IODiCUS - Interoperable Open Digital Control Unit System

互操作开放数字控制单元系统项目（IODiCUS）旨在展示连接能源网络的技术可行性和未来市场，在具有微型发电和本地储能的建筑物中，以及与电网的优化交互。该项目建立在“能源收集、存储和使用的互操作性”可行性研究的基础上，该研究由TSB“建筑物更好的连接呼叫”资助，并将利用算法执行动态决策，决定在建筑物本地使用微发电，选择本地存储，或向电网出售或从电网回购。它将使用布里斯托尔大学及其周围的一系列具有代表性的建筑、住宅和住宅来展示本地化能源系统的功效。它将开发开放数字控制单元和安全通信设备，用于测量每个能量输入、存储或输出，并开发旨在提供稳定负载的算法，尽管间歇性。IODiCUS将评估技术和商业优点，以及住宅或商业客户的未来需求和限制。

The Interoperable Open Digital Control Unit System Project (IODiCUS) seeks to demonstrate the technical viability and future market for a connected energy network, in buildings with microgeneration and local energy storage and optimised interaction with the electricity grid. The project builds on the "Interoperability of energy harvesting, storage and use" feasibiility study funded under the TSB Buildings Better Connected Call and will utilise algorithms executing dynamic decision making of the use of microgenerated electricity locally to the building, options for local storage, or for selling to, or buying back from, the electricity grid. It will use a representative set of buildings, residences and dwellings in and around the University of Bristol to demonstrate the efficacy of a Localised Energy System. It will develop Open Digital Control Units and Secure Communication Devices for measuring each energy input, store or output and develop algorithms that aim to delivering stable loads despite intermittency. IODiCUS will evaluate the technical and commercial merits, along with the future needs and constraints of the residential or business customer.