In India, we have a target of having 100% green energy by 2070. However, renewable energy like solar and wind energy is erratic and needs storage on the one hand and grid stabilization on the other. AI can significantly help manage the grid imbalance caused by renewable energy. AI algorithms can predict energy demand and renewable generation more accurately using data from weather forecasts, energy usage patterns, and historical trends. AI can also optimize energy storage systems, like batteries, by deciding when to store excess energy and release it. Additionally, AI can facilitate real-time grid management and adjust supply and demand dynamically.
In India, we have a target of having 100% green energy by 2070. However, renewable energy like solar and wind energy is erratic and needs storage on the one hand and grid stabilization on the other. AI can significantly help manage the grid imbalance caused by renewable energy. AI algorithms can predict energy demand and renewable generation more accurately using data from weather forecasts, energy usage patterns, and historical trends. AI can also optimize energy storage systems, like batteries, by deciding when to store excess energy and release it. Additionally, AI can facilitate real-time grid management and adjust supply and demand dynamically.