Hera Pheri Tic Tac Toe

"Learning is a treasure that will follow its owner everywhere." This Chinese proverb means that knowledge is very valuable. Even if you don’t have many resources, what you learn stays with you and helps you wherever you go.
I realized that learning is something no one can take away. The more I learned, the more opportunities I created for myself.
I learned web development to earn something in lockdown only had a smartphone though but also it is more enjoyable to do it using a smartphone. This website is the result of that practice.
When you have one of the greatest innovations in your hand, so there are no breakers along the way to stop you from learning. Most of the things I learned with my smartphone, but whenever I needed a laptop I had "Dhan" you know Dhan?? "Dost he insaan ka sabse bada Dhan hota hain", they proved it!
If you’ve made it this far, thank you for your time! But wait—was this section a bit long?
Don't worry, I have a surprise for you at the end! Stay tuned! 😉
Project Lead
Ecofriend Solar Solutions, Nandura
May 2024 - July 2024
Electrical Engineering Intern
Chandanshesh Heavy Electrical, MIDC Khamgaon
June 2023 - July 2023
Intern
Ecofriend Solar Solutions, Nandura
Feb 2022 - Mar 2022
Solar Photovoltaic Training
Urja Swaraj LLP, Amravati
01 Aug 2022 - 10 Nov 2022
Bachelor's Degree in Electrical(Electronics & Power) Engineering
Dec 2022 - Present
Mauli Group of Institution's College of Engineeringand Technology, Shegaon
Diploma in Electrical Engineering
July 2019 - Oct 2022
Government Polytechnic Khamgaon
10th | SSC
June 2019
Zilha Paridhad High school and Junior college (Boys), Khamgaon
MATLAB/Simulink
This project focuses on enhancing transient stability in power systems using FACTS (Flexible AC Transmission Systems). It employs MATLAB Simulink to model and analyze the IEEE 9-Bus System, implementing controllers like SVC (Static VAR Compensator) and STATCOM (Static Synchronous Compensator). These devices help regulate voltage stability, optimize power flow, and improve overall system resilience against disturbances.
All project-related files and resources are available on GitHub.Diploma Project
Our system utilized Arduino technology to detect energy theft and meter bypassing in grid systems, enhancing security and promoting fair energy distribution. We integrated Arduino with energy meters and programmed it to effectively monitor and utilize all connected devices.
All project-related files and resources are available on GitHub.PVsyst Practice Project
This 9kW grid-tied solar system project was created while following a YouTube tutorial, applying each concept step by step. The simulation covers energy production, loss analysis, and inverter efficiency, helping me understand real-world solar system behavior through a structured learning process.
PVsyst Practice Project
This was my first proper project where I carefully considered all technical factors like location, shading impact, and inverter efficiency. The 4kW system is designed for a residential setup, with a focus on optimizing power output and minimizing energy losses.
PVsyst Practice Project
This project simulates a 2.96kW grid-tied solar system, analyzing power generation, system efficiency, and inverter losses. I modeled my friend’s house for this—well, sort of. The actual house has walls, windows, and, you know… a roof. This version? Just some lines and boxes. If architecture worked like this, he’d be living in a wireframe blueprint 😆.
Research & Seminar Project
Conducted in-depth research on the Hydrogen-Electric Energy Super Grid, exploring how hydrogen can complement renewable energy for large-scale power distribution. Presented this topic as a seminar in college, highlighting its potential for a sustainable and resilient energy future. Hydrogen is great!
Electrical Design Project
Developed a star-delta starter control panel schematic using EPLAN Electric P8. The design includes power and control wiring for a 3-phase induction motor, featuring contactors, timers, and overload relays for smooth operation and protection.
MATLAB/Simulink
I have built this while learning MATLAB. This MATLAB Simulink model demonstrates the working of a half-wave uncontrolled rectifier, using a diode to convert AC voltage into pulsating DC. Through this project, I learned the basics of circuit simulation, rectification, and clearly got an practical idea about diode working. All project-related files and resources are available on GitHub.
Personal Favourite
India has a big problem with civic sense, even among educated people who should understand these things. Everybody should know their fundamental rights, rules, and regulations, and what they need to take care of. I made a website where people can learn about our constitution with fun and interactive games. Presented this idea in SIH 2024 and everybody loved it. Although it was just a basic demonstration and only a front-end website, because I didn't had a laptop and a good team to work on it. But in the future, I will try to make this website with its fully advanced version and with other law related things, want to publish it. Explore Now🤘
Web Project
This is a restaurant website I customized when I was a beginner in HTML, CSS, and JavaScript. I watched a YouTube tutorial, used the resources provided by the YouTuber, and customized it. I learned a lot about web development in the process.
Solar Business Website
Created a website for a business. This is an older version of that website, which I made similar to the Solarsquare website. Although I customized it for the business owner, Made this website entirely with my smartphone and later customized it for desktop use.
Explore a diverse range of projects along with their documentation.
Sansaver is a solar savings and ROI calculator that helps users determine the required solar system size, financial savings over time, and environmental impact. It calculates yearly and long-term savings, CO₂ reduction, and the equivalent number of trees required for sustainability. The tool enables users to make informed solar investment decisions.
A simulation of a 10kW hybrid solar system combining grid and battery backup. This project explores energy storage, peak load management, and efficiency under varying grid conditions, helping understand hybrid system behavior.
This project examines a 2kW solar system’s power output, shading impact, and energy losses. The focus is on optimizing efficiency for smaller residential installations with limited space.
This project simulates a solar-powered water pumping system, analyzing energy consumption, water flow rate, and pump efficiency. It focuses on sustainable solutions for agricultural applications.
A performance study of a shed-mounted PV system, focusing on optimal panel orientation, shading effects, and space utilization. The project helps in improving energy yield in non-traditional installations.
A study of a solar PV system using a 3D model to analyze performance under different environmental conditions. This project explores how visual modeling can enhance system optimization.
Designed a power distribution system for an industrial facility, focusing on switchgear placement, load balancing, and fault protection using AutoCAD Electrical.
Built a custom quadcopter drone in collaboration with students from other colleges. The drone features a wooden frame, brushless motors, an ESC, and a flight controller, ensuring smooth and stable flight performance.
Designed a basic DOL starter circuit in EPLAN Electric P8. The schematic includes power and control wiring, integrating contactors and overload relays.
Simulated an RLC circuit in MATLAB Simulink to analyze the behavior of resonance, transient response, and performance. This project enhanced my understanding of how inductance, capacitance, and resistance affect circuit dynamics.
Please give your feedback about my portfolio. Don't forget to say "Hello!". If possible, let's have a cup of tea 🍵 together, don't forget to bring money with you 😄 don't worry, I will pay!
Designed & Build By
Vivek Lohar