clean energy research centre - maritime institute

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Strictly Confidential Clean Energy Research Centre

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Page 1: Clean Energy Research Centre - Maritime Institute

Strictly Confidential

Clean Energy Research Centre

Page 2: Clean Energy Research Centre - Maritime Institute

Vision

� Centre of excellence for clean energy technologies

� Develop cutting edge fuel cell technologies and advanced power

management systems

� Preferred partner to the local Industry for clean energy and

mobility solutions

� Professional training centre for the green collar industry

Mission

Introduction

Page 3: Clean Energy Research Centre - Maritime Institute

Fuel Cell Application Centre @ TP

“As the pioneer clean energy incubator in Singapore, the fuel

cell community led by Temasek Polytechnic is an important

step in development our nascent clean energy industry“ ……. “

establishing Singapore as a serious player in the fuel cell

industry” EDB Chairman Lim Siong Guan

Launched of Fuel Cell Community Mar 2007

Page 4: Clean Energy Research Centre - Maritime Institute

Technology Leadership

Strictly Confidential

“…the Singapore

Fuel cell

Community, which

is based at the

polytechnic and

brings together

researchers, start-

ups, and other

industry partners…”

The Straits Times, 12 October 2011

The Straits Times, 12 October 2011

Page 5: Clean Energy Research Centre - Maritime Institute

The Straits Times, 18 June 2011The Straits Times, 18 June 2011

Technology Leadership

“.. The power plant, which was incubated at TP

CERC for 3 years, is the fruit of a collaboration

between researchers.. TP provided the

engineering know-how to put together the fuel

cell power …..“

“.. their plant would not have been possible

without the collaboration of TP….. “the deep

technical know-how in fuel cell materials, design

and controls were applied by the researchers“

Page 6: Clean Energy Research Centre - Maritime Institute

History

2007 2008 2009 2010

� Launched

Fuel Cell Community with 17 partner

companies

�Developed a

fuel cell bicycle

funded by NEA

� Developed fuel

cell UPS for BTS

with SingTel

� Developed a 2W

DMFC with IMRE (Astar)

� 1st technology licensing

� 8 full-time project

staff

� Developed a fuel cell

mobile phone charger

funded by A*Star

� Developed a 50W

portable power pack

funded by DSTA

� FCC partners

increased to 40 companies

� Clean Energy Centre

facility completed

� CERC signed MOU

with MPA for clean

energy R&D with

industry partners

� Developed Gen 2 high

performance fuel cell

stacks

� Published 20international conference

papers & 13 journal

publications

�Full-time project staff

increased to 12

Strictly Confidential

� Partnered Toyota Tsusho

(TTSPL) to develop urban

mobility solutions

� TP awarded Top Achiever Award in Singapore

Sustainable

Environment Award 2011

�1st international exhibition

(IGEM2011, Malaysia)

� Applied 4 patents on fuel

cell & electric personal

transporter

� Developed Gen 3 high

performance fuel cell stacks

2011

Page 7: Clean Energy Research Centre - Maritime Institute

Technology Focus and Capabilities

PEM Fuel Cells

11

Hydrogen Generation and Storage

22

Battery Management

44

• Fuel cell stack design and assembly

• Catalyst synthesis and application

• Bipolar plate fabrication and treatment

• Interconnects and flow field design

• Electrolysis of water

• Hydrolysis of chemical hydrides

• Hydrogen storage in metal hydrides

Power Management

33

• Energy distribution system

• Hybrid system architecture & control

• Efficient energy recovery unit

• Remote monitoring and control

• Efficient active balancing

• SOH, SOC prediction & monitoring

• Thermal and safety management

Strictly Confidential

Page 8: Clean Energy Research Centre - Maritime Institute

Full Design and Fabrication Capabilities

Stack Design Modeling &

Simulation

Materials Selection

& Processing

Stack Assembly

Control Electronics &

Firmware

Integration & Testing

Advanced Fuel Cell Systems

Circuit design & Layout

Prototyping Embedded Firmware

Integration & Testing

Power Management Systems

Strictly Confidential

Page 9: Clean Energy Research Centre - Maritime Institute

Facility and Equipment

State-of-the-art Facility

Equipment

Testing stations FC materials processing lab Chemical lab

Electronic loads Automated milling Spray coating Hot press machine Tube Furnace

Strictly Confidential

Page 10: Clean Energy Research Centre - Maritime Institute

Achievement Awards

Singapore Environmental Achievement Awards 2011

Top Achiever Award

“.. TP highlighted the many

measures taken to conserve

energy, … and the

establishment of the Fuel

Cell Community and the

Clean Energy Research

Centre in TP“

Page 11: Clean Energy Research Centre - Maritime Institute

ProposalsI. Current WorkII. Energy Storage System (ESS)III. Fuel Cell as Underwater Power Source

Page 12: Clean Energy Research Centre - Maritime Institute

Urban Solutions Programme with Toyota Tsusho

Smart

Battery

Balancing

System

Data

Acquisition &

Transmission

Telematics on Iphone

Page 13: Clean Energy Research Centre - Maritime Institute

Urban Solutions Programme with Toyota Tsusho

Advanced Telematics

Control &

Command

Centre

Battery

Status

&

Alarms

COMS

Location

& Travel

Map

Data

Logging

Page 14: Clean Energy Research Centre - Maritime Institute

Energy Storage System for Maritime Applications

Page 15: Clean Energy Research Centre - Maritime Institute

Our SOC Prediction

Page 16: Clean Energy Research Centre - Maritime Institute

Active BMS for Large Format LFP Stack

Page 17: Clean Energy Research Centre - Maritime Institute

Multi-purpose ROVs equipped with video cameral, scan sonar,metal detector, megnetometers and cutting arm, e.g. aredeployed for salvage, subsea inspection, underwater acousticimaging, underwater development, repair and maintenance.

The umbilical cable limits their capabilities.

Fuel Cell Powered ROVs

Page 18: Clean Energy Research Centre - Maritime Institute

120 W 4 KW 40 KW

Fuel Cell Powered ROVs

Page 19: Clean Energy Research Centre - Maritime Institute

Open end mode--------

water discharged with

continuous gas flows.

Issues Facing Underwater Fuel Cell Powered Systems

Water discharging (1)

Page 20: Clean Energy Research Centre - Maritime Institute

Close end mode--------

Purging is required to

discharge water and reduce

voltage decay.

Issues Facing Underwater Fuel Cell Powered Systems

Water discharging (2)

Page 21: Clean Energy Research Centre - Maritime Institute

• Our breakthrough

Purging-free

Close-end

No voltage decay

High reactants efficiency

Light system and long serving time

This new technology at patent filing stage

Our Approach

Page 22: Clean Energy Research Centre - Maritime Institute

It’s All About Teamwork !

Strictly Confidential