AEL-FUSG-E 智能电网（终端用户） - 能源管理应用

5.1.2.- 智能电网和电力系统（最终用户）
FINAL USER SMART GRID - SMART ENERGY APPLICATION - AEL-FUSG-E

創新系統

Final User Smart Grid - Smart Energy Application, "AEL-FUSG-E", designed by EDIBON, is an application that reflects the behavior of real Home Energy Management Systems.

查看一般說明

化验室

5TV
 技术和职业教育能源实验室
11PTC
 石油培训中心实验室
5HE
 高等教育能源实验室

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一般說明

Final User Smart Grid - Smart Energy Application, "AEL-FUSG-E", designed by EDIBON, is an application that reflects the behavior of real Home Energy Management Systems.

The purpose of the "AEL-FUSG-E" application is to help the user understand how smart devices operate in an intelligent home or industrial environment, controlling the most important loads.

Through the "AEL-FUSG-E" application, the user will be able to manage monitoring, consumption scheduling, and load profile visualization through smart devices. An excellent feature is that all smart devices use the ZigBee communication protocol (wireless communication).

練習和指導練習

手册中包含的指导实践练习

  1. Study of energy efficiency improvement using capacitor banks to compensate reactive power of loads.
  2. Real-time monitoring of local consumption with inductive, resistive, and capacitive loads.
  3. Simulation of different consumption patterns and programming of Home Energy Management System devices by the end user.
  4. Study of optimal load demand and programming of smart devices according to different scheduling schemes.
  5. Control and program the maximum accumulated energy consumption of the loads.
  6. Program the panel inputs and outputs.
  7. Lighting control.
  8. Temperature control system.
  9. Schedule the activation time of the washing machine.
  10. Remote programming of smart devices (smart relays, thermostat, various sensors, etc.).
  11. Development of switching schemes for devices connected to smart relays or thermostat via the management platform.

Practical Exercises for AEL-FUSG-E Application with AEL-FUSG-M Application:

  1. Measurement of energy consumption in a home or by an industrial consumer and comparison with the utility’s smart meter record.
  2. Simulation of different consumption periods and programming of Home Energy Management System devices.
  3. Telemetry of energy consumed by loads using the data concentrator platform.

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