MAY 29 2013 CHUNG JIN HEUNG 1 BYUCKSAN

MAY 29 2013
CHUNG JIN HEUNG
BYUCKSAN ENGINEERING CO.,LTD.
BYUCKSAN ENGINEERING CO.,LTD.
1
CO.,LTD.
BYUCKSAN
BYUCKSANPOWER
POWER CO.,LTD.
Ⅰ. The Sustainable Energy
Ⅱ. Technological Advances
Ⅲ. Challenges in renewable energy
Ⅳ. Smart Grid in Korea
Ⅴ. Business case of Byucksan Power
Ⅵ. Conclusion
BYUCKSAN ENGINEERING CO.,LTD.
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BYUCKSAN POWER CO.,LTD.
I. Sustainable Energy
• What is sustainable energy?
⇒ provision of energy meeting the present
without compromising the ability of future
generations to meet their own needs
needs
⇒ renewable energy & energy efficiency
Twin pillars of sustainable energy
⇒ balancing replenishing and clean environment
BYUCKSAN ENGINEERING CO.,LTD.
BYUCKSAN POWER CO.,LTD.
I. Sustainable Energy
• Renewable Energy
Biomass power plant
Solar photovoltaic power
BYUCKSAN ENGINEERING CO.,LTD.
BYUCKSAN POWER CO.,LTD.
I. Sustainable Energy
• Renewable Energy
Tidal power plant
Hydro power plant
BYUCKSAN ENGINEERING CO.,LTD.
BYUCKSAN POWER CO.,LTD.
I. Sustainable Energy
• Renewable Energy
Wind power
Geothermal power
BYUCKSAN ENGINEERING CO.,LTD.
BYUCKSAN POWER CO.,LTD.
I. Sustainable Energy
• Renewable Energy
Stand-alone wind power
Wave power
BYUCKSAN ENGINEERING CO.,LTD.
BYUCKSAN POWER CO.,LTD.
I. Sustainable Energy
• Energy efficiency
- One of Twin pillars in Sustainable
Energy
- Energy Star
- Smart-grid technology
BYUCKSAN ENGINEERING CO.,LTD.
BYUCKSAN POWER CO.,LTD.
II. Technological Advances
•
•
•
•
•
Artificial photosynthesis(MIT)
Dye-sensitized solar cell(DSSC)
Direct driven wind turbines(GE)
Aerodynamic blade(Siemens)
Fuel cell
BYUCKSAN ENGINEERING CO.,LTD.
BYUCKSAN POWER CO.,LTD.
III. Challenges in Renewable Energy
• Elements to get investor’s confidence
ensured
• Regulatory and infrastructure frameworks
• Experience in planning bodies; Lacks in
Communication and idea adjustment
• Developing vs. renewable energy increase
• More time required for advanced
technology’s realization, and more ???
BYUCKSAN ENGINEERING CO.,LTD.
BYUCKSAN POWER CO.,LTD.
Ⅰ. The Changing Environment of EPI
Ⅱ. What is Smart Grid?
Ⅲ. Smart Grid Policy and Vision
Ⅳ. Jeju Smart Grid Test Bed
Ⅴ. Expected Effect
Ⅵ. Proposal for global energy
Ⅶ. Proposal for global energy
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BYUCKSAN POWER CO.,LTD. 11
Ⅰ. Environment Changes
of the Electric Power Industry
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BYUCKSAN POWER CO.,LTD. 12
Power Quality Improvement Saturation
Voltage C/R
Frequency C/R
Cost
increasing
compared to
the effects of
power quality
improvement
SAIDI
Slowed
Limits of Power Systems Interconnection
Operating by Separated System
SCAD
A
•Monitoring
transmission line
•Substation equipment monitoring,
protection, control
DAS
• Monitoring distribution, remote control
• Voltage management,
• protective coordination
AMR
• Automation Meter Reading
• Measurements of customer voltage
• Increasing renewable
sources
• Power equipment
deterioration
• Difficulty to expansion
• Necessity of integrated
system
Renewable
Gen.
