Build Strong Fundamentals
Start with the principles that form the foundation of electrical engineering, including voltage, current, resistance, power, energy, AC, DC, and electrical circuits.
ABOUT THIS WEBSITE
Practical Engineering, Clearly Explained.
Electrical Engineering is an independent educational resource created to make electrical engineering, calculations, power systems, and solar PV concepts easier to understand and apply in practice.
WHY I CREATED THIS WEBSITE
Engineering Should Be Easier to Understand
Electrical engineering can look complicated when it is presented only through formulas, symbols, and theoretical definitions. The purpose of this website is to bridge that gap between theory and practical understanding.
Learn Through Calculations
Understand how engineering formulas are used through practical examples, assumptions, calculations, and explanations rather than simply receiving a final answer.
Connect Theory With Practice
Explore how electrical engineering concepts are applied to power systems, equipment, electrical design, renewable energy, and real-world projects.
PROFESSIONAL EXPERIENCE
Experience Behind the Content
The website is informed by professional experience in electrical engineering and renewable energy projects. The intention is not simply to present textbook definitions, but to explain concepts in a way that connects engineering theory with practical work.
- Renewable energy and solar PV projects
- Electrical system design and engineering
- Electrical calculations and equipment selection
- Testing, commissioning, and troubleshooting
- Power systems and electrical infrastructure
- Technical documentation and engineering analysis
INVERTER
WHAT YOU CAN FIND HERE
A Growing Engineering Knowledge Base
The website is being developed as a practical reference library covering a range of electrical engineering topics.
Electrical Fundamentals
Core concepts, terminology, and principles needed to build a strong understanding of electrical engineering.
ExploreElectrical Calculations
Practical formulas, worked examples, and calculation methods for common engineering problems.
ExplorePower Systems
Transformers, distribution systems, protection, power factor, and grid-related engineering concepts.
ExploreSolar PV Engineering
Solar PV system design, module selection, string sizing, inverters, losses, performance, and commissioning.
ExploreElectrical Design
Cable selection, protection, earthing, distribution, and other practical design considerations.
ExploreTesting & Commissioning
Practical approaches to inspection, testing, commissioning, verification, and troubleshooting.
Explore
MY APPROACH
Understand. Calculate. Apply.
Good engineering learning should go beyond memorising formulas. Each subject should help the reader understand what is happening, how to calculate it, and where the result is useful.
01 · UNDERSTAND
Understand the Principle
Begin with the physical meaning of the concept, the important terminology, and the engineering principle behind it.
02 · CALCULATE
Work Through the Numbers
Apply appropriate formulas, assumptions, and units through clear worked examples so the calculation can be followed and checked.
03 · APPLY
Connect It to Practice
Consider how the result relates to actual equipment, electrical systems, design decisions, and project requirements.
WHO MAY FIND IT USEFUL
Built for Curious Learners and Practitioners
The content is designed for people at different stages of their engineering journey.
Students
A practical supplementary resource for students who want to connect classroom theory with engineering examples and calculations.
Engineers & Technicians
A convenient reference for reviewing concepts, checking basic calculations, and exploring practical engineering topics.
Renewable Energy Community
A resource for people interested in solar PV, renewable energy systems, and the electrical engineering behind them.
CONTENT PRINCIPLES
Useful, Practical and Transparent
I aim to keep the material on this website practical and understandable while being transparent about its limitations.
- Explain concepts in straightforward language
- Show the reasoning behind important calculations
- Use practical engineering examples where appropriate
- Update content when corrections or improvements are identified
- Clearly distinguish educational information from project-specific professional advice
PRACTICAL
GET IN TOUCH
Have a Question or Suggestion?
If you notice an error, have a technical question, want to suggest a topic, or simply want to share feedback, you are welcome to get in touch.
Contact Prasun Barua