I- INTRODUCTION

II- LITERATURE REVIEW

III- LOAD PROFILE

IV- RENEWABLE RESOURCES

V- SYSTEM MODELLING

VI- RESULT ANALYSIS

CONCLUSION

REFERENCES

Abstract

Bangladesh is a developing country with energy problem causing various after effects like load shedding, energy distribution & transmission. Major problem is population and adding more population may end in more scarcity of electricity distribution. Rohingya people fled away from Myanmar makes the number of population rising and energy problem is also increasing with more people as Bangladesh Government decided to relocate them in an island called Bhashan Char (Also known as Thenger Char, Char Piya). Bhashan Char is located at the southwest part of Bangladesh away from the main land and in the Bay of Bengal. Energy distribution from National grid is not a solution to the problem and as it is a remote area and detached from the main land transmission from the National grid is not feasible. The only solution is to provide electricity with renewable resources by means of PV, Wind or any other electricity generation systems. The HOMER simulation software was used for the design. The software also predicts the cost of electricity with sustainable manners. The proposed system has per unit electricity cost of 8.9 BDT.

INTRODUCTION

Energy problem in Bangladesh is struggling issue to reach the demand of the energy of the people of the country as already around 180 to 200 million people live here on the main land. Maximum power generation capacity in Bangladesh is 15,953 MW and the generated unit is 10,958 MW [4]. The demand was that year is 14,014 MW and still unmet demand is 3,056 MW. To meet the unmet demand renewable energy use for generation of electricity would be the best solution. Bangladesh has a generation capacity of 3 MW [4] from solar PV system but the country need more attraction from renewable energy resources.