Abstract:
Electricity is needed at all times for a country's long-term growth. Bangladesh's power
crisis is one of the main barriers to its economic growth. Currently, the majority of
power generation in the world is based on fossil fuels, which are not environmentally
friendly and emit greenhouse gases, which contribute to global warming. In
Bangladesh, the amount of fossil fuel reserves is insufficient. As a result, solar power
is the best solution for reducing this reliance.
The design, simulation, and feasibility study of a solar project are presented in this paper.
The most critical step in creating a solar project model is to calculate the load at various
times of the year. Measuring the load of 50 houses, mosques, schools, markets,s and
others. In this project, the total area is 465.24 km2
(179.63 sq mi).
A grid-tied solar power inverter does DC-to-AC conversion and minimizes energy
transfer losses. This project by using HOMER (PRO). In this thesis, HOMER is the most
important simulation program. This software is utilized to identify the least cost design
among a lot of options. In our project, the cost of energy is BDT 9.04.
