Self-controlled Exploitation of Energy Cost saving Potentials by Implementing Distributed Demand Side Management
Self-controlled Exploitation of Energy Cost saving Potentials by Implementing Distributed Demand Side Management
复制标题
通过实施分布式需求侧管理自主控制能源成本节约潜力
DOI：
10.1109/indin.2006.275829
复制
发表时间：
2006
期刊：
影响因子：
--
通讯作者：
F. Kupzog
中科院分区：
文献类型：
--
作者：
F. Kupzog
面对能源资源短缺和能源成本上升，提高能源使用效率至关重要。电网中的日常消耗高峰导致必须维持仅暂时使用的过剩容量。尽管已经解除了管制，但今天的电力市场仍然缺乏激励大型消费群体避免高峰消费。本文讨论了一个分布式的和集成的负载管理基础设施的基础上，自我控制的负荷转移策略，旨在减少高峰消费。拟议的通信基础设施对其有效和灵活的运作至关重要，这将使国家和国际电网在能源流动之外还能进行信息流动。这种低成本和免维护的基础设施将携带实时定价信息，并允许负载管理设备相互通信。因此，消费者可以参与能源业务，并从将部分日常负荷转移到非高峰时段中获利。
Facing the shortage of energy resources and rising energy costs, it is crucial to increase the efficiency of energy usage. Daily consumption peaks in electrical power grids result in the necessity to maintain overcapacities that are only temporarily used. Although already deregulated, today's power markets still lack incentive for large consumer groups to avoid peak consumption. This paper discusses a distributed and integrated load management infrastructure based on a self-controlled load shifting strategy which aims to reduce peak consumption. Essential for its effective and flexible operation is the proposed communication infrastructure, which will enable a flow of information in addition to the flow of energy in national and international power grids. This low-cost and maintenance-free infrastructure will carry real-time pricing information and allow load management appliances to communicate with each other. As a result, the consumer can take part in the energy business and profit from shifting part of the daily load to off-peak hours.