S/
S
S/
S
SCADA
G/A
G/A
DAS
고객
AMR
Integrated
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BYUCKSAN POWER CO.,LTD. 13
Accelerate the Expansion of the Renewable Power Source (‘12. 6)
Northern Seoul
Eastern Seoul
Difficulty to response
as the existing system
Renewable
Fuel Cells 2,400kW
Guri
Bio 1,065kW
Hwasung
S/S
Geo. Heatpump 5kW
Gang-won
GA
Loa
d
Small Wind 2.4kW
Gang-neung
SCADA
PV 3,000kW
GA
ADAS
AMR
Wind Farm 9,8000kW
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BYUCKSAN POWER CO.,LTD. 14
Government SG Policies and Investment
Need to secure appropriate
SG technologies and products
to follow government plan
- Intelligent Transmission
- Digital Substation
- Intelligent Distribution
Power Grid Operation
Management System
Completion of Integrated Intelligent Platform
for Power Operation Systems
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Ⅱ. What is Smart Grid?
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BYUCKSAN POWER CO.,LTD. 16
USA(DOE)
EU(ETP)
Modern power grid making generation and T&D systems more
efficiently, economically and reliably by using advanced diagnosis,
communication, and control technologies
The next-generation power grid operated more efficiently and
reliably by incorporating all users connected to grid(power
producers, transmission and distribution service providers,
customers, smart appliances etc.)
The way to supplying power to customers by using Digital
WIKIPEDIA
KOREA
(Ministry of
Trade
Industry &
Energy)
Technologies
The power grid supplying high quality electricity to customer and
maximizing energy use efficiency through advanced and intelligent
power grid using power and ICT technologies
* ETP : European Technology Platform forum
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Intelligent
1 Transmission
Intelligent
2 Distribution
New Elec.
3 Service
Elements
4
1
ICT/Information
Security
4
Digital Substation
2
Photovoltaic
Power Plant
3
Charging Infra
Storage Device
Building
Nuclear
DAS
FACTS
Substation
Substation
Factory
AMI
Thermal
Smart home
IHD
Smart Meter
Large Scale
Distributed
Generation
SCADA
Distributed
GenerationMicro
ESS
grid
Smart Thermostat
Smart Appliance
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BYUCKSAN POWER CO.,LTD.
Present
Future
Smart Grid
 SelfSelf-healing
Storage Devices
 Grid Automation
 Customer participation
Distributed
Energy
Resources
 Optimization
 Outage prevention
Smart Home
 Integrated network
 Information security
• Centralized generation
(Large-scale Generation using fossil fuel)
Smart Building
EVs
Smart Smart Appliance
In--home Display
In
Heating & Cooling
• Centralized & distributed generation
(Expansion of renewable energy)
• One-way power & information flow
• Two-way power & information flow
• Supplier-oriented facility operation
• Customer participation in facility operation
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BYUCKSAN POWER CO.,LTD.
Prevention of Global Warming
Mandatory Reduction of CO2
Harmony of
Power & Environment
Progress Toward Advanced
Information Oriented Society
Increase Demand for
High Quality Power Supply
Aging of Power Facilities Introduced
at the Beginning of Industrialization
Advance to Global Market with
Performance of “Power IT”
Time to Replace
Secure Reference
CO.,LTD.
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BYUCKSAN POWER CO.,LTD.
Changes of External Environment
- Increase of Power Consumption
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Environmental Changes
- Increase of CO2 Emission (IEA, UN, SIEMENS, 2006)
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BYUCKSAN POWER CO.,LTD. 22
Examples of Environmental Changes
- Upsala Glaciers of Patagonia in Argentina
<Green Peace Released>
Upsala Glaciers covered
with iceberg in 1928
Upsala Glaciers turned into
lake in 2004
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Ⅲ. Smart Grid Vision
BYUCKSAN ENGINEERING CO.,LTD.
BYUCKSAN POWER CO.,LTD.
 The
government announced its National Energy Master Plan in
2008 for low-carbon green growth
- National energy efficiency will be improved 46% (annual average 2.6%) until
2030 due to energy demand management
 The share of renewable and nuclear energy will be increased from
17% in 2007 to about 40% in 2030
Target of Energy Source Mixture
241 million TOE (2007)
300 million TOE (2030)
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BYUCKSAN POWER CO.,LTD.
Low Carbon, Green Growth Society
Vision
Nationwide SG
Target
Smart Grid City
Metropolitan SG
2030
2020
2014
Strategic
Direction
(Country) Enhancing Energy Efficiency and Cutting CO2 Emission
(Enterprise) New Growth and Export Engine
(Individual) Improvement in Quality of Life
Smart
Grid
Category
Smart
Power
Grid
Smart
Customer
Smart
Transport
Smart
Renewabl
e
Smart
Elec.
Service
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BYUCKSAN POWER CO.,LTD.
