作者: Duncan S. Callaway , Johanna L. Mathieu , Stephan Koch
DOI:
关键词: State space 、 Population 、 Control engineering 、 Automatic frequency control 、 State-transition matrix 、 Model predictive control 、 Markov chain 、 Demand response 、 Probability mass function 、 Engineering
摘要: This paper presents a novel modeling and con- trol approach for the aggregation of large numbers hetero- geneous thermostatically controlled loads, such as refrigera- tors, electric water heaters, air conditioners, their usage Demand Response. Unlike traditional Re- sponse methods that act on time scales hours, this ap- proach is able to provide short-term (e.g., second-to-second) ancillary services, balancing frequency control. A statistical based Markov Chains used describe evolution probability mass in tem- perature state space. The transition matrix identified using information from population loads. predictive controller control aggregate loads it tracks signal. simulation example shows applicabil- ity realistic systems, includes com- parison performance depending available parameterization.