K-MEG Overview 01 Industry Analysis 02 K-MEG New … · To develop a custom-ready solution for...

01_Industry Analysis 02_K-MEG New Concept 03_Business Modeling 04_WorkflowK-MEG Overview

01_Industry Analysis 02_K-MEG New Concept 03_Business Modeling 04_WorkflowK-MEG Overview2

Consortium Members

Construction/Development (3)

IT(17)

Energy (17)

Research Centers/etc. (8)

Oversea Supporters (4)

EPRI


Contents

3

K-MEG Project Overview

Industry Analysis

K-MEG New Concept

Business Modeling Workflow


Project Phases & Period

- Phase I : Planning (4 months)

- Phase II: Development (3 years)

Budget

- Phase I : Approx. 450,000 USD (100% government fund)

- Phase II: Approx. 135 mil. USD (including 50% matching fund)

Summary

Project: Korea-Micro Energy Grid (K-MEG)

Total energy solution package engaging IT, smart grid technologies, EMS,

building automation, decentralized power sources, renewables, security, etc.

Project Administrator

- Korea Ministry of Knowledge Economy (MKE)


To develop an optimal total energy solution

in response to energy production/supply/consumption

To develop a systematized solution w/ a highly efficient O&M system

To develop a custom-ready solution for target market

To improve building energy saving by 30%

thru active systems w/ limited renewable energy till 2015

To implement and validate the developed solutions

in domestic and overseas public or commercial buildings

Objectives


Target Energy Saving

6

- 30% Energy Reduction by 2015w/ Active System & Limited Renewables

SAMSUNG C&T’s

G.T. Project (2009.11)


Schedule

◊ 2010.11.29 Proposal Submission

◊ 2010.12.08 Evaluation (1st Round of Competition)

◊ 2010.12 ~ 2011.04 Phase 1 – Planning

◊ 2011.05 Evaluation (2nd Round of Competition)

◊ 2011.06 ~ 2014.05 Phase 2 – Development

Process

1st Round of Competition:

4 consortiums selected for Phase 1

2nd Round of Competition:

1 consortium selected for Phase 2

Planning Phase(2010.12~2011.04)

Development Phase(2011.06 ~ 2014.05)

4 Consortiums

1 Consortium

Process & Schedule


K-MEG Industry Analysis

8

Industry Analysis

K-MEG New Concept



Energy Consumption by Sector

9

Source: Energy Consumption Comparison 2005

Buildings + Industry: 60-70% in Energy Consumption


Energy Consumption by Building Type

10

Source: Samsung C&T, 2009

Buildings + Industry Require Comprehensive Review of Electric and Heating Energy Consumption

Electric Power

Heating

High Energy-Consuming

Industry


60~70% Reduction (Active+Passive) in Energy Consumption

30~40% Independently Produced Renewable Energy

Net Zero Energy Buildings by 2020

Higher Efficiency &Minimal Energy Use

Renewable Energy& Micro-grid

Independent Energy Supply

External Energy Supply

Energy Master Plan _ U.S. DOE

Source : US DOE (United States Department of Energy, 2006)


K-MEG New Concept

Industry Analysis

K-MEG New Concept



Core Requirements

Development of K-MEG SystemOptimizing Energy Production/Supply/Consumption

30%Energy

EfficiencyDC Grid

Renewable Energy

Performance Validation

No Passive SystemsTaken into Account

EV Charger, Energy Storage, DC Appliances, etc.

BIPV or Roof MountedPV Cells, Heat Pump, etc.

