Примери за използване на Brake energy на Английски и техните преводи на Български
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Brake Energy Regeneration.
Quite simply, brake energy recovery.
Brake energy recovery contributes to a low level of fuel consumption.
There's an auto start/stop function and brake energy regeneration.
Brake Energy Regeneration takes advantage of this long-overlooked potential.
They will come equipped with a start/stop system and brake energy regeneration.
Our mild hybrid cars recover brake energy to charge a 48V battery when braking. .
And the thermoelectric generator is the ideal counterpart for BMW EfficientDynamics Brake Energy Regeneration.
Brake Energy Regeneration lowers fuel consumption and increases the efficiency of the drive system.
AGM technology(Running Bull AGM)is mainly used in start/stop systems with maximum energy consumption and brake energy recovery.
Brake energy regeneration transforms it into electrical energy and uses it to charge the battery.
The latter combines technologies like Automatic Start/Stop function, Brake Energy Regeneration and electric power steering to help improve fuel efficiency.
Brake Energy Regeneration now puts an end to this: when you brake, energy is recovered and the battery is loaded.
Since it doesn't consume fuel at low speeds, andrelies on recuperated brake energy, the Volvo FE Hybrid is best-suited for stop-start drive cycles.
Rounding off this approach are BMW EfficientDynamics technologies such as the standard-feature energy management with Automatic Start/Stop function and Brake Energy Regeneration.
Start/Stop technology and engine brake energy regeneration contribute to excellent fuel economy and reduced CO₂ emissions.
The new Fabia engines(four petrol, three diesel) meet EU6 standards andare fitted with Start-Stop System and brake energy recovery as standard.
Start/Stop technology and engine brake energy regeneration contribute to excellent fuel economy and reduced CO₂ emissions.
The intelligent energy management in the BMW 6 Series Convertible includes the BMW EfficientDynamics technologies ECO PRO mode,Automatic Start/Stop function and Brake Energy Regeneration as standard.
Furthermore, when recuperating brake energy and feeding it back into the battery, inverters and their sophisticated power electronics are needed once more.
The M TwinPower Turbo 8-cylinder petrol engine demonstrates that power andefficiency are by no means mutually exclusive with its intelligent BMW EfficientDynamics technologies such as Brake Energy Regeneration.
Intelligent EfficientDynamics measures such as the Auto Start-Stop function or Brake Energy Regeneration ensure optimal use of resources and thus play a crucial role in maintaining the power and stamina of the BMW M4 Coupé.
The intelligent energy management in the BMW X6 is provided by a number of standard-feature BMW EfficientDynamics technologies, including the Automatic Start/Stop function,Electric Power Steering and Brake Energy Regeneration.
Standard BMW EfficientDynamics technologies- such as Automatic Start/Stop function,ECO PRO mode, Brake Energy Regeneration and electro-mechanical power steering- form an intelligent energy management system that reduces fuel consumption, thereby contributing to sustainable mobility.
All turbocharged engines in the Rapid Spaceback(the TSI and TDI engines) are complemented by a set of sophisticated technical solutions to further reduce consumption andemissions- Start-Stop system and brake energy recovery.
As a plug-in hybrid, the BMW 2 Series Active Tourer with eDrive can charge its lithium-ion high-voltage battery(capacity: 7.7 kWh)either by means of brake energy recuperation during a journey or when plugged into a domestic power socket(in three hours 15 minutes from empty) or the optional BMW i Wallbox(two hours 15 minutes from empty).
The M TwinPower Turbo 8-cylinder gasoline enginedemonstrates that power and efficiency are by no means mutually exclusive with its intelligent BMW EfficientDynamics technologies such as Brake Energy Regeneration.
For passenger cars with start/stop system and braking energy recuperation.
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.
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.