Analysis of Energy Control Application Scheme Relying on Niagara Technology

Abstract

In the current energy management, the energy control management system closely integrates information and physical models and proposes new analysis methods for the system, which can make the system more sensitive to changes in the external environment and analyze the power grid more humanely control. The energy control management system is similar to the traditional control method and can solve the control of the target system under the condition of satisfying the system constraints. Under this framework, the constraints will focus on computing and network performance. Constraints mainly refer to the time complexity of the system algorithm and the information flow of the network, which are reflected in the organic integration of physics and information systems in the power grid and the information flow is restricted by controlling the energy transferred by the energy flow. For example, the transmission time of the system information transmission process can be optimized. To effectively control the system, specifically to solve the excessive dependence of NCS on the communication network, lies in how to solve the local control to coordinate the overall situation, so that the system reaches the optimum, this paper will study it.