A framework for the power management in a smart campus environment is proposed, which enables the integration of renewable local energy sources, storage banks and controllable loads, and supports Demand Response with the electricity grid operators. We describe the system components, including an Energy Management System for the optimal scheduling of power usage, a telecommunication infrastructure for data exchange, and power production/consumption forecast algorithms. We also analyzes relevant use cases and propose quality metrics for the performance validation of the framework.
An energy management framework for optimal demand response in a smart campus
Bolchini Cristiana;Quintarelli Elisa;
2015-01-01
Abstract
A framework for the power management in a smart campus environment is proposed, which enables the integration of renewable local energy sources, storage banks and controllable loads, and supports Demand Response with the electricity grid operators. We describe the system components, including an Energy Management System for the optimal scheduling of power usage, a telecommunication infrastructure for data exchange, and power production/consumption forecast algorithms. We also analyzes relevant use cases and propose quality metrics for the performance validation of the framework.
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