Energy Internet Platform
Harness Energy Internet data for flexibility
The AutoGrid Energy Internet Platform™ (EIP) helps energy providers win the future by harnessing flexibility to deliver reliability. As the unified technology foundation for all AutoGrid applications, the AutoGrid EIP™ provides the state-of-the-art energy data science, speed and scale needed to predict, optimize and control tens of thousands of distributed energy resources (DERs) and millions of participants, using trillions of data-points, in real time.
With applications built on the AutoGrid EIP, energy providers can balance and optimize a decentralized, renewable-friendly energy network. Create more value from energy assets for themselves and for their customers. And deliver clean, affordable, reliable power to the world.
Intelligent prediction, optimization and dispatch—in real time, at scale
AutoGrid Predictive Controls™ technology is the intelligence at the core of the AutoGrid Energy Internet Platform. This patented technology processes petabytes of data streaming from millions of connected energy assets using powerful data science, advanced machine learning and high-performance network optimization algorithms to create a living model of the Energy Internet.
Advanced energy data science
- Models both the physics and the customer behavior of the Energy Internet
- Accurately predicts and optimizes supply and demand patterns across the Energy Internet—in real time and at scale
Big data speed and scale
- Rapidly optimizes millions of decision variables
- Dispatches assets automatically and reliably
Drive customer insights
The world’s leading energy companies turn to AutoGrid to integrate all distributed energy resources, turn on new revenue streams and drive deeper engagement with their customers. Our suite of Energy Internet applications allows utilities, electricity retailers, renewable energy project developers and energy service providers to deliver clean, affordable and reliable energy in a distributed energy world.
How do we do this? By pioneering the science of flexibility management. This innovative approach enables energy providers to mine the Energy Internet’s rich data lode to extract flexible capacity from distributed energy resources. In turn, flexible capacity can be used to balance energy supply and demand in real time, increase the productivity and value of energy assets, and deliver new energy services to customers.
Established at Stanford University in 2011, we have assembled a team of world-class software architects, electrical and computer engineers, data scientists and energy experts who apply cutting-edge analytics and in-depth energy data science to solve the world’s most critical energy problems.