institute of power engineering thermal processes department

Institute of Power EngineeringThermal Processes Department

ul. Augustówka 5, 02-981 Warszawa, tel/fax (022) 642 83.78 [email protected]

FUEL CELLS

AT THE INSTITUTE OF POWER ENGINEERING

Tomasz Golec

Conference on the Future of Energy in Enlarged Europe: Perspectives for R&D Co-operation

Warsaw, 7th- 8th October 2004



WARSAW Automation and protection Laboratory High Voltage Section Environmental Impact and Overvoltage Procection Laboratory Distribution Equipment Labora tory High - Current Laboratory Electric Machines Laboratory Regulation, Standarisation and Certification Department Scientific and Technical Information Centre Materials Testing and Diagnostic Section Power - Station Thermal Equipment Diagnostic Laboratory Mea suring Apparatus Laboratory Thermal Processes Section System Development Section GDAŃSK Informatics and Automatic Control Division ŁÓDŹ Transformers Baranch POZNAŃ Insulation Section BOGUCHWAŁA „CEREL” Ceramic Branch BIAŁYSTOK Experimental Laboratory GLIWICE Occupational Safety Section

WARSZAWA 188 MORY

SIEKIERKI

BIAŁYSTOK 48

GDAŃSK 94

POZNAŃ

ŁÓDŹ 65

GLIWICE

BOGUCHWAŁA 38

Institute of Power EngineeringResearch and scientific activities

in the branch of thermal and electrical power engineeringEstablished in 19553, 400 employees

154

39

36



Thermal Processes Department

Optimisation of combustion process in utility boilersusing numerical simulation, laboratory investigation, and measurements of the boilers.

In last years, following EU and Polish energy policies, the attention of IEn has shifted from the traditional energetic systems to new technologies, like biomass utilization for biogas production, biofuels, fuels cells, and combination both of them with gas turbines. IEn in close collaboration with other Polish partners (universities and gas supplier) has already started development of materials, components, designing stack and system for stationary applications of fuel cells. Also biomass gasification research has been started within founds obtained from Ministry of Scientific Research and Information Technology .



The fuel cells development at IEn is mainly focused on the planar option of the Solid Oxide Fuel Cells (SOFC) technology.

Targeted application stationary application using biomass gases and natural gas/ reformats of the coal processing.

IEn is actually involved in the development of the first generation SOFC cells - Electrolyte Supported Cells- ESC for the temperature operation of 850oC.

The next step will be the second generation of SOFC cells - Anode Supported Cells - ASC for the temperature operation of 750o or below.



The whole research effort on the SOFC technology (pilot plant) is allocated at the IEn ceramic division ZC CEREL in Boguchwala near Rzeszow.



Electrical performance testing facilities together with the biomass facilities are located in Warsaw at the Thermal Processes Department



Plans for near future

IEn plans to start with the development of the intermediate temperature SOFC for the temperature of operation 500-600oC (Metal Supported FC – MSFC) in the near future.

This task will be performed in a close co-operation with other Polish R&D institutes /universities and we are looking for the international collaboration in this field (inside the present call for proposals of the 6th Framework Programme).

IEn will focus also on the generation and application of the biomass gases for fuelling of the distributed network of the SOFC stations.



Long term R&D strategy

1. To start design, construction and testing of a small demo SOFC stack of 1-2 kW power (electrical and heat) in the short time perspectives (3-5 years). This task will be done in a close collaboration with other Polish partners (universities, institutes and industrial companies). The works on interconnect metal plates, seals, conductive coatings and construction design will be distributed among different partners. The international collaboration in this field is welcome from French and German partners. As a result of this efforts it is expected to built a demo central heating/electrical unit for testing the performance and corrosion problems of the unit fuelled by biomass gases.

2. To continue the work on the scale-up of such demo SOFC installation to 5-20 kW system and later, even up to 200 kW system, during the next 10 years and finally to bring it to a full commercialisation phase This task will be done in a close collaboration with other Polish and European partners. IEn foresees its involvement in this project by a close co-operation inside an European consortium dedicated specifically to this development or by a strategic partnership with one of the European industrial partner having a strong support of the national government and EC. IEn believes that the European consortium will benefit from the still low labour cost in Poland, what combined with the good knowledge and enthusiasm of Polish scientists and engineers should benefit in the development of a cheap, reliable, robust, and long term operating SOFC system to be competitive by price and quality with other products of world fuel cells manufacturers.



IEn plans are ambitious, but goals can be achieved by joint research and integration of research potential.

Actually IEn is involved in several projects supporting such approach.

