Acstyria Hotspot FCH / H2

Transcription

1 Acstyria Hotspot FCH / H2 Manfred Klell HyCentA, Graz

2 Hydrogen Center Austria First Austrian research center for hydrogen with test stands and filling facility since 2005 Slide 2

3 Hydrogen Center Austria On the premises of Graz University of Technology the HyCentA has been serving as a focus for Austrian hydrogen related research and development activities for more than 10 years with expertise in questions of production, storage and application of hydrogen, mainly in combustion engines and in fuel cells. Slide 3

4 Activities Customer-specific test setups with electronic process control Conception of hydrogen-pressure systems for stationary and mobile applications Thermodynamic analysis of processes and systems Economical and ecological analysis Expertise in questions of safety, standards and regulations Scientific research, lecturing and publications Slide 4

5 Lecturing and publications Austrian hydrogen conference 2005, 2007, 2009, 2012 Lecture at TU Graz: Hydrogen in Energy and Vehicle Technology Habilitation in applied thermodynamics: Klell: Thermodynamik des Wasserstoffs, TU Graz 2010 Studybook 2012: Eichlseder/Klell: Wasserstoff in der Fahrzeugtechnik Erzeugung, Speicherung, Anwendung Springer Vieweg, 3. Auflage Slide 5

6 Project E-LOG BioFleet I & II Austrian flagship project Replacement of industrial truck batteries by fuel cell-range extender and H2-high pressure tank H2 is produced and compressed onsite by decentralized reforming of bio-methane European s first hydrogen-indoor refueling Energy Globe Award Feuer 2014 Slide 6

7 Project E-LOG BioFleet I & II /FC fleet statistics 2015 /Truck on time: h /FC on-time: h Start / Stopp cycles: /Truck power demand: < 750 W /FC system drive cycle efficiency max: 53 % /Number of refuellings: ~ 4133 Slide 7

8 Project Wind2Hydrogen Conversion of renewable electricity into hydrogen for storage purposes and transport inside the natural gas grid New development of a high pressure PEM-electrolycer Construction of a 100-kW-pilot plant Operative experiences of a power-to-gas-plant with real-life load cases of renewable energy and the feed-in of H2 into the natural gas grid Production of sustainable hydrogen for H2-mobility Sponsored by resources of the climate and energy fund as part of ENERGY MISSION AUSTRIA Slide 8

9 Project Wind2Hydrogen Set up of pilot plant, operation since , official Opening by Minister Stöger on Slide 9

10 Project HIFAI - RSA System integration test bench for scientific research on 150 kw PEM fuel cell systems Hardware in the Loop, real time simulation of vehicle, driver and driving cycles Continuous tool chain for applications of fuel cell systems, from simulation, optimization through to verification on the test bench Slide 10

11 Project FCH Media Research activities on instrumentation and actuation of fuel cell test benches with High dynamic conditioning of hydrogen and air as well as Dynamic flow measurement including appropriate calibration techniques. Nozzle system with 8 critical venturi nozzles according to ISO 9300 Designed for H2 und CNG Hydrogen flow: 0,06 to 15,3 kg/h CNG flow: 0,16 to 40,8 kg/h m = A nt p 0 C d C RT 0 Slide 11

12 Project FC REEV Fuel Cell Range Extended Electrical Vehicle Extension of a battery-powered vehicle with a fuel cell system (25 kw) and a 700 bar hydrogen storage system for extended driving range (> 400 km) Slide 12

13 Facilities Infrastructure meeting all safety standards Test stands with supply of helium, nitrogen, hydrogen Electronic control center State of the art testing and measuring equipment Specialized personnel Filling facility for gaseous hydrogen at 350 bar Slide 13

14 Project FCH REFuel Development of a modular low-cost H2 filling station concept using 35 and 70 MPa electrolysis and fuel cell range extender vehicles Slide 14

15 Project FCH REFuel Slide 15

16 Vision of Hydrogen Economy CO 2 -free closed loop energy cycle renewable energy electricity Source: Züttel 2008 Slide 16

17 Carbon-free energy industry primary energy: energy carrier: distribution & storage: useful energy: renewable sun, wind, hydropower electricity & hydrogen power grid natural gas grid and storages transport household industry electric machines & engines power to hydrogen FC, ICE, turbines Slide 17

18 Transport electricity short driving range, slow refuelling hydrogen long driving range, fast refuelling Slide 18

19 FCH Austria Vision Strategic Targets of Demo Region Industrial RTD for Technologies and Systems Demonstration of Vehicles and Filling Stations Hydrogen Production and Distribution RTD Infrastructure Operational Infrastructure Energy Infrastructure Linking-up within and outside of FCH Cluster Austria Added Value in Austria through Commerzialisation and Production Slide 19

20 Vision of Hydrogen Economy Slide 20

21 FCH Austria Visions Austria as a competitive supplier for components, services and development tools for fuel cell technologies (AVL, MAGNA) Niches for Austrian products, services and research activities in existing business partnerships (Toyota-BMW, Nissan-Daimler-Renault- Ford, Honda-GM, VW-Ballard, ) (AVL) Expansion of H2 technologies to a business segment with five-digit quantities until 2020 (Fronius) Performant H2 filling station network and FC demonstration vehicles in Austria (OMV) Austria as an international established research partner for hydrogen and fuel cell technologies (HyCentA) Slide 21

22 Strategy AVL Topics PEM FC system and component testbed Simulation tools, measurement and test systems for PEMFC and SOFC Investigation of degradation processes of FC systems Highly dynamic test bed components SOFC APU & CHP SOFC systems for heating/cooling/power PEM FC Range Extender vehicle PEM FC vehicle High temperature electrolysis SOEC Slide 22

23 Strategy FRONIUS Topics Valve technologies and test procedures for H2 pressure storages Accelerated degradation tests for fuel cell systems PEMFC Range Extender PEM high pressure electrolysis Development of low cost components and system integration for PEM high pressure electrolysis and PEMFC Expansion of product range for PEM high pressure electrolysis and stationary as well as mobile PEMFC applications Slide 23

24 Strategy MAGNA Topics Vehilce concept including simulation tools and modular system for innovative powertrains (ICE & xev) Development of production processes parallel manufacturing of conventional, hybrid and fuel cell power trains Storage of hydrogen inside vehicles Cost and capacity opimizations Test and validation of components, systems and vehicles Geometric and functional integration of innvoative technologies into vehicles Slide 24

25 Strategy OMV Topics H2 production: centralized vs. decentralized, renewable, power-to-hydrogen H2 filling station technology: Compression, high pressure storage H2 filling station network in Austria: Model region, interlinking with GER, IT, SLO, CZ H2 logistics & distribution Demo vehicles FCV (Hyundai, Honda, Toyota from 2015, Daimler from 2017) Slide 25

26 Vision of Hydrogen Economy Legend: 1. photovoltaic plant, 2. wind power plant, 3. hydropower plant, 4. energy autonomous detached house, 5. municipal storage, 6. pumped-storage power plant, 7. centralized electrolysis and methanisation, 8. hydrogen filling station, 9. gas power plant 10. energy autonomous mobile network transmission station, 11. green intralogistics, 12. natural gas/hydrogen pore storage Slide 26

27 Development of staff Slide 27

28 Team Slide 28

29 Vision HyCentA 2.0 Option 1: COMET K1 Center for hydrogen Option 2: Christian Doppler Labor Thermodynamics of hydrogen Slide 29

30 Contact: HyCentA Research GmbH Assoc.Prof. DI Dr. Manfred Klell (CEO) Inffeldgasse 15 A-8010 Graz Slide 30