Artificial Intelligence Is Crucial For The Energy Industry

Artificial Intelligence Is Crucial For The Energy Industry

Artificial Intelligence Is Crucial For The Energy Industry

As the world begins to turn away from fossil fuels and depend increasingly on renewable resources, the energy sector is presented with a problem. Renewables are simply not as reliable as oil and gas, as they are largely dependent on weather conditions such as sunny skies and windy days. In a world where we become fully dependent on renewables, there is concern that supply may not always be able to meet demand.

This supply problem is compounded with the complications of individuals, businesses, and municipalities becoming small-scale energy producers themselves by way of solar panels and individual storage units connected to the grid. These producer-consumers, having varying and unpredictable patterns of individual production and consumption create instability on shared grids.

Producer-consumers cannot safely connect to a central, nationwide grid until we have predictive software able to understand and manage localized energy flows. The energy industry needs a smart technology that can ensure that there is an equilibrium between supply and demand at all times.

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Enter artificial intelligence. Though the necessary technology is still in development, AI would be able to use predictive algorithms to balance grids, negotiate joint actions to self-heal networks in case of bugs or hacks, and to assess the reliability of production and consumption figures created by producer-consumers. The system will have to learn the minutiae of each locality’s behavior of supply and consumption, with the ability to store or release energy as needed to keep the grid balanced.

Currently, there is no industry standard for the integration of producer-consumers’ energy storage into the greater grid, creating a massive opportunity for innovation that will have global consequences. Many areas employ several different strategies to fill the gaps in renewal energy supplies. For example, for brief gaps in generation, the UK’s National Grid turns to conventional power stations. For longer gaps, some power stations are kept on standby, a costly strategy that continues contributing the carbon emissions that the country is trying to combat.

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