HINO HELPS DEVELOP FUEL CELL BUS

Wednesday, 28 January 2015

HINO HELPS DEVELOP FUEL CELL BUS

Hino Motors Limited and parent company Toyota Motor Corporation have begun trialling a new fuel cell bus in Toyota City to determine the feasibility and effectiveness of the technology in public transport applications.


Hino developed the vehicle together with Toyota using the Toyota Fuel Cell System from the recently revealed Mirai fuel cell vehicle.  


The new Hino-Toyota Fuel Cell Bus is equipped with eight high-pressure hydrogen tanks, as well as two fuel cell stacks and two motors to provide the required power output. 


The fuel cell bus showcases some of the additional possibilities on offer with the technology, including a system for supplying electric power to buildings and other facilities during emergencies.


Hydrogen fuelling of the bus is being carried out at Toyota Ecoful Town - an area of Toyota City which uses next generation, low carbon environmental technology on a daily basis.


The bus began servicing the Toyota Oiden bus route in Toyota City earlier this month.


The verification testing is being conducted with the cooperation of Toyota City as part of a public fuel cell bus road trial and emergency external power supply testing scheme, which is being promoted by the Japanese Ministry of Economy, Trade and Industry.


Hino Australia Manager - Product Strategy Daniel Petrovski said the fuel cell technology is another reminder of the brand's commitment to environment-focused engine technologies.


"Hino has held a long-term commitment to hybrid technology, and the new fuel cell bus currently on trial shows a whole new range of possibilities," Mr Petrovski said.


"Its development is also a reminder of the strength of the Hino brand and it shows what the company can do together with its parent company, the Toyota Motor Corporation."

Hino-Toyota Fuel Cell Bus specifications

                                                             

Vehicle

     

Length/width/height

10,525/2,490/3,340mm

Capacity (seated, standing and driver)

77 (26+50+1)

FC stack

     

     

Name

Toyota FC Stack

Type

Solid polymer electrolyte

Max output

114kW × 2 units/155 PS × 2 units

Motor

     

     

Type

AC synchronous

Max output

110kW × 2 units /149.5 PS × 2 units

Maximum torque

335Nm × 2

High-pressure hydrogen tank

     

     

Type

Compressed hydrogen

Nominal service pressure

70 MPa

Number

8

Tank capacity

480L

Drive battery

Type

Nickel-metal hydride

FC bus V2H system

Maximum output/voltage

9.8kw/DC 300V


 

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