Presentation Title
Controlling Household Appliances for Renewable Energy Integration
Abstract
Large penetrations of renewable generation are causing major issues in the power grid. As the sun sets, the resulting decline in generation coincides with increasing customer demand. As the amount of solar generation increases, this will put unprecedented stress on the power system operators who must continually manage adequate generation that can take long periods of time to start up. Many consumer appliances, such as water heaters, refrigerators, air conditioners, and pool pumps have the ability to operate at different hours of the day with minimal inconvenience to customers. This work models a collection of consumer appliances as a battery to mimic energy storage. Results will show that this offers better utilization of clean energy and can offer improvements in reliability to system operators.
Primary Faculty Mentor Name
Paul Hines
Status
Graduate
Student College
College of Engineering and Mathematical Sciences
Program/Major
Electrical Engineering
Primary Research Category
Engineering & Physical Sciences
Controlling Household Appliances for Renewable Energy Integration
Large penetrations of renewable generation are causing major issues in the power grid. As the sun sets, the resulting decline in generation coincides with increasing customer demand. As the amount of solar generation increases, this will put unprecedented stress on the power system operators who must continually manage adequate generation that can take long periods of time to start up. Many consumer appliances, such as water heaters, refrigerators, air conditioners, and pool pumps have the ability to operate at different hours of the day with minimal inconvenience to customers. This work models a collection of consumer appliances as a battery to mimic energy storage. Results will show that this offers better utilization of clean energy and can offer improvements in reliability to system operators.