Vision
Renewable Energy: 10%
Cost Reduction: 3 billion dollars
Target
Strategic
Direction
Strategic
Item
Peak Reduction
& Load Leveling
Expansion of
Renewable
Energy
Intelligent
Power Grid
1
Energy
efficiency
on the basis
of AMI, DR
3
2
Peak shaving
using
large-scale
battery
4
Intelligent
power
grid
(T&D)
5
Integrated
SG operation
system
6
13/31
Stablization
of
renewable
energy
output
Power
generation
forecasting
system
Standardization &
Security for SG
7
8
Global
Smart Grid
Standardizatio
n
SG
security
Infra.
Creating
New Growth
Engine for Future
9
10
Embracing EV,
electric energy
house
Global
market
penetration
strategy
BYUCKSAN ENGINEERING CO.,LTD.
BYUCKSAN POWER CO.,LTD.
KOREA
KEPCO
VISION
Low Carbon, Green Growth Society
VISION
Creation of a New Growth
Engine
TARGET
TARGET
Smart Grid City (‘14)
Metropolitan SG(‘20)
Nationwide SG(‘30)
Renewable Energy : 10%
Cost Reduction: US$ 3 bn
Vision
&
Target
Smart Meter
deployment (%)
SAIDI (min)
100
1,000
10
6.0
11.0
8
8.0
86
7.0
13
’20
’ 30
’12
’20
’20
2
13
5.0
’11
Renewable
Energy(%)
EV (Thousand)
Demand Reduction
(%)
’ 30
’13
’15
’20
’12
’20
’ 30
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BYUCKSAN POWER CO.,LTD.
Ⅳ. Jeju Smart Grid Test Bed
BYUCKSAN ENGINEERING CO.,LTD.
BYUCKSAN POWER CO.,LTD.
Goal
To Develop Smart Grid into the Business Model
and the Export-Oriented Industry
Period
Dec, 2009 ~ May, 2013 (42 months)
Budget
About 240 million dollars
Scale
s.korea
Jeju
2 Substations, 4 Distribution Lines,
Around 6,000 Households
JEJU
Island
5 sub-projects of Smart Grid
Smart Power Grid
Smart Customer
Smart Transportation
Smart Renewable
Smart Elec. Service
• Real-time monitoring & control for intelligent T&D power system
• Enhancing energy efficiency through demand response
• Two-way information exchange between consumers and suppliers
• EV charging infrastructure
• Control center for charging infrastructure
• Connection of renewable energy to the grid
• Power quality compensation & stablization of output
• Development
of various tariffs and service models
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BYUCKSAN POWER CO.,LTD.
Smart Place
• AMI : 570
- demo house : 4
• PV, WT : 22ea(240kW)
• Battery : 20kWh
KEPCO Power Grid
154kV / 22.9kV / 220, 380V
Intelligent Trans. & Substation
• 154kV T/L, 2 Substation
• Real time T/S monitoring sys.
- Tower & Line sensor : 3set
- IEDs for T/L, M.tr, GIS, D/L
Smart Renewable
Smart Transportation
• Power source
- WT 660kW, 750kW(legacy)
• STAT. 1MVA, BAT(Li) 250kWh,
PCS 800kW, etc
• FSEV (Hyundai Blueon) : 10
• Charging Station : 12
- Fast : 14, Slow : 22,
Noncontact : 4
TOC
Intelligent DAS
• Feeder : 4 D/L
• Facilities monitoring & control
- Fault prediction, self healing
- Lightning & Leakage
current measurement
PGOMS
• Power Grid Integrated
operation & management sys.
- ADAS, SCADA, Digital S/S
• Smart Grid Total application
• Total Operation Center
- data integration & mgt.
- Cyber Power Market
- real time pricing signal
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BYUCKSAN POWER CO.,LTD.
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BYUCKSAN POWER CO.,LTD.
Self-Healing
Demand Response
Renewable Energy
Micro Grid
Smart Grid
Smart Appliance
AMI
Digital
Substation
Intelligent
Transmission
Jeju Test-bed
Current Grid
DAS
SCADA
EMS
PTR Monitoring
NDIS
DSM
FACTS
Renewable
Smart Facility
Smart
Distribution
Electricity Storage
EVs
Power
Storage Devices
DC Distribution
BYUCKSAN ENGINEERING CO.,LTD.
BYUCKSAN POWER CO.,LTD.
