K-MEG Overview
01_Industry Analysis
02_K-MEG New Concept
03_Business Modeling
04_Workflow
Consortium Members
Construction/
Development (3)
IT
(17)
Energy
(17)
Research
Centers/
etc. (8)
Oversea Supporters
(4)
K-MEG Overview
01_Industry Analysis
EPRI
02_K-MEG New Concept
03_Business Modeling
04_Workflow
2
Contents
K-MEG Project Overview
Industry
Analysis
K-MEG Overview
01_Industry Analysis
K-MEG New
Concept
02_K-MEG New Concept
Business Modeling
03_Business Modeling
04_Workflow
Workflow
3
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)
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)
K-MEG Overview
01_Industry Analysis
02_K-MEG New Concept
03_Business Modeling
04_Workflow
4
Objectives
 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
K-MEG Overview
01_Industry Analysis
02_K-MEG New Concept
03_Business Modeling
04_Workflow
5
Target Energy Saving
- 30% Energy Reduction by 2015
w/ Active System & Limited Renewables
SAMSUNG
C&T’s
G.T. Project
(2009.11)
K-MEG Overview
01_Industry Analysis
02_K-MEG New Concept
03_Business Modeling
04_Workflow
6
Process & Schedule
Planning Phase
Process
(2010.12~2011.04)
 1st Round of Competition:
4 Consortiums
4 consortiums selected for Phase 1
 2nd Round of Competition:
1 consortium selected for Phase 2
Development Phase
(2011.06 ~ 2014.05)
1 Consortium
Schedule
K-MEG Overview
◊ 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
01_Industry Analysis
02_K-MEG New Concept
03_Business Modeling
04_Workflow
7
K-MEG Industry Analysis
Industry
Analysis
K-MEG Overview
01_Industry Analysis
K-MEG New
Concept
02_K-MEG New Concept
Business Modeling
03_Business Modeling
04_Workflow
Workflow
8
Energy Consumption by Sector
Source: Energy Consumption Comparison
2005
Buildings + Industry: 60-70% in Energy Consumption
K-MEG Overview
01_Industry Analysis
02_K-MEG New Concept
03_Business Modeling
04_Workflow
9
Energy Consumption by Building Type
Buildings + Industry Require Comprehensive Review
of Electric and Heating Energy Consumption
Electric
Power
Heating
High EnergyConsuming
Industry
Source: Samsung C&T,
2009
K-MEG Overview
01_Industry Analysis
02_K-MEG New Concept
03_Business Modeling
04_Workflow
10
Energy Master Plan _ U.S. DOE
External
Energy Supply
Higher Efficiency &
Minimal Energy Use
Independent
Energy Supply
Renewable Energy
& Micro-grid
 60~70% Reduction (Active+Passive) in Energy Consumption
 30~40% Independently Produced Renewable Energy
 Net Zero Energy Buildings by 2020
K-MEG Overview
01_Industry Analysis
02_K-MEG New Concept
03_Business Modeling
Source : US DOE (United States Department of Energy,
2006)
04_Workflow
11
K-MEG New Concept
Industry
Analysis
K-MEG Overview
01_Industry Analysis
K-MEG New
Concept
02_K-MEG New Concept
Business Modeling
03_Business Modeling
04_Workflow
Workflow
Core Requirements
Development of K-MEG System
Optimizing Energy Production/Supply/Consumption
30%
Energy
Efficiency
No Passive Systems
Taken into Account
K-MEG Overview
01_Industry Analysis
Renewable
Energy
DC Grid
EV Charger, Energy Storage,
DC Appliances, etc.
02_K-MEG New Concept
BIPV or Roof Mounted
PV Cells, Heat Pump, etc.
03_Business Modeling
04_Workflow
Performance
Validation
Domestic and Overseas
Test Beds Inquired
13
Required Components & Functions
Software
Hardware
• Energy & Utility Data Mining Network
Monitor
/Processing /Management
• BIPV
• DB & Visualization
• Plasma Enhanced IGCC
• Sensor Network
• Energy Storage
• Energy & Utility Prognosis/Diagnosis
• Micro Gas Turbine
• Monitoring & Control
• Decentralized Energy Sources
• Micro Grid EMS & BEMS
• DR Program
EMS
O&M
• Heat Pump
Renewables
Decentralized
• DC Grid
DC Infra
• DC/DC Conditioner
• Advanced Metering
(Bidirectional Metering)
• Hybrid AC/DC Power System
• Total Operating Center (TOC)
• Protection/Control System
• BIM /Security /Safety
• Cost Effective Meters/Smart Sensors
• Energy Assessment Tool
• Integrated Temp./Humidity Sensors
K-MEG Overview
01_Industry Analysis
02_K-MEG New Concept
• DC for EV Charger
03_Business Modeling
04_Workflow
14
K-MEG New Concept
From Macro Grid to Micro Grid!
