One of the fastest-growing economies in the world is found in India. It is expected that in the next few decades, a significant growth in the global population will increase, a movement toward urbanization will begin, faster technological development will occur, and domestic production will gain momentum- all of which require electricity. Traditional energy sources comprise the bulk of the energy we use in India today. It is likely that if we see a substantial rise in the need for electricity, we will consequently see an increase in carbon emissions unless we make our existing processes more energy and resource efficient.
26% of India’s gross greenhouse gas production in 2014 came from the manufacturing sector, and 41% of the overall commercial energy usage of the country in 2019 was from the market. The demand for electricity is likely to increase because of the government’s drive for more indigenous manufacturing. Demand control and energy conservation, in addition to decarbonization technology, will help significantly reduce India’s pollution profile. Several programs, such as the PAT and the SME system for small and medium businesses, have also been launched to slash the sector’s energy intensity.
Industrial electricity usage is closely accompanied by growing commercial and residential electricity consumption. One of the main sources of energy consumption in buildings is room ventilation. energy-saving construction building code (ECBC), voluntary building guideline systems like the ranking and standards for green construction, and use of thermal efficiency criteria for building design and construction will help lower internal building heat loads and lower building cooling requirements.
To address the need for accessible and affordable cooling in India, the Government of India has developed the India Cooling Action Plan, which recognizes cooling as a development need and alludes to goals such as better health and well-being (SDG 3), decent jobs and economic growth (SDG 8), healthy cities and communities (SDG 11), and climate action (SDG 13). Currently, the market for cooling and thermal comfort in space cooling, cold chain, and mobility is far further from its height than energy demand for cooling and thermal comfort in space cooling, cold chain, and mobility. An increase of approximately 5 to 8 times over the current year is anticipated for cooling demand in these sectors. Constant refrigerants with high global warming potential are still in use today. Although increasing the energy efficiency and the transfer of refrigerant has the possibility of slowing the global mean temperature rise by 0.5 degrees Celsius, higher levels of energy efficiency and refrigerant transition will also limit the temperature increase globally.
Energy & Education
The two-part method of conserving resources is to eliminate excessive consumption and promote efficiency. One of the mechanisms of recycling is not only to use electricity that has a smaller environmental cost, but also to go entirely off the grid. In addition, it is therefore important to effectively control the energy that is generated during the generation process and is transmitted. Energy management is a difficult method in the energy sector that requires expertise and experience. It is important that there is increased understanding in the country about energy project management course in order to ensure their continued growth. Educational institutes deliver a wide variety of courses today, including energy conservation, which will help students and business leaders become highly competitive in their respective industries. Focusing on educating people about energy management is important for education in general. this would result in an improved sense of personal energy discipline in Indian households
India’s optimal energy goals
It is not necessary for India to have the same goal as other countries in order to be successful. To strive to achieve a target of 1500 kWh by 2030, it will be better to apply a practical strategy. Increasing the target to produce 2500 kWh by 2020 is a realistic initiative. The aim is to sustain current capability in order to meet the anticipated population, the finite availability of energy, and increasing environmental demands for additional electricity generation. Increasing the electricity production as proposed would improve the quality of life and prospects for economic development in India. Encouraging management of energy resources must also be promoted in various sectors of the energy industry in India, including green energy, with the best MBA programs for renewable energy in India. Efforts to minimize the use of non-renewable energy may offer a good choice for conserving energy, but even that would require effective management. Since renewable energy is highly dependent on geographical location and environmental factors, it is important to ensure its sustainable use.