛠 Hobbyists & Makers
Great for DIY builders who enjoy experimenting with electrical systems, circuits, batteries, and home energy solutions.
🏫 Engineering Colleges
Highly suitable for EEE, ECE, Mech, Robotics, and Polytechnic departments focusing on power and energy systems.
🤝 Technical Clubs & Innovation Cells
Ideal for electronics clubs, innovation cells, hardware groups, and project-based learning teams.
⚡ Power System Enthusiasts
Anyone passionate about electricity, backup systems, home power solutions, and inverter technology can join.
🌟 Benefits of the Power Backup & Inverter Workshop
⚡ Build a Fully Working Power Backup System
Every participant builds and tests a functional mini inverter or UPS system capable of powering AC/DC loads safely.
👐 Real-Time Hands-On Experience
Experience practical learning through wiring, assembling circuits, testing batteries, and troubleshooting inverter systems.
🔧 Work With Real Electrical Components
Use rectifiers, transformers, MOSFET-based inverters, battery management systems, and industry-standard testing tools.
📜 Certification of Completion
Receive an official MMTimes certificate that enhances your resume, portfolio, and technical credibility.
💡 Strong Power Electronics Foundation
Gain clarity on AC-DC conversion, power backup design, renewable integration, load balancing, and safety engineering.
🤝 Collaborative Project Experience
Learn teamwork, circuit debugging, load testing, and real-time problem solving in a structured collaborative environment.
🚀 Future Scope — Power Backup & Inverter Workshop
⚡ Power Electronics Engineering
Work on inverter design, AC-DC converters, battery systems, and power conditioning technologies used in industries.
🔋 Renewable Energy Solutions
Contribute to solar inverters, hybrid power systems, backup solutions, and clean energy integration projects.
🏭 Industrial Automation
Support automation setups requiring power backup, uninterrupted power systems (UPS), and industrial load management.
🏠 Home & Commercial Power Backup
Design and maintain inverter systems for households, offices, small businesses, and smart power management setups.
🔧 Electrical Service & Maintenance
Build a career in inverter repair, battery servicing, home electrical systems, and power troubleshooting services.
📡 IoT-Based Energy Monitoring
Apply skills to smart energy meters, battery health monitoring, and IoT-based smart power management solutions.
💼 Startup & Entrepreneurial Opportunities
Launch services like inverter installation, battery replacement, custom backup solutions, and solar-based power systems.
⚡ Ready to Start Your Power Backup Journey?
Join the hands-on Power Backup & Inverter Workshop and learn how to design, assemble, and test your own mini UPS and inverter systems with expert guidance.