Domestic and Overseas Test Beds Inquired


• Energy & Utility Data Mining

/Processing /Management

• DB & Visualization

• Sensor Network

• Energy & Utility Prognosis/Diagnosis

• Monitoring & Control

Software

• Micro Grid EMS & BEMS

• DR Program

• Advanced Metering

(Bidirectional Metering)

• Total Operating Center (TOC)

• BIM /Security /Safety

• Energy Assessment Tool

• BIPV

• Heat Pump

• Plasma Enhanced IGCC

• Energy Storage

• Micro Gas Turbine

• Decentralized Energy Sources

• DC Grid

• DC/DC Conditioner

• Hybrid AC/DC Power System

• DC for EV Charger

• Protection/Control System

• Cost Effective Meters/Smart Sensors

• Integrated Temp./Humidity Sensors

Hardware

Required Components & Functions

EMSO&M

NetworkMonitor

RenewablesDecentralized

DC Infra


From Macro Grid to Micro Grid! Integration of Electrical Power, Heat, and Gas

Integration

Independent MACRO Grid Integrated MICRO Grid

COP(Coefficient Of Performance)

K-MEG New Concept


K-MEG System Overall Palette


Energy Block Platform Concept

Customized Platform Modeling

Custom Modeling of Energy Supply/Consumption Systems Based on Energy Block Platform Concept Interlaced with IT Infrastructure

Custom Modeling _ Various Energy Block Platforms


K-MEG Biz Modeling

Industry Analysis

K-MEG New Concept



Market Implementation Process

Study of Regional Characteristics of Target Country

Customized Tech. Integration by Target Market

Business Models to Global Market

Feasibility StudyGlobally Standardized &Certified

1

2 5

3 4

Study of Market Volume and Economic GrowthReview of Regulations & Ordinances of Target Countries

Custom-ready Models for Advanced, Developing or Underdeveloped Countries

Evaluating Custom-ready Models Based on Cost Required and Value to be Attained.Validation of Models over Demo Sites

Proactive in International Market


Base Business Models

03_Independent Energy Supply

Model

K-MEGSystem

DevelopmentValidation

Standardization&

Certification

BusinessMarketing

AdvancedTechnologies

AdvancedMarket

Dominance

02_Industrial Complex Retrofit

Model

01_Building Remodeling Model

- Real Estate Remodeling Investment Model

- ESCO Model

- Energy-independent Industrial Complex Model

- Aged Factory Remodeling Model

- Underdeveloped Country Model using EDCF

- Resource Development Model for Resource-rich Countries


Source: KICOX

Optimal K-MEG Biz Model Engaging Independent Energy Production and MicrogridCo-work with KICOX

21

KICOX (Korea Industrial Complex Corp.)manages 45 industrial complexes throughout the country, involving more than 38,000 companies

Demonstration Plan

02_Industrial Complex Retrofit Model

Domestic Demo Projects Planned

Korea Industrial Complex I

- Guro Digital Industrial Complex

Korea Industrial Complex II

- Banwol-Sihwa Industry Zone- Iksan Industry Zone- Kunjang Industy Zone- Gumi Industry Zone

Seoul National Univ. - Green Campus


Demonstration Plan

22

Empire states Remodeling, USA

- Construction Cost : 100 million USD- Windows Refurbishment- Lighting sensor control- Occupancy sensor- High efficiency refrigerator/HVAC system- BEMS

Electricity use 38% reduction

* Source: Reuters

01_Building Remodeling Model

03_Independent Energy Supply Model

Investment Model forUnderdeveloped Countries

▪ Investment model for underdeveloped countries using EDCF

▪ Resource development model for resource-rich countries

▪ Investment model for energy independence and natural resource development

Overseas Demo Projects Chasing

India: Plasma Enhanced IGCC Project

Kazakhstan: Net Zero Energy Project

China/Vietnam: Industrial Complexes

Switzerland: ITU

Germany: deENet

Singapore: JTC / CDL

Finland, etc.

USA: UC Berkeley Cory Hall


Demonstration Sites & Models

23

China

Kazakhstan

Switzerland

India

Vietnam

USA

Germany

Finland

Korea • Building Remodeling

• Building Remodeling



• Independent Energy Supply

• Industrial Complex Retrofit

• Building Remodeling • Industrial Complex Retrofit• Independent Energy Supply



Singapore



Workflow

Industry Analysis

K-MEG New Concept



Work Schedule

K-MEG Overview 01 Industry Analysis 02 K-MEG New … · To develop a custom-ready solution for...

Documents

Transcript of K-MEG Overview 01 Industry Analysis 02 K-MEG New … · To develop a custom-ready solution for...