Innovation, Technology Commercialization & Flexible Energy Systems
The Energy Systems Integration Group (ESIG) focuses on turning advanced research into deployable technology, commercial products, and decision tools used by industry, investors, and government.
Digital Twins, Flexible Energy & Decision Intelligence
ESIG develops digital-twin and decision-support technologies that help utilities, developers, and energy providers operate more flexible, responsive energy systems. Modern power systems must balance variable generation, changing demand, and human behavior. Traditional engineering tools often struggle to capture these real-world factors.
ESIG addresses this gap by combining digital-twin modeling, data analytics, and human-informed decision methods to support flexible energy demand and power management. These tools enable organizations to test operational strategies, evaluate risk, and improve system performance before decisions are implemented in the field.
Our work has demonstrated how integrating operational data, market conditions, and human decision factors can improve energy allocation, reliability, and grid responsiveness. This approach helps utilities and developers better manage distributed energy resources, electrification, and demand flexibility.
This innovation has enabled flexible energy demand in rural electrification in India where power is limited and unpredictable. The benefits to implement this in support of U.S. solar power was recognized through selection as a U.S. Department of Energy Solar Prize semifinalist, highlighting its commercial potential and real-world impact.
Learn more about our work with flexible energy demand in rural electrification in India.
Adaptive Wind Technology & Commercialization
ESIG is developing next-generation active wind turbine blade technology designed to improve performance, reliability, and cost competitiveness across the global wind industry. As turbines grow larger to capture more energy, longer blades introduce structural, operational, and economic tradeoffs. To address this challenge, ESIG and its collaborators are developing adaptive blades that actively change shape in response to wind conditions—capabilities not available in conventional turbine designs.
This patented technology has attracted interest from major turbine manufacturers and has been transferred to the startup Atrevida Science to support commercialization and field deployment. Expected impacts include:
- Potential reduction of wind energy Levelized Cost of Energy by up to 50% by 2030
- Improved turbine performance, reliability, and operational flexibility
- Estimated reduction of up to 27 million metric tons of COâ‚‚ annually in the U.S. Northeast
- Support for offshore wind growth, port infrastructure expansion, and high-paying union jobs
- Workforce development through prototype development, testing, and student training
Learn more about how this work demonstrates a clear pathway from research to patents, partnerships, and commercial deployment.
