Примери за използване на Braking energy на Английски и техните преводи на Български
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For passenger cars with start/stop system and braking energy recuperation.
Due to the recovery of braking energy, the mechanical brakes are used less often here.
S6 with AGM technology- for cars with start/stop system and braking energy recovery.
The availability of the braking energy supply along the train.
AGM batteries are employed in start/stop systems with a maximum power demand and braking energy recuperation.
It is also capable of storing surplus braking energy to ensure a constant supply of power to the electronic equipment in the car.
Reduced energy costs as regenerative front-end feeds excess braking energy back into the network.
The drive utilizes the braking energy as the ride slows down and stops, to generate electricity that feeds back to the grid.
Every time you release the accelerator while a gear is engaged, the engine braking energy that otherwise would be wasted is fed back to the battery.
Using braking energy, the so-called regenerative braking, which converts the kinetic energy of motion into electricity.
This hybrid drive system and the reuse of braking energy limits hydrogen consumption to around 8 kg per 100 km.
The brake energy capacity shall be verified by calculation showing that the braking system is designed to withstand the dissipation of the braking energy.
With this hybrid power source and the re-use of braking energy, around 8 kg of hydrogen are consumed over a distance of 100 km.
You can also enjoy the benefits of energy-efficient LED lighting in the car andour energy-saving drive system that recovers the excess braking energy and feeds it back into the network.
An optimised operation strategy and the recovery of braking energy enables the system to achieve a high level of efficiency of up to 53%.
The aerodynamics of the vehicle and refrigerated body will be thoroughly revised andfitted with a low voltage macro-hybrid system to recover braking energy via a reversible electric system.
Thanks to this hybrid power source and the re-use of braking energy, around 8 kg of hydrogen are consumed over a distance of 100 km(62 miles).
The potential for fuel andCO2 savings in these vehicle categories is smaller and therefore start-stop systems without braking energy recovery are employed.
Thanks to the optimised operating strategy and the recovery of braking energy, the system achieved a high degree of efficiency of up to 53 percent.
In the event of the braking energy supply being disrupted or the power supply failing, it shall be possible to hold in a stationary position a unit with maximum load(design mass under exceptional payload) on a 35‰ gradient by using the friction brake of the main brake system alone, for at least two hours.
The engine features Start/Stop technology as well as engine braking energy regeneration, which contribute to excellent fuel efficiency and low CO₂ emissions.
All engines meet environmental standards“Euro 6” and in the base are equipped with the“start/stop” and regenerative braking energy, as well as active shutter in the grille.
Volvo's innovative Start/Stop technology(with manual transmission) and engine braking energy regeneration help you reduce fuel consumption and CO₂ emissions even more.
The constantly increasing amount of electrical equipment in cars andnew technologies such as start/stop systems or braking energy recovery demand high-performance batteries.
The most frugal Corsa diesel version- with 70 kW/95 hp,automated Easytronic 3.0 transmission and braking energy recuperation system- can reduce CO2 emissions to 82 g/km and fuel consumption to 3.1 l/100 km in the combined cycle.
To maximize e-Delivery performance,the brake has a dynamic regeneration system capable of recovering up to 35% of the braking energy that will be used to recharge the batteries.
Power generation achieves a particularly high level of efficiency through the recuperation of braking energy, with the electric motor taking on the function of a generator.
The amount of electrical equipment used in cars andnew technologies such as start/stop systems or braking energy recovery is ever increasing and demands high-performance batteries.
A critical component in the powertrain of a hybrid car is the belt driven starter generator(BSG),which recovers braking energy and feeds it back into the engine to boost torque and engine performance.
These represent intelligent additions to the range because numerous Ford models(without start/stop function or braking energy recuperation) require original battery replacements with a total height of 175 mm.