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Future of Energy

What does the future of energy look like, and how are we going to tap sustainable energy resources

Every culture relies on energy to function. The most prosperous societies in history have always been those that made the best use of the resources at their disposal and optimized their energy throughput. However, getting this energy is not always easy; it must be affordable to the average person and widely accessible to be helpful.

The lack of energy is a significant concern in today’s culture. For many, there is a sense that the world is running out of inexpensive energy (especially oil), which might lead to conflict over energy supplies soon.

Due to the growing fear of a global energy crisis, many individuals believe that hostile governments hold Western culture. It’s a complete and utter misunderstanding of the facts. However, once cheap conventional oil runs gone, there will be a need to move to alternative energy sources. There is still enough affordable energy accessible.

Carbon dioxide concentrations in the atmosphere are also a significant source of societal concern since they can cause catastrophic global warming. Some argue that renewable energy sources, such as wind power, solar power, ethanol, and biomass, should solve this problem.

Technology – a brave new world

The world is reducing emissions, and the cutting-edge technology of 2020 is already becoming commonplace. Energy storage, particularly at a large scale, is critical in balancing a power market dominated by intermittent renewables such as solar and wind power. Battery technology based on next-generation cobalt-light, high-nickel lithium-ion batteries supports an industrialized electric vehicle (EV) industry. China is the global leader in terms of production and supply chain dominance. One in every four light vehicle sales worldwide is an electric car, and autonomous electric vehicles are beginning to gain popularity in the general market.

Cities in China, California, Japan, and Europe are setting the standard in decarbonization and energy consumption – giving an insight into what the world will look like in 2050. People have total control over the energy use and efficiency in these cities because of intelligent homes. Innovative systems connect wirelessly to appliances and regulate the residential environment – cooking, heating, and lighting – cost-effectively, selecting whether to purchase electricity from the grid, sell it, or store it. As a result, intelligent systems are becoming more popular.

Energy systems in these cities are autonomous, with distributed generation strongly influenced by renewables and supported by grid-edge technology such as energy storage and electric vehicle (EV) charging, among other things. Gas is still used in the generating mix as a backup energy source. Massive investments are being undertaken throughout the world in ‘last-mile’ distribution to keep up with the rapidly increasing demand for electricity.

Towards a more sustainable future

A significant source of energy for transportation, particularly aeroplanes, and the production of common goods such as plastics and steel will continue to be hydrocarbons in the following decades. Humans use technology and creativity to supply cleaner energy to satisfy the world’s expanding energy demands. Modern life would be impossible without transportation. As a result, people are producing cleaner and more efficient lubricants and fuels, such as low-carbon biofuels and hydrogen, and offering educational programs to assist drivers in improving their fuel efficiency due to such innovations.


The number of people on the earth is expected to reach 9 billion by 2050, representing an almost 2 billion increase over the current population. As a result, environmental pollution has nearly reached the critical threshold level of concern. As a result, there are no other choices except to embrace e-mobility. Therefore, the government worldwide has chosen to promote electronic vehicles (EVs) to reduce pollution to address environmental difficulties.

Although it is difficult to forecast the future, the energy industry will undoubtedly appear quite different 20 years from now than it does now. It is estimated that renewables will account for nearly 70% of the world’s energy mix by 2040 while emitting almost 80% less carbon dioxide into the atmosphere. According to the report, while fossil fuels will still be produced in 2040, renewables will account for nearly 70% of the world’s energy mix and emit almost 80% less carbon dioxide into the atmosphere. Global energy consumption is expected to increase by around 28% between now and 2040, but our air should be cleaner and our environment healthier.

It will take a lot of effort to get to that position. To make breakthroughs like reducing CO2 emissions economically viable, will require billions of dollars in investments in new technology, commitment from financial institutions to support both low-carbon and renewable energy projects, and the correct incentives from governments.

Two goals are to improve energy efficiency for 1.5 million households and decrease one-megaton CO2 emissions from utility buildings. Natural gas will no longer be used to heat new structures, and existing buildings will need to be upgraded to accommodate fossil-free heating. Governments are also taking the lead in implementing a local, participatory approach to making homes emission-free.

By 2030, all new passenger vehicles will be zero-emission vehicles. Several taxation measures, including support for the used car market, are being utilized to encourage the usage of electric vehicles. By 2030, there will be 1.8 million charging stations. Change in mode of transportation from vehicle to bicycle or public transport. Intelligent solutions will make it possible for logistics to organize more efficient and environmentally friendly transportation.

Although it is difficult to foresee the future of any business, the energy sector is now undergoing a massive upheaval that will result in a completely different industry in the coming years.


The Future of Energy By Brian F. Towler

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