Примеры использования Compressed hydrogen storage system на Английском языке и их переводы на Русский язык
{-}
-
Official
-
Colloquial
Compressed hydrogen storage systems and downstream piping.
The test unit is the compressed hydrogen storage system.
Compressed hydrogen storage system requirements and safety needs 12.
Components of a typical compressed hydrogen storage system are shown in Figure 3.
Compressed hydrogen storage system requirements and safety needs 13.
This part specifies the requirements for the compressed hydrogen storage system.
Post-crash compressed hydrogen storage system leak test.
In this case, the following components are part of the compressed hydrogen storage system.
Compressed hydrogen storage system test requirements and safety needs.
Test procedures for a vehicle fuel system incorporating the compressed hydrogen storage system.
Compressed hydrogen storage system requirements and safety needs 12.
The loss of fuel represents the allowable release for the entire compressed hydrogen storage system on the vehicle.
Post-crash leak test-- compressed hydrogen storage system filled with compressed hydrogen.
Per ground rule, the basic safety parameters are established to be the same as that for the compressed hydrogen storage System.
Figure 1 shows a typical compressed hydrogen storage system consisting of a pressurized container, three closure devices and their fittings.
The installation in vehicles with LHSSs shall meet the same requirements as for vehicles with compressed hydrogen storage systems in para. 6.1.2.
The maximum allowable hydrogen discharge from the compressed hydrogen storage system is 46 mL/h/L water capacity of the storage system.(para. 6.2.4.2. test procedure);
Rationale for paragraph 6.1.2. Test procedure for post-crash concentration test in enclosed spaces for vehicles with compressed hydrogen storage systems.
The containment of the hydrogen within the compressed hydrogen storage system is essential to successfully isolate the hydrogen from the surroundings and down-stream systems. .
The installation in vehicles with LHSSs shall meet the same requirements as for vehicles with compressed hydrogen storage systems in Annex 5, paragraph 2.
The maximum allowable hydrogen discharge from the compressed hydrogen storage system is 46 ml/hr/l water capacity of the storage system.(Annex 3, paragraph 4.2. test procedure);
Part III- Hydrogen-fuelled vehicles of[category M and N]incorporating compressed hydrogen storage system on its safety-related performance.
Of a type of vehicle/component compressed hydrogen storage system with regard to the safety-related performance of hydrogen-fuelled vehicles pursuant to Regulation No. XYZ.
In order to determine the ratio of volumetric flows between helium and hydrogen releases and thus establish a required relationship between hydrogen and helium leakage,we assume that leakage from the compressed hydrogen storage system can be described as choked flow through an orifice where the orifice area(A) represents the total equivalent leakage area for the post-crash system. .
Similarly, in vehicles with compressed hydrogen storage systems, thermal conditioning of the gaseous hydrogen may also be required, particularly in extremely cold, sub-freezing weather.
This part specifies requirements for the vehicle fuel system, which includes the compressed hydrogen storage system, piping, joints, and components in which hydrogen is present.
In the case of a 70 MPa NWP compressed hydrogen storage system, for example, the pressure may have to be reduced from as high as 87.5 MPa to less than 1 MPa at the inlet of the fuel cell system, and typically under 1.5 MPa at the inlet of an ICE system. .
Alternatively, The maximum allowable hydrogen discharge from the compressed hydrogen storage system with a total water capacity of less than 330L is 46mL/h/L water capacity of the storage system. .
Compressed hydrogen storage system(CHSS)" means a system designed to store hydrogen fuel for a hydrogen-fuelled vehicle and composed of a pressurized container, pressure relief devices(PRDs) and shut off device that isolate the stored hydrogen from the remainder of the fuel system and the environment.
Alternatively, The maximum allowable hydrogen discharge from the compressed hydrogen storage system with a total water capacity of less than 330L is 46mL/h/L water capacity of the storage system. para. 6.2.4.2 test procedure.