Utilidata’s Post

A University of Michigan pilot study using AI tools by Utilidata explores how EV charging can be managed to minimize its impact on the power grid, extend the lifespan of charging equipment and boost user experience. The research utilizes AI to analyze charging patterns and anticipate potential issues. The small study examines how to ensure a more consistent and reliable power supply at EV charging stations to improve the customer experience for EV owners. 🚗⚡ Read more: https://lnkd.in/gTw-saDX 🗞️Want EV news like this straight in your inbox? Subscribe to Evolve's Newsletter on our website. #EV #EVNews #Electric #Sustainable #AI

New AI tools could give utilities real-time data to make the power grid and EV charging more reliable, a very small study by the University of Michigan Transportation Research Institute and startup Utilidata suggests. The researchers are using #AI to analyze #EV #charging behavior, hoping those insights might improve the experience for drivers and help utilities prepare for the spike in electricity demand. So far, they’ve found that EV charging can draw power inconsistently and lower power quality, which can wear out charging equipment. Source: https://lnkd.in/gTw-saDX

Embrace AI, Machine Learning, and Electric Vehicles! The electrical grid is becoming extremely complex as more intermittent energy sources like #wind and #solar come online. Previously, a few large thermal plants supplied most customers with power at a consistent flow - but now #windenergy and #solarenergy generate variable electricity...and unpredictable weather amplifies the challenge of balancing supply with demand. Some #grid operators are leveraging #artificialintelligence to manage this chaos. Most people know that AI can learn from large amounts of QUALITY data as well as respond to complex scenarios, so it is arguably well-suited to keep the complex power grid stable. AI could help operators understand current conditions, make better decisions, and predict problems. These grid system operators execute complex mathematical calculations every day to not only forecast how much electricity supply is necessary tomorrow but also determine the most economical way to dispatch said #electricity. #Electricvehicles are another challenge for the grid nowadays because #ev adoption adds significant electrical demand. Some say that the EV growth is similar to the growth utilities experienced when air conditioners spread back in the day. Both AI and #machinelearning could help the electrical web of myriad devices where operators must analyze all the data to make the best operational decisions for both the individual customer and the grid itself. https://lnkd.in/gv_gzEmj

📍 How AI Could Revolutionize EV Charging📍 Researchers from the University of Michigan and Utilidata are harnessing AI to analyze EV charging behavior, aiming to improve reliability and efficiency. This pilot study reveals that EV charging can be inconsistent, lowering power quality and causing equipment wear. AI can spot and predict these issues in real-time, helping utilities manage the power grid more effectively. Benefits include reducing energy waste, preventing equipment damage, and advising drivers on optimal charging times and locations 🔌🚗 This technology uses machine learning to analyze data and optimize performance, in a similar way to how AI in PRO.display uses it for controlling shelf displays. As EV adoption grows, AI will be crucial in ensuring a smooth transition and bolstering the grid. #AI #EV #TechInnovation #SustainableFuture #SmartGrid #PROdisplay #ImageRecognition https://bit.ly/3WeUKKX

#AI is revolutionizing the power grid with unparalleled speed and resilience. From enhancing EV charging strategies to preempting natural disasters, AI is transforming energy management. Dive into the MIT Technology Review's insightful exploration of these groundbreaking advancements. Learn more: https://sie.ag/27LJPA

#AI is revolutionizing the power grid with unparalleled speed and resilience. From enhancing EV charging strategies to preempting natural disasters, AI is transforming energy management. Dive into the MIT Technology Review's insightful exploration of these groundbreaking advancements. Learn more: https://sie.ag/27LJPA

#AI is revolutionizing the power grid with unparalleled speed and resilience. From enhancing EV charging strategies to preempting natural disasters, AI is transforming energy management. Dive into the MIT Technology Review's insightful exploration of these groundbreaking advancements. Learn more: https://sie.ag/27LJPA

#AI is revolutionizing the power grid with unparalleled speed and resilience. From enhancing EV charging strategies to preempting natural disasters, AI is transforming energy management. Dive into the MIT Technology Review's insightful exploration of these groundbreaking advancements. Learn more: https://sie.ag/27LJPA

#AI is revolutionizing the power grid with unparalleled speed and resilience. From enhancing EV charging strategies to preempting natural disasters, AI is transforming energy management. Dive into the MIT Technology Review's insightful exploration of these groundbreaking advancements. Learn more: https://sie.ag/27LJPA

From predicting EV charge times to pinpointing areas of high wildfire risk, AI is transforming our energy network.