BIOFUCEL – Maria Curie ToK project – (EU 6 FP) Development of solid oxide fuel cells technology for stationary applications based on biomass gasification and natural gas

ZSE – Polish Scientific Network „Sustainable Energy Systems” Sub-network FUEL CELLS - (KBN),

ENFUGEN – SSA project (EU 6 FP) ENLARGING FUEL CELLS AND HYDROGEN RESEARCH CO-OPERATION

CENERG – AM project (EU 5 FP) Integration Centre for Central Europe for Research in Energy Supply from Fossil Fuels and

Renewable Sources

Polish Association of Hydrogen and Fuel Cells



Fuel cells R&D activity at IEn is supported by project

BIOFUCEL

Development of solid oxide fuel cells technology for stationary applications based on biomass gasification and

natural gas

project financed within 6 FP Maria Curie Action (Transfer of Knowledge scheme).

The main project objective is to increase the long term research capacity of the Institute of Power Engineering (IEn) by development and establishing a new competence in the fuel cells combined with the biomass gasification. This will enable IEn transition from present energy coal-related research to investigation of sustainable energy systems

The IEn will invite senior researchers for a transition period of up 4 years to help in the development and maturing of the SOFC technology at home.

IEn researchers will go to the EU laboratories for up-dating their knowledge and experience in the subject of biomass gasification

Project partnersRoyal University of Technology (KTH), Stockholm, SwedenOtto-von-Guericke University, Magdeburg, Germany



ENFUGEN

ENLARGING FUEL CELLS AND HYDROGEN RESEARCH CO-OPERATION.

Strategic objectives addressed

In European scenario, the fuel cells market is quickly moving forward and the forthcoming hydrogen economy is on the horizon, but there is still a great discrepancy between the member states and new member countries as far as this specific sector is concerned. Polish, Slovak and Czech R&D infrastructures are strongly interested to contribute and support the research in the hydrogen energy field.

However, the lack of necessary know-how and experience in the formulation and financing of research projects, still do not permit them, to fully reap the benefits of the 6th FP. For this reason, international cooperation and exchange of expertise with the researchers from the member states is essential, “being information and communication, the basis to build strong partnerships in research projects.1” To encourage maximum participation in FP6 thematic priority area 6.1 “Sustainable Energy Systems” the ENFUGEN projectl will support further research and development in fuel cell and hydrogen technology, in Poland, Czech and Slovak Republic, facilitating greater co-operation between the researchers in the targeted countries and in the Member States.

The project is during financial negotiations.



Scientific NetworkSUSTAINABLE NERGEY SYSTEMS

„ENERGY FUTURE”

An initiative to organize scientific network Sustainable Energy Systems was

undertaken together with Polish National Contact Point for EU Programmes.

The network was erected on the basis of Polish centres of excellence financed

within 5th FP and working in energy related research.

The main goal of this Scientific Network is consolidation and integration of Polish

and foreign research units and mapping of scientific research potential.

The network and its programme have been accepted by the State Committee for Scientific Research (KBN)

Programme for the years 2004 to 2006 and financing from KBN for 2004 and 2005

The network is obliged to change into International Scientific Network Open structure – at present 58 members from Poland Steering Committee consists of coordinators of Sub-Network



Energy Storage

Scientific

NetworkZSE

New Materials for Energy

Polygeneration

Ecobuildings

Socio-economic Research

National Contact Point

Electric Energy

Hydrogen

Fuel Cells

Photovoltaic

Biomass

European Commission

Ministry of Scientific Research and Information

Technology

RES Integration

Wind Energy

The network has been organised into sub-networks regarding to specific interest of particular research teams



LIST OF MEMEBRES OF FUEL CELLS SUB-NETWORK

Research Team Representative Research Organisation

1. CENERG Tomasz Golec Instytut Energetyki

2. CEPHOMA Franciszek Krok Politechnika Warszawska, Wydział Fizyki

3. CLEANERPAS Brunon Grochal Instytut Maszyn Przepływowych PAN

4. COMECO Andrzej Boguslawski Politechnika Częstochowska, Instytut Maszyn Cieplnych

5. ENERGOMAT Krzysztof Rożniatowski Politechnika Warszawska, Wydział Inżynierii Materiałowej

6. GIG Jan Rogut Główny Instytut Górnictwa

7. HERCULES Zbigniew Gebhardt Instytut Górnictwa Naftowego i Gazownictwa

8. MALET Grzegorz Paściak Instytut Elektrotechniki Wrocław

9. MIUE Tadeusz Chmielniak Politechnika Śląska, Instytut Maszyn i Urządzeń Energetycznych

10. NEEST Piotr Tomczyk Międzywydziałowy Zespół `Badawczy AGH

11. NOVUM Leszek Suski Instytut Chemii Fizycznej PAN, Kraków

12. PROCO Czesław Pawlaczyk Instytut Fizyki Molekularnej PAN

13. RECEPOL Grzegorz Wiśniewski EC BREC/IBMER

14. SELIBAT Janina Molenda Akademia Górniczo-Hutnicza, Wydział Inżynierii Materiałowej i Ceramiki, Katedra Fizykochemii Ciała Stałego

institute of power engineering thermal processes department

Documents

future of energy

rd cooperationwarsaw

enlarged europe

fuel cells development

fuels cells

cells esc

cells asc

polish energy policies