AI and Renewable energy Near zero cost energy for all ?
Throughout history, energy and technological advances have played a critical role in how society progresses and changes. During the 1800s, energy for lighting was scarce and expensive and whales were hunted to provide oil for lighting, etc. An estimated 8,000 whales were slaughtered each year between 1846 and 1852 for their oil but this need for wholescale slaughter was eventually discontinued when alternatives cheaper sources such as kerosine became available. The industrial revolution in the UK in Mid 18th century was also an important inflexion point as the needs of industry created demand for much more energy and ushered in the era of coal. In 1800, global coal production was only around 10 million tons but by the beginning of the 20th century - this had skyrocketed to 1 Billion tons. Just like kerosine replaced whale oil and killed off the whale oil industry and coal was then replaced by oil and petroleum products to meet societies’ needs, we are now approaching the tipping point where renewable sources are likely to replace and destroy the fossil fuel industries
Ai and related technological advances in many sectors are having an impact on energy. Renewable energy sources of Solar, Wind with the rapidly increasing storage capability of Batteries (collectively called SWB renewable energy sources) offers huge potential. The costs of SWB/ Kw have plummeted over the last decade by around 80% and are likely to fall a further 50 -70% in the next few years making renewables the cheapest power source in the world – even without subsidies. China is the World leader in this and is building the biggest SWB capacity with 7000 wind turbines near the Gobi desert . This covers an area bigger than Belgium and has a capacity of 20 gigawatts (GW) ) – enough to power up to 20 million homes !. It also has the largest solar farm covering 33,000 acres and generating 3.5 Gigawatts giving over 6 billion kilowatt hours of electricity – enough to power over 2 million vehicles for a year . An offshore solar farm with 3000 platforms over 1200 hectares is also being built about 8 km from the coast of Shandong and will add another 1 Gigawatt of power to the National grid . China got 75% of its power generation from Coal just 1 decade ago but now it is only 50 % and this percentage too is reducing every year as more renewables come online .
In the past apart from the costs ( which were high but which have now plummeted) the main limiting factor on the growth in use of renewables has been the inability to store the renewable energy once it is generated. This is now changing rapidly as battery technology improves
China is implementing large scale grid level battery energy storage projects through its State electric grid entity which expects to have 100 GW battery storage capacity by 2030 and CATL a leading Chinese battery manufacturer is now diversifying into green energy systems where it works with municipalities to provide large scale giga battery storage centres for cities and data centres . This Chinese focus on renewables has made it the world leader in innovation and improvements and has resulted in a dramatic reduction in costs such that it now dominates the production of solar panels with over 80% of the global market .
Giga battery units are now being deployed in many countries around the world . There is huge demand and economic incentive to expand into this area. For example Tesla would have to manufacture and sell 100 Tesla cars to get the same profits as it can from just 1 giga battery and there are typically dozens of giga batteries in one cluster. These SWB improvements in China and by others such as Tesla are now spreading rapidly and will dramatically further reduce the costs of energy around the world. Battery storage capacity in China in 2023 was 31.4 giga watts - a 4-fold increase from the previous year . USA has increased its battery storage to nearly 16 gigawatts. Australia has already established a “ big battery “ facility of 300 megawatts and is now expanding capacity to 700 megawatts. The EU countries are also starting to see the huge benefits and the UK and Germany are both actively adopting battery storage. Many power-hungry industries are already moving to locations where such abundant cheap renewable energy is becoming available (e.g. Tesla is building a car making Gigafactory in Texas and a steel making plants Gerdau and Steel Dynamics Inc are also moving there in order to use cheaper Solar and wind energy ). This will make it even more likely that political support and funding will be applied, enabling expansion of SWB renewables. Current levels of electricity generated by SWB. are still relatively small compared to the actual Global demand for power but It has been forecast by Technology thinktanks like RethinkX and technology Investment specialists like Ark investments that if the needed investments are made 100% of any country’s energy needs could be met with SWB - even in countries like Germany without continuous sunshine. This could give near zero cost energy thereafter
Since much of the developing world lies within the sunbelt ( 35 degrees north and 35 degrees south of the Equator ) which is the area where around 70% of the world population lives, there is enormous potential to use solar and other renewable sources to generate and deliver cheap energy in those locations . The cost and unreliability of electricity has been identified as one of the main constraints inhibiting the businesses in Africa and the rest of the developing world. If this constraint can be eliminated this could open up enormous opportunities for such businesses. Cheap energy, once it becomes universally available combined with the expected impact of AI on materials and production processes, will make manufacturing of all goods and products including food much cheaper and could usher in what Peter Diamandis and Ray Kurzweil predict will be an era of abundance where everyone in both developed and developing countries will be able to have enough affordable food , products and services to meet their needs
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