In what ways does artificial intelligence improve the performance of electric grids and oil and gas power plants?

Artificial intelligence has a significant impact on the more reliable and efficient operation of power grids. By using artificial intelligence energy, you can benefit from load and weather forecasting, network management, increasing the output of wind and solar resources, assessing the risk of fire and detecting methane leaks.

The effect of artificial intelligence on electrical networks and oil and gas power plants

Sisto, the deputy head of the artificial intelligence department, tells its subcommittee, “With the help of artificial intelligence, shareholders can make more accurate and better electricity consumption forecasts.” The use of new artificial intelligence technology by managers of power companies and its microgrids to predict short-term energy consumption in all geographies of their networks is a confirmation of Sisto’s words.

Artificial intelligence can also be used to set up a more efficient electricity network. It is also worth mentioning that the ever-increasing demand for energy requires a stronger infrastructure in the future. Sisto believes that this network can meet the current needs; However, this committee should examine what investments are needed to provide the physical infrastructure for the growth of artificial intelligence.

Jeremy Renshaw, senior technical director of a group that works in the field of artificial intelligence, explains the impact of artificial intelligence on electrical networks as follows: “The Electric Power Research Institute has collaborated on more than 70 projects in which artificial intelligence was used.” . He says, “Artificial intelligence models that are available now help network operators by following the recommended measures to maintain the network’s performance, and from this point of view, they are considered a kind of backup.”

Jeremy Renshaw believes that the technology discovered will increase energy security and advance its production, delivery and consumption more reliably. Paul Dabar, CEO of Bohr Quantum Technology, says: “Artificial intelligence has started the process of energy restoration”.

Another effect of artificial intelligence is to make the operation of power plants more efficient. Edward Abu, C3.ai’s Chief Technology Officer, believes that: “Artificial intelligence will increase production in refineries by reducing energy consumption in oil and gas production and monitoring assets such as pipelines, and increase the production capacity of oil and gas producers. raises Artificial intelligence is used in all high, middle and low levels of these industries.

“Installing sensors on turbines and breakers directly affects the performance of generators and improves it significantly,” says Debbar. In this case, as time passes, the power plants perform better predictive maintenance by collecting correct and sufficient data. “Artificial intelligence has made it possible to produce more power at a lower cost.”

Conclusion

The impact of artificial intelligence on electric networks and oil and gas power plants and the amount and quality of their performance in recent years has been so great that it cannot be easily ignored. The elders of these industries admit that artificial intelligence, in addition to increasing and strengthening the power of electricity networks, has been effective in its production costs. For example, it is considered as a kind of energy regenerator and has a relatively good performance in accurately predicting the amount of electricity consumption. It also carries out the recommended measures to maintain the performance of networks in the best way, and in this way it is considered a kind of support for network operators.