Control System Design for Smart Microgrids

这家名为GSS集成能源的公司正在研究智能电网技术，将其作为小规模 电网，称为微电网。智能电网技术是用于自动化电网的计算机控制 电网内部的碎片，无论是大规模的还是小规模的。 该项目的目标之一是解决技术挑战并量化实施 以可再生能源和能源为重点的电力系统智能电网和微电网技术 保护环境。控制智能电网组件是复杂的，涉及协调电力负载和 发电机，跟踪电力使用情况，以便对微电网上的电力供应商进行记账或贷记；以及 将微电网连接到公用事业。将创建针对案例研究的控制方案，并 据报道。在该项目中开发的建模和设计工具将主要用于公司开发 设计他们的产品。这些结果也可用于实际电力系统和理论电力系统。 设计师探索替代能源和可再生能源发电等创新的可能性 技术。在这项研究中，完全实现的系统和开发的控制系统将与 案例研究报告中的建议和控制方案。这项研究的结果将有助于 微电网和智能电网在加拿大的广泛安装，当适当地建造时， 可再生微电网将减少温室气体排放，并将减少对电力的需求 公用事业，确保为仍在使用该公用事业的人提供良好的服务。

The company, GSS Integrated Energy, is investigating Smart grid technology as a key part of small-scale electrical grids, called micro-grids. Smart grid technologies are computer controls that are used to automate the pieces inside an electrical grid, whether it is large-scale or small-scale. One of the objectives of the project is to tackle technical challenges and to quantify benefits of implementing smart-grid and micro-grid technologies in power systems with a focus on renewable energy and energy conservation. Controlling the smart grid components is complex and involve coordinating electrical loads and power generators, tracking electricity use for billing or crediting electrical suppliers on the micro-grid, and connecting the micro-grid to the utility. Control schemes specific to the case studies will be created and reported. Modeling and design tools developed in this project will be primarily used by the company to develop and design their products. Such results can also be used for both practical and theoretical power system designers to explore possibilities for alternative and renewable energy generation and other innovative technologies. In this research, fully realized systems and the developed control systems will be compared to the recommendations and control schemes within the case study reports. The result of this research will help the widespread installations of micro-grids and smart grid in Canada that when constructed properly such smart and renewable microgrids will reduce greenhouse gas emissions and will reduce demand on the electrical utility, ensuring good service for those still using the utility.