Integration of Electrical Power, Heat, and
Gas
Integration
COP
(Coefficient Of Performance)
Integrated MICRO Grid
Independent MACRO Grid
K-MEG Overview
01_Industry Analysis
02_K-MEG New Concept
03_Business Modeling
04_Workflow
15
K-MEG System Overall Palette
K-MEG Overview
01_Industry Analysis
02_K-MEG New Concept
03_Business Modeling
04_Workflow
16
Custom Modeling _ Various Energy Block Platforms
Custom Modeling of Energy Supply/Consumption Systems
Based on Energy Block Platform Concept Interlaced with IT Infrastructure
Energy Block Platform Concept
Customized Platform Modeling
K-MEG Overview
01_Industry Analysis
02_K-MEG New Concept
03_Business Modeling
04_Workflow
17
K-MEG Biz Modeling
Industry
Analysis
K-MEG Overview
01_Industry Analysis
K-MEG New
Concept
02_K-MEG New Concept
Business Modeling
03_Business Modeling
04_Workflow
Workflow
Market Implementation Process
Study of Regional Characteristics
of Target Country
Study of Market Volume and Economic Growth
Review of Regulations & Ordinances of Target Countries
1
Customized Tech.
Integration by
Target Market
2
5
Business Models
to Global Market
Custom-ready Models for
Advanced, Developing or
Underdeveloped Countries
Feasibility Study
3
4
Evaluating Custom-ready Models
Based on Cost Required and Value to
be Attained.
Validation of Models over Demo Sites
K-MEG Overview
01_Industry Analysis
02_K-MEG New Concept
Globally Standardized &
Certified
Proactive in International Market
03_Business Modeling
04_Workflow
19
Base Business Models
K-MEG
System
Development
Validation
01_Building
Remodeling Model
Standardization
&
Certification
Business
Marketing
Advanced
Technologies
02_Industrial
Complex Retrofit
Model
Advanced
Market
Dominance
03_Independent
Energy Supply
Model
- Real Estate Remodeling
Investment Model
- Energy-independent Industrial
Complex Model
- Underdeveloped Country Model
using EDCF
- ESCO Model
- Aged Factory Remodeling
Model
- Resource Development Model
for Resource-rich Countries
K-MEG Overview
01_Industry Analysis
02_K-MEG New Concept
03_Business Modeling
04_Workflow
20
Demonstration Plan
02_Industrial Complex Retrofit Model
Optimal K-MEG Biz Model Engaging Independent Energy Production and Microgrid
Co-work with KICOX
KICOX (Korea Industrial Complex Corp.)
manages 45 industrial complexes throughout
the country, involving more than 38,000
companies
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
Source: KICOX
K-MEG Overview
01_Industry Analysis
02_K-MEG New Concept
03_Business Modeling
04_Workflow
21
Demonstration Plan
01_Building Remodeling Model
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
Overseas Demo Projects
Chasing
India: Plasma Enhanced IGCC
Project
USA:
UC Berkeley Cory Hall
Switzerland: ITU
China/Vietnam: Industrial
Complexes
Singapore: JTC / CDL
Kazakhstan: Net Zero Energy
Project
Germany: deENet
Finland, etc.
03_Independent Energy Supply Model
Investment Model for
Underdeveloped Countries
▪ Investment model for underdeveloped countries using
EDCF
▪ Resource development model for resource-rich countries
▪ Investment model for energy independence and
natural resource development
K-MEG Overview
01_Industry Analysis
02_K-MEG New Concept
03_Business Modeling
04_Workflow
22
Demonstration Sites & Models
Finland
• Building Remodeling
Germany
Kazakhstan
• Building Remodeling
• Industrial Complex
Retrofit
China
• Industrial Complex Retrofit
USA
Korea
Switzerland
• Building Remodeling
• Building Remodeling
• Building Remodeling
• Industrial Complex Retrofit
• Independent Energy Supply
India
• Independent Energy Supply
Singapore
Vietnam
• Industrial Complex Retrofit
• Building Remodeling
K-MEG Overview
01_Industry Analysis
02_K-MEG New Concept
03_Business Modeling
04_Workflow
23
Workflow
Industry
Analysis
K-MEG Overview
01_Industry Analysis
K-MEG New
Concept
02_K-MEG New Concept
Business Modeling
03_Business Modeling
04_Workflow
Workflow
Work Schedule
K-MEG Overview
01_Industry Analysis
02_K-MEG New Concept
03_Business Modeling
04_Workflow
25
K-MEG Overview
01_Industry Analysis
02_K-MEG New Concept
03_Business Modeling
04_Workflow