AUDI
S7: High Performance Hybrid Technology
Sportiness and high performance have reached Audi's A7 line. The new generation of the Audi S7 Sportback enters the scene loaded with important news and advances compared to its predecessor. In addition to benefiting from all the technological innovations presented at the time by the new A7 Sportback, we now have an inevitable bet on electrification.
Following the trail of the new Audi S6 2020, the new S7 Sportback does the same and is also propelled by an electrified mechanics with a semi-hybrid system of 48 volts. A technology that is critical to maintaining high performance along with contained fuel consumption. Both models share the mechanical part, although their numbers vary slightly.
Taking a look at the rear of the S7 Sportback, in addition to a new diffuser comes a sport exhaust system with four outputs seamlessly integrated. All this is tempered with different elements finished in aluminum and dark chrome. The rearview mirror housings are a clear example of these differentiating details.
In relation to the interior of the Audi S7 Sportback 2020, there is an atmosphere where one can breathe sportiness and elegance. The details in black tone are very present. It also features complete standard equipment featuring MMI Navigation Plus and the Audi Virtual Cockpit digital instrument cluster. Sports seats and four zone automatic climate control are another key.
As for the mechanical part, under the hood of the new Audi S7 Sportback is a diesel engine 3.0 TDI V6 that develops a power of 300 hp and 700 Nm of maximum torque. It is coupled to an eight-speed Tiptronic automatic transmission and a quattro all-wheel drive system. Thanks to the main electric system of 48 volts the maximum power that the vehicle can reach is 350 hp.
One of the keys to the mechanical part of the Audi S7 Sportback is that the 48-volt electric system is combined with an electrically driven (EPC) compressor.
The 48-volt MHEV system is key to improving the efficiency of the 3.0 TDI V6 engine. The system consists of an electric motor (BAS) connected to the crankshaft and which acts as alternator and starting motor. For its part, the lithium-ion battery has a capacity of 10 Ah and is housed on the floor of the trunk. The system is capable of recovering up to 8 kW during braking.
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