Download - M-Field Confidential © 2013
2M-Field Confidential © 2013
About M‐FIELD
Fuel Cell Technology
M‐FIELD Product
Technology Development
Projects Completed
Conclusion
ABOUT M‐FIELD
M-Field Confidential © 2013
M‐FIELDM‐FIELD
TechnologyTechnology
Supporting ResourceSupporting Resource
MarketMarket
M‐FIELD Focus• Stationary Fuel Cell System Manufacture• International Project Coordination• Market Developing• Training & Service
Advantage:• 10 years of R&D Expertise• 27‐year Electricity experience• Over 10 years of cooperation with Ballard• Turn‐key solution provider• Close customer relationship• User friendly product design mentality• Adopt PEM Fuel Cell Technology
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Milestone:2000 Fuel Cell R&D centre established.
2002 M‐FIELD –Ballard cooperation began with Ballard Nexa fuel cell module
2003 Announced 1kW fuel cell generator on Fuel Cell Today.Invited to join Taiwan Fuel Cell Partnership.
2005 Developing 5kW system with Government Advanced Research Project support.2006 Began 10kW fuel cell UPS R&D project with Government support.
2008 Accomplished 10kW fuel cell back‐up power development.Invited to attend Peru APEC Global CEO Summit as representative of Taiwan Clean Energy Industry
2009 Announced 10kW fuel cell UPS product & established M‐FIELD.
2010 30KW Demonstrations awarded in Telecom and International Flora Expo.2011 Developing 100kW Distributed Power Generator system.
2012 UEH Launched to the market.2013 UEH Field Test with customers Worldwide.
ABOUT M‐FIELD
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About M‐FIELD
Fuel Cell Technology
M‐FIELD Product
Technology Development
Projects Completed
Conclusion
Fuel Cell Technology
Why Fuel Cell:
1. Clean & Environment Friendly
2. Energy Efficiency
3. Excellent Performance & Adaptability
4. Cost Effective
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Clean and Environment Friendly:
Theory : 2H2 + O2= H2O + e + HeatNo Green House Gas Emission
Only Byproduct is water
No Noise Pollution
Fuel Cell Technology
Higher Energy State
Energy
Source: The Business Case for Fuel Cells
Lower Energy State
HH
HHHH
HH
O
O
Reaction 4e-
HHHH
OHHHH
O
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Energy Efficiency:Static Electrochemical Reaction• No Piston and Combustion: Less Energy Wasted• 1-Step Fuel-to-Power Conversion: 50% @ UTH Series
Fuel Cell Technology
Step 1 Combustion(Heat)
Step 2 Piston(Kinetic Energy)
Step 3 Spinning Coil(Magnetism)Fuel
Electricity
20~40% Eff.
Only 1 StepElectrochemical Reaction
Up to 50% Eff. Electricity
Fuel
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Excellent Performance & Adaptability:
Fast Response and Better Environment Tolerance Wide Ambient Temperature(Operation) Tolerance: - 20oC~ 50oC Humidity Tolerance: 2%~ 100% RH non-condensing Wide Altitude Tolerance: -400m to 7600m No self-discharge after long-time storage
Fuel Cell Technology
Fuel Cell Performance vs. Temperature & HumidityFuel Cell Performance vs. Temperature & Humidity Batteries Performance vs. temperature and self‐dischargeBatteries Performance vs. temperature and self‐discharge
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CitiGroup analysis report“ Our estimates show that fuel cells are 32% and 35% less expensive than battery backup
power solutions based on a ten- and 15-years useful life and a five-year battery replacement cycle, including energy tax credits. Without the credits, fuel cell life cycle costs are 12% and 18% less expensive on the same bases.”
UTH Series has over 1000 on-off cycles, best fit in backup solutions.
No Significant Natural decay as conventional batteries do.
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Fuel Cell Technology
M-Field Confidential © 2012
Cost Effective
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About M‐FIELD
Fuel Cell Technology
M‐FIELD Product
Technology Development
Projects Completed
Conclusion
UTH Series1. Air management2. Efficient BOP system3. Turnkey system4. Easy installation 5. Simple maintenance 6. Auto‐start7. Fast on‐off cycles operation8. Complete monitoring system
Item UTH‐0320 UTH‐0620
Power DC 3000W DC 6000W
Output Voltage Range 44~56 VDC Adjustable
Ambient Temperature 0~40oC (‐20oC for premium version)
System start‐up time 0 sec.
UPS Type On‐Line & Off‐Line (Optional)
Back‐up time* > 28 hours > 14 hours
Remote Monitoring Ethernet/ 3G/ Wifi
*Back‐up time based on 8 40L cylinders@ 200 barg and for full‐power output
M‐FIELD Product
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Combination with Renewable Energy(as a Energy Storage )
Advantage:• Expandable power reservation• Reliable & stable power output• Regulate the power fluctuation• Cross‐season Mitigation capability• Less space required
M‐FIELD Product – UEH Series
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M‐FIELD Product – UEH Series
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Power SystemProduct series UEH-0110Rated Power DC 1kWOutput Voltage 48 VdcStart-up Time 0 sec Cooling Type Air-CoolingHydrogen Consumption <750 L / kwhRecharging Input Power 200V~240 AC, 50~60HzHydrogen Refilling time < 3 days Storage Capacity 8 KwhFeed-in electrolyzer Stock Distilled Water (DI water) Water Consumption 0.085 L/hPower Consumption 700WOperating EnvironmentAmbient Temperature 5~40°CEnvironment Humidity 0 ~90 % RHExtra FiguresRemote Moniter Ethernet/ 3G/ WifiInterface Language EnglishEnclosure Protection Outdoor IP 54 System Dimension L 100 x W 75 x H 126 cm
How Fuel Cell works with the Renewables
Load Requirement
Winter(Day)
Summer(Night)
Power (MW)
Wind (Solar) Power Fluctuation
Fuel Cell Base load
Power Stored
M-Field Confidential © 2013
Load
H2 Storage
Fuel Cell Grid Power: Coal Power Plants, Hydro Power Plants, Nuclear
• Unlimited storage capacity: the more energy, the more H2 is stored.• Less space requirement: H2 can be compressed.