Target
 To monitor power statement and prevent faults of power facility
 To enlarge the capacity of transmission line through real time calculation
based on conduction temperature
Testing
Facilities
5 Sensors (Solar radiation, Wind direction/velocity, Ambient temperature,
Current, Line temperature, Dip), 1 OS
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BYUCKSAN POWER CO.,LTD.
BYUCKSAN ENGINEERING CO.,LTD.
BYUCKSAN POWER CO.,LTD.
HMI
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BYUCKSAN POWER CO.,LTD.
Target
Testing
Facilities
Reduction of fault and introduction of international standard protocol
IEDs (3 kinds 26 sets for 154kV T/L, M.Tr and 23kV GIS)
* IED: Intelligent Electronic Device
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BYUCKSAN POWER CO.,LTD.
Main System
Protection and Control
IED for 25.Kv GIS
Protection and Control
IED for M.Tr
Protection and Control
IED for 170kV GIS
BYUCKSAN ENGINEERING CO.,LTD.
BYUCKSAN POWER CO.,LTD.
Target
Testing
Facilities
 To monitor DG & power quality of distribution lines and detect
bi-directional fault current
Intelligent Re-closer, S/W, Lightning & Arrester Monitoring unit , DG
Interface
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BYUCKSAN POWER CO.,LTD.
BYUCKSAN ENGINEERING CO.,LTD.
BYUCKSAN POWER CO.,LTD.
DAS
FRTU
Control
device
ADAS
BYUCKSAN ENGINEERING CO.,LTD.
BYUCKSAN POWER CO.,LTD.
 Monitoring the lightning and leakage
currents of lightning arrester
Detection Sensor
of Lightning
 Sending the data to main server and
analysis data
Detection Sensor of Lightning
Cable for Leakage
Current of LA
Remote Terminal Unit
BYUCKSAN ENGINEERING CO.,LTD.
BYUCKSAN POWER CO.,LTD.
• Goal : To develop the optimal service model for Smart Place (Customer)
• Facility : Smart meters, IHD, smart appliances, renewable energy resources were
installed in the test-bed customers house
• Operation : Remote meter reading, demand response, TOU, and RTP
TOC
HAN
NAN
WAN
Renewable Energy
VPN agent
DCU
Smart
Meter
EMS
Intelligent
S/W
IHD
Platform
TRS, Wibro
Communication
Network
F/W
Data
Collector
PLC
RTP Info
Building
PLC
DCU
Energy Intelligent
storage Appliances
Water
Meter
Data
Collector
IHD
VPN agent
EV
charger
Smart
Meter
Water
Meter
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BYUCKSAN POWER CO.,LTD.
Information about Incentives for Reduction of Carbon Emissions
Energy Savings Consulting for Smart Consumption
Co2
E
M
I
S
S
I
O
N
S
I
N
F
O
C
O
N
S
U
L
T
I
N
G
I
N
F
O
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BYUCKSAN POWER CO.,LTD.
HEMS’s Display
History of Electric Charge
Energy Monitoring
Control Appliances
Jeju Education Ministry
PR Center
BEMS’ Display
Factory
BYUCKSAN ENGINEERING CO.,LTD.
BYUCKSAN POWER CO.,LTD.
PV 3kW, ESS 18kWh (Heangwon)
PV 6kW, WT 1kW, ESS 18kWh
EV Charging (Songdang Office)
PV 6kW, WT 4kW, EV Charging
(Songdang E.School)
PV 3kW, WT 3kW, ESS 6kWh
EV Charging (Handong Office)
BYUCKSAN ENGINEERING CO.,LTD.
BYUCKSAN POWER CO.,LTD.
Overview
Goal
Participants
 Construction of charging infrastructure to expand EV deployment
 To find optimal business models for EV operation
22 Companies including KEPCO, LG, SK, Hyundai
Components
Power Grid
Power ,
Protection
EVs
Charging
Infrastructure
Charging
Station
Stand
Meter
 EV
identification
Charging,
metering
Monitoring,
Control
* CIM : Customer Information Management
CIM
Power Quality
Customer,
Billing
Operation
System
DC Distribution,
PLC
ICT
Additional
Service
Remote O&M
Standardization
Charging Infrastructure is the overall system to supply electricity with EVs, and is composed of
Charging Station, Power Grid, O&M System, CIM systems, etc.
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BYUCKSAN POWER CO.,LTD.
