Noodoe, a global leader in electric vehicle (EV) charging and energy management solutions, has introduced its new AI-powered charging management system, marking a significant advancement in intelligent transportation infrastructure. The innovative platform, recently highlighted in an Amazon Web Services (AWS) case study, employs generative AI to optimize pricing strategies at EV charging stations, resulting in a 10 to 25 percent revenue increase per site within months of deployment.
The system, known as AI Advisor, utilizes real-time data analytics to generate tailored pricing recommendations for individual charging stations. This approach enhances station utilization, maximizes operator revenues, and lays the groundwork for integrating autonomous vehicles into the transportation ecosystem.
“We are delivering smarter, AI-driven solutions today while laying the groundwork for future transportation infrastructure,” said Jennifer Chang, CEO of Noodoe. “AI Advisor is just the beginning. We’re actively building the next-generation EV charging ecosystem essential for autonomous vehicle deployment.”
Noodoe’s AI Advisor integrates seamlessly into the company’s established EV charging operating system. Focusing on autonomous energy management and intelligent data processing, the system has already helped Noodoe achieve industry-leading operational metrics, including a 98 percent network uptime—well above the industry average.
The AI-driven platform leverages Amazon Bedrock, a fully managed service offering access to multiple large language models (LLMs). By utilizing AWS services, Noodoe reduced its time to market from months to weeks while cutting development costs by 10 percent.
Noodoe’s latest innovation reinforces its position as a pioneer in smart EV charging solutions and intelligent energy management, driving the evolution of cleaner, more connected transportation networks worldwide. The company plans to deepen its use of generative AI in its EV charging solutions, focusing on automating customer processes and delivering greater value from data.
