Design and Test of Pios Hydrogen Fuel Cell Motorcycle Jörg Weigl*, Inayati*, Hamdani Saidi* *Institute of Hydrogen Economy, Universiti Teknologi Malaysia, International Campus, Kuala Lumpur, Malaysia. It start with a fuel cell toy… my first fuel cell ride! 2000 Construction toys with PEM-fuel cell and metal hydride hydrogen storage. 2001 “H2-power Scooter” Fuel Cell technology can move a person! Buy private FC-system 2 Fuel Cell Vehicle History 2001 2002 “Pios solar cycle” “Pios hydrogen cycle” 2003 “PIOS Hydrogen Tricycle” 2003 “PIOS Hydrogen Tricycle” Pios Hydrogen Tricycle update 2007 PIOS Hydrogen Tricycle 2007 1000 km test drive Australia Pios Fuel Cell Motorcycle South African Solar Challenge Renewable Category 4000km Shell Eco Marathon 7-9. Mai 2009 Mai 2009 “Trisikal Suria* =*Sun Tricycle” Euro Speedway Lausitz Germany 1100Km per Liter petrol equivalent Pios Fuel Cell Motorcycle Sepang Malaysia F1 circuit Pios Fuel Cell Motorcycle, equipt with DAQ on dynamometer test bench 8 Content: • • • • • • • • • Fuel Cell Vehicle History Project Status Concept Fuel Cell Drive Train and Components Dynamometer tests Manufacturing Launching by Prime Minister Endurance Test/Racing and Winning Technical Results /Outlook 9 Introduction Objective: Design, prototyping and testing of a motorcycle with fuel cell drive train. …market study: H2Motive concept 11 Concept: 12 Advantages of Fuel Cell Technology 1. Significant higher energy efficiency of 50% compared to 30% for an internal combustion engine system. 2. No harmful emissions, only clear water, and a silent operation. 3. Compared with a battery powered electric vehicle, a Fuel Cell Vehicle provides longer cruising range. (about 350 kilometers for the Motorbike) 4. Fast refilling of the hydrogen compared to charging of batteries. 5. High efficiency with partial load. 13 Technology in the Motorbike: Hydrogen Tanks (Compressed). 14 Technology: Fuel cell test bench Max. Speed Range Hill slope 84 Km/h 350km 30% FC-system Power Combined Motor Power Buffer Battery(LiPo) Ultra Capacitor 7kW 10kW 2.072kWh 28F 60V Curb mass Aerodynamic drag Rolling Resistance Frontal area 290kg 0.7 0.014 1.0m² 15 Fuel Cell Drive Train: Fuel Cell System • Type: • • • • • • • Polymer Electrolyte Fuel Cell system (PEM-FC-system) with balance of plants (BoP). Manufacturer: Hydrogenics Model: HyPM 7 Maximum power output: 7KW Voltage level: 75 to 50 Volt Voltage and Current at peak power: 53 Volt 140Amper System peak Efficiency: 51% electrical efficiency System weight (inclusive BoP) 74 kg 17 Electric Motor: • Electric Motor with controller • • • • • • • • • • Type:Axial flux, brushless, permanent magnet, hub motor Manufacturer: New Generation Motors Corporation (NGM) Model: MSF 215/125 Maximum power output: 9kW Reality 4,5kW Nominal voltage: 48 Volt Operation voltage range: 40- 60 Volts Max voltage: 75 Volt Motor peak efficiency: 95% Motor average efficiency 92% Motor weight (with controller): 24 kg (29 kg) 18 Electric Motor 2: • Electric Motor 2 “Booster Motor” • • • • • • • • • • Type: DC brushless, permanent magnet motor Transmission: Chain with one way bear ring 3,7:1 Manufacturer: Lynch UK Maximum power output: 5kW Nominal voltage: 48 Volt Operation voltage range: 40- 60 Volts Max voltage: 60 Volt Motor peak efficiency: 89% Motor average