Electrical power crisis solution by the developing renewable energy based power generation expansion

This paper proposes a different hybrid system that considers the intelligible and complex to understand the problem of regulating the expansion of conventional power plants. The current reality is determined on a long-term power generation expansion plan for Bangladesh from 2016 to 2030. The discontent of the framework and weaknesses in the power systems are facing the main problem by the energy crisis. Thus, long-term renewable energy based power generation model and the use of inhabited coal are inspected in the extent of the costs of natural expansion and green impact. The results demonstrate that in 2030 the power generation needed to meet future demand is assessed at 160TWh. The proposed structure includes two steps. In the first step, the assessment of the importance of technology is carried out using a hybrid methodology and benefits from a system of excellent descriptions, starting points, and risk assessments in the second step that will make a multi-objective show to improve our generation's expansion plans. Two objective capacities are considered in this model. That is, adding weight to the overall placement trend and reducing overall costs. The implementation of renewable power is a great decision to describe the lake of power in Bangladesh because it requires minimal effort and less danger. This activity is essential for developing sustainable power generation in Bangladesh. The numerical model is solved using the NSGA-II algorithm, and the effect analysis is carried out on the key parameters. The results show an expanded offer of constant renewable sources in power generation for ensuring sufficient power supply in Bangladesh. (C) 2019 Published by Elsevier Ltd.