Toyota Prius Regenerative Braking System
It is no surprise that the 2016 Toyota Prius is one of the most fuel-efficient vehicles on the road. Since its inception in 1997, the Toyota Prius has been an icon in the automotive industry and has set a high standard for hybrid vehicles to follow. In the years to follow, the Toyota Prius has become more and more advanced, improving fuel-economy ratings with each new generation. An arsenal of innovative features have made the all-new 2016 Toyota Prius Two Eco trim the most efficient vehicle on the road without a plug. The Toyota Prius regenerative braking system is a big reason why.
What is Toyota Regenerative Braking?
First used in trolley cars, regenerative braking employs an electric generator to recover kinetic energy that is otherwise lost when you step on the brakes. A tremendous asset to the Toyota Prius design, regenerative braking uses a mechanism within the engine design to recapture kinetic energy every time you press the brakes. Rather than use conventional brakes, a regenerative braking system puts the engine into reverse to conserve energy and create electricity. This electricity is then stored in the batteries to run electrical systems.
With regenerative braking integrated into the Toyota Prius design, it has set the gold standard in fuel economy. Standard Toyota Prius models feature a 1.8-liter Atkinson cycle four-cylinder engine and dual electric motors that manufacture 121 horsepower. Paired with an efficient continuously variable transmission, the redesigned Toyota Prius will achieve 54 mpg in the city and 50 mpg on the highway. Toyota Prius Two Eco models take it a step further with augmented aerodynamics and a lightweight design, reaching 58 mpg in the city and 53 mpg on the highway.
Toyota Prius Electronically Controlled Brake System
Regenerative braking is not the only element of the Toyota Prius design that will maximize fuel economy. An innovative Electronically Controlled Brake System is an integral part of the new Toyota Prius that employs sensors to detect how hard you press on the brake pedal. The system then determines how much brake pressure is needed by an active hydraulic brake booster. This innovative brake system coordinates between the regenerative braking system and the hydraulic brake force to ensure safe and efficient braking.
Setting the standard for hybrid vehicles everywhere, the iconic Toyota Prius has led to improvements throughout the automotive industry. New editions like the versatile 2016 Toyota RAV4 Hybrid are prime examples of the value of efficient hybrid designs and how far hybrid technology has come. Elements like the Toyota Prius regenerative braking system play a major role in that advancement and ensure that you save money at the pump when you get behind the wheel of a Toyota hybrid.