评估工具包和参考设计有助于加快智能电网解决方案的发展

评估工具包和参考设计有助于加快智能电网解决方案的发展   　　物联网（物联网）承诺提供显着的节省量时，充分应用在智能建筑和智能校园环境。管理能源将提供一个最大的储蓄环境控制管理，以提供最佳的舒适性居民，同时尽量减少能源使用。工厂和工业复合物也将受益于更强大的和连接的物联网为基础的能源管理系统。收集和控制所有的电力供应和消费点将需要更广泛的能源计量和管理设备推出。   　　MCU厂商早已针对能源计量和管理应用，以及现代的MCUs有几个先进的功能，使他们非常有效的在这些应用。此外，参考设计往往提供完整的系统解决方案，共同的能源测量，控制和集中器应用。本文将探讨一些这些参考设计来说明他们如何可以显着简化实施您的下一个能源测量和管理设计，加快您的上市时间。   　　   　　Energy management in the Smart Grid   　　The Smart Grid is a new way of thinking and architecTIng the energy infrastructure. It applies to all aspects of the generaTIon， distribuTIon， and uTIlization of energy. If all three of these elements are in place and operational， a more intelligent and efficient “Smart Grid” can be constructed. A Smart Grid will optimize energy generation， delivery， and consumption by measuring and predicting the energy needed， and then generating and delivering it efficiently. A key element of the Smart Grid is the sensing， monitoring， and communicating of energy use by the consumer. Once energy use is known and ideally predictable by using big-data analytics， generation and delivery can be better managed. If consumption can be managed based on the availability of generated energy， additional efficiencies can be obtained.   　　Figure 1 illustrates the evolution of the Smart Grid. On the left side， the previous energy system was concentrated on power generation. The Smart Grid utilizes a more distributed approach to power generation， using multiple sources and a communications and sensing network to better manage energy delivery and utilization. Sensors are used throughout the Smart Grid to measure power. This is not only implemented at each use point， but also at each generation and distribution point so real-time decisions can be made that optimize the efficiency of the entire system.