Fuel cell vehicle
The fuel cell vehicle, includes a fuel cell generating electricity by an electrochemical reaction of hydrogen and oxygen; an accessory for the fuel cell; and a fuel cell system box mounted on a vehicle body and housing the fuel cell and the accessory, wherein the fuel cell system box is formed in a vessel shape which has a bottom wall, a first side wall, and a second side wall, the first side wall supporting at least one pipe through which a fluid supplied to the fuel cell flows, and the first side wall is constituted of a material having a specific gravity that is greater than that of the bottom wall and the second wall.
1. A fuel cell vehicle, comprising:
a fuel cell generating electricity by an electrochemical reaction of hydrogen and oxygen;
an accessory for the fuel cell; and
a fuel cell system box mounted on a vehicle body and housing the fuel cell and the accessory, wherein
the fuel cell system box is formed in a vessel shape which has a bottom wall, a first side wall, and a second side wall, and
the fuel cell system box has front and rear skeletal members provided at the front and rear of the bottom wall and extending in a widthwise direction of the vehicle, an anti-vibration material is disposed between the front and rear skeletal members, and the fuel cell is fixed to the front and rear skeletal members, and
the front and rear skeletal members have peripheral flanges, and
the anti-vibration material is covered by a plate fixed to the front and rear skeletal members, and
the plate has a front flange and a rear flange, and
a space is formed between the plate and a top face of the bottom wall of the fuel cell system box, the space being filled with the anti-vibration material, and
the front flange of the plate and the peripheral flange of the front skeletal member are joined together and fixed to the bottom wall of the fuel cell system box, and the rear flange of the plate and the peripheral flange of the rear skeletal member are joined together and fixed to the bottom wall of the fuel cell system box, and
the fuel cell is fixed via brackets to the front skeletal and rear skeletal members.
2. A fuel cell vehicle according to claim 1 , wherein the pipe passes through the first side wall.
3. A fuel cell vehicle according to claim 1 , wherein the first side wall is constituted of an iron material, and the bottom wall and the second side wall are constituted of an aluminum material.
4. A fuel cell vehicle according to claim 3 , wherein the first side wall having a coating thereon is connected to the bottom wall and the second side wall by riveting.
5. A fuel cell vehicle according to claim 1 , further comprising:
a lid covering an upper part of the fuel cell system box and having an under surface formed with a varying height; and
a hydrogen sensor placed at an elevated position inside the fuel cell system box and measuring a hydrogen concentration inside the fuel cell system box.
6. A fuel cell vehicle according to claim 5 , wherein
the lid has spacers varying the height of the undersurface of the lid and guiding the hydrogen to the hydrogen sensor.
7. A fuel cell vehicle according to claim 5 , further comprising:
an air conveyance means conveying ventilation air into the fuel cell system box, wherein
the hydrogen sensor is arranged downstream of the ventilation air inside the fuel cell system box.
8. A fuel cell vehicle according to claim 5 , wherein
the accessory has a hydrogen system accessory supplying hydrogen to the fuel cell or discharging hydrogen from the fuel cell.
9. A fuel cell vehicle, comprising:
a fuel cell generating electricity by an electrochemical reaction of hydrogen and oxygen;
an accessory for the fuel cell; and
a fuel cell system box mounted on a vehicle body, formed in a vessel shape with a bottom wall and side walls, and housing the fuel cell and the accessory, wherein
the fuel cell system box has front and rear skeletal members provided at front and rear of the bottom wall and extending in a widthwise direction of the vehicle, an anti-vibration material is disposed between the front and rear skeletal members, and the fuel cell is fixed to the front and rear skeletal members, and
the front and rear skeletal members have peripheral flanges, and
the anti-vibration material is covered by a plate fixed to the front and rear skeletal members, and
the plate has a front flange and a rear flange, and
a space is formed between the plate and a top face of the bottom wall of the fuel cell system box, the space being filled with the anti-vibration material, and
the front flange of the plate is joined to the peripheral flange of the front skeletal member, and the rear flange of the plate is joined to the peripheral flange of the rear skeletal member, and
the fuel cell is fixed via brackets to the front skeletal and rear skeletal members.
10. A fuel cell vehicle, comprising:
a fuel cell generating electricity by an electrochemical reaction of hydrogen and oxygen;
an accessory for the fuel cell;
a fuel cell system box mounted on a vehicle body, formed in a vessel shape with a bottom wall and side walls, and housing the fuel cell and the accessory;
a lid covering an upper part of the fuel cell system box and having an undersurface formed with a varying height, and
a hydrogen sensor placed at an elevated position inside the fuel cell system box and measuring a hydrogen concentration inside the fuel cell system box,
wherein the fuel cell system box has front and rear skeletal members provided at the front and rear of the bottom wall and extending in a widthwise direction of the vehicle, an anti-vibration material is disposed between the front and rear skeletal members, and the fuel cell is fixed to the front and rear skeletal members, and
the front and rear skeletal members have peripheral flanges, and
the anti-vibration material is covered by a plate fixed to the front and rear skeletal members, and
the plate has a front flange and a rear flange, and
a space is formed between the plate and a top face of the bottom wall of the fuel cell system box, the space being filled with the anti-vibration material, and
the front flange of the plate is joined to the peripheral flange of the front skeletal member, and the rear flange of the plate is joined to the peripheral flange of the rear skeletal member, and
the fuel cell is fixed via brackets to the front skeletal and rear skeletal members.
11. A fuel cell vehicle according to claim 10 , wherein
the lid has spacers varying the height of the undersurface of the lid and guiding the hydrogen to the hydrogen sensor.
12. A fuel cell vehicle according to claim 10 , further comprising:
an air conveyance means conveying a ventilation air into the fuel cell system box, wherein
the hydrogen sensor is arranged downstream of the ventilation air inside the fuel cell system box.
13. A fuel cell vehicle according to claim 10 , wherein
the accessory has a hydrogen system accessory supplying hydrogen to the fuel cell or discharging hydrogen from the fuel cell.
14. A fuel cell vehicle according to claim 1 , wherein the first side wall is constituted of a material having a specific gravity that is greater than that of the bottom wall and the second wall.
15. A fuel cell vehicle according to claim 1 , wherein the first side wall supporting at least one pipe through which a fluid supplied to the fuel cell flows.
16. A fuel cell vehicle according to claim 1 , wherein the fuel cell is placed on the plate.
17. A fuel cell vehicle according to claim 1 , wherein a central part of the plate in the widthwise direction of the vehicle is fixed to the bottom wall of the fuel cell box so that the space is divided into two spaces and the anti-vibration material is inserted in each space.