Mapping the Effect of Ambient Temperature on the Power Demand of Populations of Air Conditioners

- Mahdavi, Nariman, Braslavsky, Julio H., Perfumo, Cristian

Modelling the aggregate demand response of a population of air conditioners to changes in ambient temperature

- Mahdavi, Nariman, Braslavsky, Julio H., Perfumo, Cristian

Bayesian parameter estimation for direct load control of populations of air conditioners

- Mahdavi, Nariman, Perfumo, Cristian, Braslavsky, Julio H.

Model-based estimation of energy savings in load control events for thermostatically controlled loads

- Perfumo, Cristian, Braslavsky, Julio H., Ward, John K.

Towards load control of populations of air conditioners with guaranteed comfort margins

- Mahdavi, Nariman, Perfumo, Cristian, Braslavsky, Julio

A sensitivity analysis of the dynamics of a population of thermostatically-controlled loads

- Perfumo, Cristian, Braslavsky, Julio, Ward, John K.

An analytical characterisation of cold-load pickup oscillations in thermostatically controlled loads

- Perfumo, Cristian, Braslavsky, Julio, Ward, John K., Kofman, Ernesto

Model-based feedback control of distributed air-conditioning loads for fast demand-side ancillary services

- Braslavsky, Julio H., Perfumo, Cristian, Ward, John K.

Load management: model-based control of aggregate power for populations of thermostatically controlled loads

- Perfumo, Cristian, Kofman, Ernesto, Braslavsky, Julio H., Ward, John K.

Achieving a synergy by combining air conditioners and photovoltaic panels: an evolutionary-algorithm approach

- Perfumo, Cristian, Ward, John K., Braslavsky, Julio