Quick-Charger
Charging Stand
AC
DC
Built-in
Charger
7.7 kW
Battery
50 kW
• Method : built-in charger -> battery
• Method : DC power supply -> battery
• Supply voltage : AC 220V (35A]
• Supply voltage : DC 450V (110A)
• Charge capacity : 7.7kW
• Charge capacity : 50kW
• Charging time : within 6 ~ 8 hours
• Charging time : within 10 ~ 30 minutes
※ In Jeju Test-Bed, 160 charging equipments and 60 EVs are deployed for Test-Bed
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BYUCKSAN POWER CO.,LTD.
Background : Charging at the low price time and then sending to grid at peak time,
creating additional revenue to EVs owner model and reducing peak dema
Outcomes
Development of bi-directional quick charger
for V2G and EV (’12. 3)
- Installed 31㎾h battery
- Possible to max 60min discharging using 31㎾
- Charging/Discharging control of charging UI
Tested V2G which EV sends the electric power
to power grid
- Operation performance : 32 times, 96㎾h
- Test location : KEPCO Jeju office
- Discharge efficiency : 85%
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BYUCKSAN POWER CO.,LTD.
Determine Charging Device Standard
Charger Capacity & Voltage
- High-speed : Capacity 50kW, 3 Phase 380V / DC 450V
- Low-speed : Capacity 7.7kW, 1 Phase 220V
Performance & Function of Charger
- Efficiency : more than 90% Resistance : more than 5MΩ
- Protection : Over Voltage / Current Protection etc
Low-speed
High-speed
KEPCO’s Charger Standard
EV Inlet & Charger Connector Structure
- Low-speed 5-pin, High-speed 9-pin Type
Interface and Protocol via Charger-BMS
☞ KEPCO-Hyundai Charger Model Standard
Announce KEPCO Standard [‘10.4]
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BYUCKSAN POWER CO.,LTD.
Introduce Smart Card : Fulfill at same time using one card
Standardize Entry into EV Charging Station, Confirming Customer
Charging Method(Full/kW/Price),Payment(Credit Card/Add up Fee)
Entry
Choose
Charging
method
Recognize
Choose
Payment method
Exit
☞ KEPCO ↔ Korean Smart Card Corp. Payment Agreement(‘10. 6)
Charger HMI Development
Recognize
Choice
Payment
Complete
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BYUCKSAN POWER CO.,LTD.
Overview
To connect the DER with Power Grid and secure power quality by using
energy storage devices and electric quality compensation devices
Goal
Participants
17 Companies including KEPCO, LG, SK, Byucksan Power
DRIMS
1
2
1
TOC
EM
S
Distributed Resource
Integrated Management
System
DRIMS
EMS
S
W
DRIMS
2
5 STATCO
M
,AVC
Renewabl
e
PCS
3
Collection of Operation
Info. / Control
Electric Converter
/Control
3
PCS
4
Battery/BMS
Electric Storage
/ Management
4
BMS
Battery
• EMS : Energy Management System
• STATCOM : STATic synchronous
compensator
• AVC : Automatic Var Compensator
• PCS : Power Conditioning System
• BMS : Battery Management System
Power Grid
STATCOM
5
Electric Quality
Compensation
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BYUCKSAN POWER CO.,LTD.
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Generation Output (Wind)
Transmission Output (to grid)
Battery
Discharging
Charge
Discharge
Battery
Discharging/Charging
Battery
charging
<‘11.12.23, 13:52∼14:38, Smoothing Control Test>
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BYUCKSAN POWER CO.,LTD.
Generation Output (Wind)
Transmission Output (to grid)
Battery
Discharging
Battery
Discharging/Charging
<‘12.01.05, 15:02∼15:17 (15min), 500kW Constant Output Control Operation>
Battery
charging
Analysis : Compared to EMS command within Output Regulation 1.6% Constant Output
Control
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BYUCKSAN POWER CO.,LTD.
Analysis : Voltage Regulation(1.4kV  0.27kV) 80% Reduction. Improve PQ
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BYUCKSAN POWER CO.,LTD.
Overview
Goal
Participants
Monitoring
Test-bed Info
TOC construction / Development of Next-generation Electricity Service Models
KEPCO / KPX
Performanc
e
Evaluation
KEPCO
Legacy
New Customer
InfoSys
Sys
Real-Time
Price
 Operating
Service
Portal
Info
Analysis
DR
 Market
New Distribution Info
Sys
Outage Management
Sys
 Meter
 Real
Smart Place
Time Tariff
Smart Transportation
Reading
 Operating Info
Smart Renewable
Info
Service
Center
KPX Market Sys
Domestic : 1 Day
ago(CBP)
Oversea : 1 Day ago,
Real
Time Price
Power Grid
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BYUCKSAN POWER CO.,LTD.
