在过去的十年里，已经发表了许多关于储能的论文和文章。这些论文大多强调了储能的设计。然而，控制策略的成功实施对该技术的发展非常重要。讨论了基于三种能量存储的成功实现。储存系统的类型为热水，用于冷却装置的假负荷，以在供暖季节产生必要的热负荷；储存热水和冷水，以减少一天中的高峰需求；以及储存一整天的冷水。最后两个系统实现了空单元类型的存储系统。在所有情况下，存储系统的控制都是通过定义几种操作模式来实现的，以满足各种需求。 计算机控制系统实现了所有三个系统的操作模式。详细描述了建筑物的运行模式，包括每日时间能源费用。此外，还讨论了从这些建筑的运行中吸取的经验教训。引文:研讨会，ASHRAE交易，1985年，第91卷，pt。1B芝加哥

Many papers and articles have been published in the last ten years on the subject of energy storage. Most of these papers emphasized the design of energy storage. However, successful implementation of control strategies is very important to the growth of this technology. The successful implementation based on three energy storages is discussed. The types of storage systems are hot water for false loading of the chiller plant to generate the necessary heating load during the heating season; storage of hot and cold water for time-of-day peak demand reduction; and storage of cold water for a full day operation. The last two systems implement the empty cell type of storage system.Control of the storage system in all cases was done by defining several modes of operation to satisfy the various requirements. A computer control system implemented the modes of operation in all three systems. Modes of operation for the building with time-of-day energy charges are described in detail. In addition, the lessons learned from operation of these buildings are discussed.