Abstract

Electrification is one of the most crucial factors to ensure social and economic growth in Bangladesh. Being in a developing country, people from various districts of Bangladesh have been experiencing electricity crisis due to the increasing daily demand for power, which outweighs the supply of on-grid electricity. It is noted that about 30 percent of 160 million people, majority living in the rural areas are out of electricity connection in Bangladesh. Consequently, the shortage of energy hampers socioeconomic development and lowers living standards of people. Since, non-renewable sources such as fossil fuels and natural gas, the primary sources of energy production in Bangladesh, are limited, usage of renewable energy technology such as solar energy efficiently can satisfy the rising energy demand and in turn improve the existing energy shortage situation. This study found that Bangladesh has been implementing Solar Home System (SHS) programs that contribute in achieving the target to reach electricity to its every citizen by 2020. As of June 2017 a total of 262,515 households do have solar home systems from which an estimated 1.6 million people are benefitted. This article is written based on a research conducted in the districts of southwest coastal region of Bangladesh where a total of 5.1 million people live of which on an average 42.6 percent are poor and 24.9 percent are extreme poor. In-depth interviews, group discussions, key informant interviews, and household survey were used for collection of data to explore the impacts of SHS on the livelihoods of coastal people of Bangladesh. This research found that impacts of Solar Home System services are both immediate and long-term oriented. SHS program contributes enriching all kinds of livelihoods assets such as human, social, financial and physical of the SHS customers. The poor and extreme poor people of climate vulnerable villages of southwest coastal region of Bangladesh are benefited in different ways from SHS programs such as save daily expenditures for kerosene, doing income generating activities in evening hours by both male and female members of family, children sit for study regularly, women feel safety from lightening of house, they can charge cell phone, they have access to weather forecasting, their social status upgraded, and they save money because they do not need to pay bill for electricity. The SHS is one time investment and they customer can pay for SHS package in installments. As the SHS program approach is environment and poor people friendly, its impacts on livelihoods are found sustainable.

Highlights

  • Power system of Bangladesh depends on fossil fuels both in private sector and state owned power plants

  • The data collection for this study was carried out in the Mongla, Morrelganj, Batiaghata, Paikgacha and Shyamnagar Upazilla in southwest coastal region of Bangladesh. These areas are under coverage of Solar Home System (SHS) programs of Bangladesh government through its public limited company, which is known as Infrastructure Development Company Limited (IDCOL)

  • The uses of SHS services by the households/ customers are of manifolds, which work as inputs in the processes of generation of livelihoods assets with immediate, shortterm and long-term effects

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Summary

Introduction

Power system of Bangladesh depends on fossil fuels both in private sector and state owned power plants. About 89% of generated power comes from carbon emitting natural gas, liquid fuel, coal and hydropower. The supply of natural gas is not sufficient to meet the demand. Current gas production capacity in Bangladesh cannot support domestic needs as well as wider electricity generation for the country (Asaduzzaman et al 2013). As a tropical country Bangladesh is endowed with solar energy. In this context solar energy is are liable, affordable and secure energy for the country (Bose et al 2009). Bangladesh has embedded with plenty of solar energy. Bangladesh has much potential to be a solar electricity-rich country. Institutional, financial and technological capabilities act as important factors for reaching a desired level of solar electricity production and utilizations (IEA 2014)

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