Abstract: The concept of energy saving management system based on intelligent agent and embedded technology is represented here. This system is designed for management of hybrid renewable energy system (HRES). For testing of suggested approach the prototype grid of energy consumption, production and storage was designed. This grid contains energy consumption block, production block, inner storage block, external supplier block, local data acquisition modules and embedded controller (EC). The design of management system is presented: hardware level with input/output device, embedded controller and super-controller devices. The formalization of intelligent agents for both side is represented next. Internal agents are autonomic agent, local agent seller (LAS) and local agent buyer (LAB). LAS and LAB agents use forecast methods for generation of action. External agents are Agent of Weather Service, Agent Buying Supporter and Agent Selling Supporter.

Keywords: renewable energy system; energy saving; energy management system, embedded controller, supercontroller, embedded controller software, intelligent agents, multi-agent theory.

ACM Classification Keywords: Smart-grids

Link:

INTELLIGENT CONTROLLER FOR HYBRID RENEWABLE ENERGY SYSTEM BASED ON MULTI-AGENT AND EMBEDDED TECHNOLOGY

Anton Tyukov, Alexey Uzhva, Maxim Shcherbakov, Adrian Dobrowolski, Adriaan Brebels

http://foibg.com/ibs_isc/ibs-24/ibs-24-p06.pdf