efficiency 78% Motor weight (with controller): 10 kg (14 kg) 19 Battery: • Battery • • • • • • • Type: Manufacturer: Capacity: Number of cells: Nominal Voltage: Max. Voltage: Weight Lithium Polymer Battery Eagle Picher Kokam 40 Ah 14 cells in series; 51.8 Volt 58.8 Volt 15.5 kg) 20 Ultra Capacitor: • • • • • Manufacturer: Capacity: Number of cells: Max. Voltage: Weight Maxwell 28 F 2x4 “six pack” in series 60 Volt 4.5 kg 21 Data Acquisition system Compact Rio: Measurement and control hardware based on Field Programmable Gate Array (FPGA) Software is NI Lab View. Driver Interface Tough book touch screen laptop. Locked and position adjustable Dynamometer Schema: Drive test of Motors Dynamic response test Hybrid system Tough book touch screen laptop. Locked and position adjustable The manufacturing : Standard frame bevor modifications 27 The manufacturing: Custom made frame with fuel cell system on board 28 The manufacturing: Carbonfieber and fiberglass body work 29 The Launching by the Prime Minister of Malaysia: fuel cell motorbike, with Abdullah Badawi, 17.9.2008 Putra jaya, Malaysia 30 The News: 31 Racing and Winning: Participating in: South African Solar Challenge 2008 Technology Class* 4000 km endurance race through South Africa. 28. Sept. to 8 Oct. 2008 * for environmentally friendly vehicles 32 …hydrogen refilling: 33 …finish line in Pretoria: The winning team, H2Motive with Etianne Zind, Hairul Izmail, Prof. Hamdani Saidi, Dr. Kamarul, Kristofer Arbeus, Jörg Weigl, 34 Technical Results Efficiency: Consumption 0.510 kg H2 per 100Km (0.510kg x 33kW/kg =16,83kwh per 100km equals 1,91 l Petrol per 100km (Comparable Motorbike with 380kg total mass at 75km/h ~4l petrol 100km ~54% less consumption) Further test Full Drive Cycle tests with Drive train Variations. •Hybridized with Ultra capacitor •Hybridized with Battery • Dual hybridized with Capacitor and Battery (new for fuel cell drive train in Motorcycles) • Direct FC-drive with DC-DC converter The future of Pios Fuel Cell Motorcycle: „To win the puplic support for the environment“ & “To lead the way for green technology!“ A future FC motorbike would have a simplified fuel cell with air cooling and would be lighter. 37 April 2010 Fuel Cell Cycle with Pios Power Pack Base Vehicle Gocycle - foldable electric assisted bicycle Motor. Speed 31 Km/h (limited to 25 km/h as Pedelec in EU) Range on Battery 10/20 km (motor only /with easy pedal assistance) Range with Pios Power Pack 120/240km (motor only /with easy pedal assistance) Weight Base Vehicle 17kg (with battery 3kg) Weight converted with Pios Power Pack 23kg 38 April 2010 Pios Power Pack Pios Power Pack System Continues System Power Power Peak from Hybrid system System Voltage Voltage Adjustments Energy Storage Material Hydrogen Stored Useful Energy Weight Energy Density by Weight Hydrogen Filling System PEM air-cooled fuel cell system 500 Watt 4.4 kW 3 min 22.2 V nominal (18-25.4 V) optional DC/DC converter 30 to 60 V optional DC/AC inverter 230 V 50 Hz Compressed Hydrogen Cylinder ( 6.8 l @ 350bar) Carbon fiber with Aluminum liner 2.94 m³ or 0.265 kg H2 4.3 kWh 9.3kg (H2 vessel 3.9kg, FC-system 3.2 kg, H2 piping 1kg, Enclosure 1,kg, Data Acquisition System 0.2kg) 216 Wh/kg Standard 350 bar Hydrogen WEH TN 01 / 39 TK 15 Thank you …! Thank You…. Dankeschön …!