Spinning Reserves from Controllable Packaged Through the Wall Air Conditioner (PTAC) Units

TitleSpinning Reserves from Controllable Packaged Through the Wall Air Conditioner (PTAC) Units
Publication TypeReport
Year of Publication2002
AuthorsKirby, Brendan J., and Moonis R. Ally
Pagination62
Date Published11/2002
Keywordsconsortium for electric reliability technology solutions (certs), energy analysis and environmental impacts department
Abstract

This report summarizes the feasibility of providing spinning reserves from packaged through the wall air conditioning (PTAC) units. Spinning reserves, together with non-spinning reserves, compose the contingency reserves; the essential resources that the power system operator uses to restore the generation and load balance and maintain bulk power system reliability in the event of a major generation or transmission outage. Spinning reserves are the fastest responding and most expensive reserves. Many responsive load technologies could (and we hope will) be used to provide spinning reserve. It is also easier for many loads (including air conditioning loads) to provide the relatively shorter and less frequent interruptions required to respond to contingencies than it is for them to reduce consumption for an entire peak period. Oak Ridge National Laboratory (ORNL) is conducting research on obtaining spinning reserve from large pumping loads and from residential and small commercial thermostat controlled heating, ventilation and air conditioning (HVAC) units. The technology selected for this project, Digi-Log's retrofit PTAC controller, offers significant advantages.

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