Diagram
Smart Power Grid
Smart
E-Service
Smart
Renewable
Smart
Place
PGOMS
Intelligent
Intelligent
Transmissio
Transmissio
nn
Digital
Digital
Substation
Substation
Intelligent
Intelligent
Distribution
Distribution
Smart
Transport.
Contents
 State Management :
Test device status, System S/W and H/W status
 Grid Operation : Voltage management,
Diagnosis equipment, Failure prediction
 Crisis Management :
Natural disaster, Wide area fault etc
 Predict the trend :
Predict demand and renewable energy power etc
BYUCKSAN ENGINEERING CO.,LTD.
BYUCKSAN POWER CO.,LTD.
Drive Factors
Evaluate Present Status
ANALYSIS
Establish a Strategy
Choose Projects
Identify Opportunities &
Benefits & Stakeholders
Define Business Needs &
Stakeholders Interest
PLANNING
Establish a Project
Team
IMPLEMENTATION
Analyze Business &
Functional Requirements
& Stakeholder
Expectation Management
Design the System
Optimize & Take
Action of Stakeholder
Management
Integrate
Evaluate
Accomplishment
Develop Technology
OPERATION &
MANAGEMENT
EXPANSION
Test & Demonstration
Standardize
Expansion Strategy &
Stakeholder
Review/Management
BYUCKSAN ENGINEERING CO.,LTD.
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V. Expected Effect
60
60/25
Advanced Digital Information
Technology
Improvement of Reliability,
Security Capability and
Effectiveness
Remote Monitoring and
Diagnosis for Facilities
Prediction and Prevention
of Fault
Real Time Two-Way
Communication
with Customers
Increase Utilization of
Renewable Energy
Provide Demand
Management
& Optional Service
CO2 Emission Reduction
Prevention of Global Warming
BYUCKSAN ENGINEERING CO.,LTD.
BYUCKSAN POWER CO.,LTD. 61
EV
Supply
Renewabl
e Energy
Smart
Grid
Increase of
Energy
Efficiency
Cost
Reduction
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BYUCKSAN POWER CO.,LTD. 62
VI. Proposal for global energy
BYUCKSAN ENGINEERING CO.,LTD.
BYUCKSAN POWER CO.,LTD. 63
One conceptual plan of a super grid linking
renewable sources across North Africa, the
Middle East and Europe.
http://en.wikipedia.org
One conceptual plan of a super grid
http://www.japanfocus.org
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BYUCKSAN POWER CO.,LTD.
V. Business case of Byucksan Power
Sewage Water Treatment Plant
CO.,LTD.
BYUCKSAN ENGINEERING65
BYUCKSAN POWER CO.,LTD.
V. Business case of Byucksan Power
Plan for independent energy supply in the plant – Ministry of Environment
3 Phase(‘21 ~ ‘30) : Independent Energy Supply
- Energy savings(2%), Solar energy(18%)
50%
2 Phase(‘16 ~ ‘20) : Independent Energy Supply
30%
- Energy savings(2%), Solar energy(4.6%), Wind Power(5.4%)
1 Phase(‘10 ~ ‘15) : Independent Energy Supply
- ADG Gas(16.4%), Small Hydro(0.6%)
- Energy savings/Solar/Wind Power (1%)
18%
CO.,LTD.
BYUCKSAN ENGINEERING66
BYUCKSAN POWER CO.,LTD.
V. Business case of Byucksan Power
Busan Sewage Water Treatment Plant
Owned by Busan city
CO.,LTD.
BYUCKSAN ENGINEERING67
BYUCKSAN POWER CO.,LTD.
V. Business case of Byucksan Power
<Fuel cell, Basics>
<Busan Sewage Water Treatment plantfuel cell power plant, 1.2MW>
CO.,LTD.
BYUCKSAN ENGINEERING68
BYUCKSAN POWER CO.,LTD.
V. Business case of Byucksan Power
Fuel cell
stack
1.2MW Fuel Cell Power Plant
CO.,LTD.
BYUCKSAN ENGINEERING69
BYUCKSAN POWER CO.,LTD.
VI. Conclusion
Harmony for next generation;
 Different resources and conditions
 Together of Asia and Pacific
 Right direction.
CO.,LTD.
BYUCKSAN ENGINEERING70
BYUCKSAN POWER CO.,LTD.
BYUCKSAN ENGINEERING CO.,LTD.
BYUCKSAN POWER CO.,LTD.