M‐FIELD Product
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IndustrialAdvantage:
• Wasted by‐product reuse• Carbon neutral power generation• Lower the utility bill• Benefit from electricity resale• Utility expense regulation• Secured power supply• Carbon trading
Source: Herald Sun, Ballard Power systemTimeNormal Utility Price Peak Utility Price
Power(MW)
Load Required
GridGrid
Fuel Cell
Extra Power Resell to the grid with Higher feed‐in Tariff
M‐FIELD Product – 100KW ~ MW
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About M‐FIELD
Fuel Cell Technology
M‐FIELD Product
Technology Development
Projects Completed
Conclusion
Air Management:All‐in‐one Function1. System Cooling2. Oxygen Supply3. Safety Protection – Dilute H2 concentration if leakage happensSimpler design but better performance and less chance of failure
FUEL CELL
Air Blower
Water Pump/ Fans
Vacuum Fan
Oxygen Loop
Oxygen LoopAir Exhaust
Coolant Loop
Hydrogen Ventilation Loop
Conventional Solution:Complex Piping system and Power consuming
MCU controlled Fan system
FUEL CELL
M‐FIELD
No Piping system required
M‐FIELD Technology
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Turnkey Solution:1. Uninterruptible Power Supply (UPS)2. Rectifier and Power conditioning 3. Embedded Air‐cooling system4. Integrated Deep Cycle Batteries
FUEL CELL Product
External Cooling System
Rectifier
Batteries
44~80Vdc Fluctuating
Cooling connection
Hydrogen Supply
Conventional Solution: Complex integration and equipment matching
Charger
ConverterGrid Power
Grid Power
Grid Power
Load
48 Vdc
48 Vdc
220 Vac
220 Vac
220 Vac48 Vdc
DC Bus
Batteries System
FUEL CELLModules
Rectifier
Converter
Cooling System
Hydrogen Supply
Grid Power220 Vac
Wiring & Piping system
Load
M‐FIELDCompact Turnkey Solution
M‐FIELD Technology
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Zoom in to click the site. You can access to the monitor by clicking the link below.
M‐FIELD Remote Control
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M‐FIELD Remote Control
Features
Monitoring System
Real Time Fuel Storage Amount
Power Quality Monitoring
System Mode
Alarm Index
Parameter & Data Collection
Temperature Monitoring
Protection
Auto Protection Mechanism
System Failure Detection and Alarm
Allow 8 mins of Full‐Load Power time to act if system failure
Emergency Stop Function(On site and Remotely)
Reverse Power Protection
Remote Monitoring Screen:
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UTH system(Site Area)
Graphical User Interface
(Remote Monitor)
control/monitorcontrol/monitor
Internet (TCP/IP)
GPRS
M-Field Confidential © 2013
Easy Installation:1. All‐in‐one piping and electrical connection panel2. Air cooling system: no cooling tower required3. Handle & Wheels designs for moving during installation4. Complete System Grounding
Connection Panel:1. Fuel Inlet/Outlet (Hydrogen)2. AC Power Connection3. DC Power Connection4. Grounding Cable Connection
Front & Rear sides handles
Air‐Cooling Design
M‐FIELD Product Advantage
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About M‐FIELD
Fuel Cell Technology
M‐FIELD Product
Technology Development
Projects Completed
Conclusion
Location : Taiwan National Science & Technology MuseumApplication: Fuel Cell UPS Demonstration Period : 2009 ~ Present
Projects
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Location : 2010 Taipei International Flora Exposition
Application: 30kW Fuel Cell Generator
Period : 2010.11/6 ~ 2011.4/25
http://www.2010taipeiexpo.tw
Projects
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Installation : Grid‐tied system
Running Hour : 08:00 – 22:00 everyday
Project Period: Nov. 6, 2010 ~ Apr. 25, 2011
H2 Provider : Air Product
Projects
M-Field Confidential © 2013
0%
20%
40%
60%
80%
100%
010002000300040005000600070008000
106 211 401 593 803 971 1130 1294 1514 1749 1973 2211Daily output power Efficiency %
Location : Telecom TowerApplication: Fuel Cell UPS Test & VerifyPeriod : 2010~2012.
Over 2200 hours/ 200 On‐Offs
Projects
Watt
Accumulative Hours
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Location : NRC, Canada
Application: 6kW Fuel Cell Generator
Period : 2012. 4 ~ present
Projects
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M-Field Confidential © 2013
Location : Toronto, Canada
Application: 3kW Fuel Cell Backup Generator
Period : 2012. 5 ~ present
Projects Completed
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Conclusion
M‐FIELD Service
Total Solution from beginning to the end:• Pre‐stage Analysis• Solution Integration• After Service
Pre‐Stage Analysis
1. Scenario Analysis2. Solution Consultancy3. Solution provision
Solution Integration
1. Fuel Cell Solution2. Hydrogen Solution3. Electrical Solution4. Installation
After Service
1. User Training2. Maintenance3. Upgrading4. Expansion
Customer Need
M‐FIELD
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