Skip to main navigation
Skip to main content
more options
Research Without Boundaries
List of Strategic Areas:
RWB Welcome
Strategic Area: Advanced Materials
Strategic Area: Complex Systems and Networks
Strategic Area: Energy, Environment, and Sustainable Development
Strategic Area: Information, Computation, and Communication
Strategic Area: Nanomaterials, Nanodevices, and Nanoscience
Strategic Area: Systems Biology and Biomedical Engineering
List of Research Topics:
Autonomous Performance Systems
Biological Systems and Networks
Electric Power Systems
Information Networks
Manufacturing Systems
Transportation Systems
Complex Systems and Networks
Electric Power Systems
 
Power Lines
 

Robert ThomasWhile other electrical engineers debate the large-scale blackouts that affect the grid every 35 years or so, Cornell Professors Robert Thomas, Richard Schuler, and other members of E3RG (Engineering and Economics of Electricity Research Group) concentrate on the dayto- day intersection of engineering and economics.

“Engineers worry about Kirkoff’s equations; economists don’t,” Thomas says, referring to the laws of physics that describe current and voltage.

Richard SchulerA professor in Electrical and Computer Engineering, Thomas founded PSERC (Power Systems Engineering Research Center), a national affiliation of 11 universities supported by industry and the National Science Foundation. Schuler, a professor in Civil and Environmental Engineering and in the Department of Economics, serves on the board of New York’s Independent System Operator, which controls the flow of electricity between generators and utilities and the deregulated wholesale power market. The group also includes professors in the Department of Applied Economics and Management.

Schuler’s insights from “experimental economics” have already helped, but Schuler emphasizes that the solution to the nation’s power grid needs requires long-term investments.

“Deregulation allows people to buy electricity at the best price even if power comes from a plant hundreds of miles away, but our transmission grid of high-voltage lines and substations was not intended to carry this kind of load,” he says. “They were designed instead to improve reliability by connecting alternative, nearby sources of supply.”