Примеры использования Braking energy на Английском языке и их переводы на Русский язык
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They also recover braking energy during deceleration.
When the vehicle is braked, the battery is charged by converting the braking energy to electric power.
Has been approved, with regard to the braking energy absorbed, for mass per axle not lower than that of the vehicle concerned.
Mid-range and small cars, andstart/stop systems without braking energy recuperation.
Moreover, this vehicle also has a braking energy recycling function, so it can generate electricity by itself for supplementing electric energy during braking. .
These optimized motors can even convert braking energy back into electricity.
To develop electric regenerative braking systems able to recover the vehicle braking energy.
Above all, AGM batteries are utilised for start/stop systems with braking energy recuperation in mid-range and premium class vehicles.
The laden vehicle must be tested in such a manner that the energy input is equivalent to that recorded in the same period of time with the laden vehicle driven at an average speed of 30 km/h on a 2.5 per cent down-gradient for a distance of 6 km with the gear disengaged, the braking energy being taken by the service brakes alone.
The vehicle concerned is a power-driven vehicle or a trailer which,as regards tyres, braking energy absorbed per axle, and mode of tyre fitting and brake assembly, is identical with respect to braking with a power-driven vehicle or a trailer which.
For mid- andpremium range cars and start/stop systems with braking energy recuperation.
The vehicle concerned is a power-driven vehicle or a trailer which,as regards tyres, braking energy absorbed per axle, and mode of tyre fitting and brake assembly, is identical with respect to braking with a power-driven vehicle or a trailer which.
It shall be verified during the aforesaid test that the time t3 necessary to raise the pressure from 0 to p2 in the least-favoured braking energy storage device is less than.
If the power-driven vehicle is equipped with one or more energy storage devices for auxiliary equipment having a total capacity exceeding 20 per cent of the total capacity of the braking energy storage devices, an additional test shall be performed during which no irregularity shall occur in the operation of the valves controlling the filling of the energy storage device(s) for auxiliary equipment.
A voltage of 9.6 V at the end of the energy supply line is unnecessary low andsuch a low value may have a negative effect on the braking energy of the trailer and may lead to a lower safety level.
The servo-electric drives for mould movement and dosing as well as the recovery of braking energy to the network form the basis for high energy efficiency.
The results of tests on a combination of axles may be used in accordance with paragraph 1.1. of this annex provided that each axle contributes equal braking energy input during the drag and hot brake tests.
To avoid peak loads while operating at high speeds even with high clamping forces, a system, which functions according to the principle of a flywheel,stores the braking energy of the platen movements and transfers it back to the motor as needed- for example, for reaccelerating the platen.
Efficient vehicle powertrains(e.g. low friction components, tyres with low rolling resistance,tyre pressure monitoring systems, brake energy regeneration);
Verification of brake energy absorbed.
Hydraulic braking systems with stored energy.
Hydraulic braking systems with stored energy.
The innovative drive concept buffers the energy generated while braking the drive and uses this energy when accelerating again.
Vehicles equipped with a hydraulic braking system with stored energy shall meet the following requirements.
Further, it adopts advanced E- ABS braking system, kinetic energy recovery system, cruise control system and intelligent BMS system.
Further, it adopts advanced E- ABS braking system, kinetic energy recovery system, cruise control system and intelligent BMS system.
Energy saving- digital drives with energy recovery during braking.
If this automatic braking action requires electrical energy, a trailer braking force of at least 25 per cent of the maximum total axle load shall be achieved for at least 15 minutes to satisfy the above-mentioned conditions.
Spring braking systems" are braking systems in which the energy required for braking is supplied by one or more springs acting as an energy storage device energy accumulator.
Hydraulic braking system with stored energy" means a braking system where energy is supplied by a hydraulic fluid under pressure, stored in one or more accumulators fed from one or more pressure pumps, each fitted with a means of limiting the pressure to a maximum value.