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Introduction

1. Performance Hybrid project to satisfy renewable energy convergence and zone complex, Electricity and heat supplying project by installing complementary energy facilities like Photovoltaic and wind power on residential, public, and commercial (industrial) buildings in specific areas.

KEMCO(Korea Energy Management Corporation)'s Hybrid support project in 2013

Project name : Green energy self-supporting Sam-ma island)

Date : Sep 2013 ~ Sep 2014

Capacity : Wind 30kW, PVs 120kW

ESS : 1,200kW

Organizer : Haenam-gun, GEI(Green Energy Institute)

Participant : Seoltech Co.,Ltd., Wongang power Co.,Ltd., Woojin Co.,Ltd., Hanhwa Q-sell Korea

Project brief

This convergence generating system adopts optimum integrated operating technology to monitor and control decentralized power supply hybrid system output and each module state, so as to minimize the drive of a diesel generator for maximum fuel reduction effect in island regions home and abroad where diesel generators are used for main power sources.

The goals of this project is to construct the stand-alone convergence generating system using more than two kinds of renewable energy sources (PV's, wind power) in an isolated island without power lines connected to the main land; and to construct a 100% renewable energy self-supporting island in response to its power demand.

KEMCO(Korea Energy Management Corporation)'s Hybrid support project in 2014

Project name : Construct a Green-wind village Sangtae & Joongtae island

Date : Sep 2014 ~ Aug 2015

Capacity : Wind power 50kW, PV's 110kW

ESS : 500kW

Organizer : Sinan-gun, GEI(Green Energy Institute)

Participant : Seoltech, Wongang power Co.,Ltd., Sungang SG

design and production of sunlight and wind power regulators

design and production of output inverters

design and production of energy management system

design and production of energy storage system;

construction of stand-alone generation system.

Project breif
This project is intended to distribute convergence renewable energy source and hybrid system to island regions without power lines connected to the main land for improving energy welfare of residents (stable power supply) ; to contribute to developing tourism resources according to clean energy distribution; and to contribute to commercial model development of hybrid system based micro-grid.