The global energy sector is going through a paradigm shift in the way it produces and distributes power. There is a massive demand for reliable, clean, and cost-effective energy, and AI (artificial intelligence) is bound to play a vital role in meeting this future global demand. While it is clear that solar, wind, nuclear, and hydroelectric energy will gradually replace the traditional coal-fired power plants, one of the current hurdles in this path is the inconsistency and unpredictability of renewable power. A windless day or a cloudy afternoon can restrain the generation of renewable energy and lead to temporary power shortfalls. Similarly, an abnormally windy or sunny weather can help generate excess energy, which can be wasteful or costly to store.

The global energy sector is going through a paradigm shift in the way it produces and distributes power. There is a massive demand for reliable, clean, and cost-effective energy, and AI (artificial intelligence) is bound to play a vital role in meeting this future global demand. While it is clear that solar, wind, nuclear, and hydroelectric energy will gradually replace the traditional coal-fired power plants, one of the current hurdles in this path is the inconsistency and unpredictability of renewable power. A windless day or a cloudy afternoon can restrain the generation of renewable energy and lead to temporary power shortfalls. Similarly, an abnormally windy or sunny weather can help generate excess energy, which can be wasteful or costly to store.