BorgWarner Turbocharger Powers New Hyundai 1.6-Liter Turbo-GDI Engine – UnderhoodService

BorgWarner Turbocharger Powers New Hyundai 1.6-Liter Turbo-GDI Engine

BorgWarner supplies its leading turbocharging technology for Hyundai's new 1.6-liter turbocharged gasoline direct injection (T-GDI) engine. Available in the U.S. for the Veloster Turbo passenger car, the turbocharged engine features a maximum output of 150 kW (204 HP), an increase of 46 percent compared with Hyundai's standard 1.6-liter GDI engine. The Veloster Turbo has also been available in Europe since October 2012.

BorgWarner supplies its leading turbocharging technology for Hyundai’s new 1.6-liter turbocharged gasoline direct injection (T-GDI) engine. Available in the U.S. for the Veloster Turbo passenger car, the turbocharged engine features a maximum output of 150 kW (204 HP), an increase of 46 percent compared with Hyundai’s standard 1.6-liter GDI engine. The Veloster Turbo has also been available in Europe since October 2012.

“Combined with Hyundai’s direct-injection technology, BorgWarner’s turbocharging expertise helps achieve a fuel efficient and responsive engine for an exhilarating driving experience,” said Frederic Lissalde, president and general manager, BorgWarner Turbo Systems. “We are very pleased to expand our successful relationship with Hyundai Motor Company through our supply of advanced turbocharging technology for gasoline engines.”

To develop a state-of-the-art engine featuring low-end torque, responsiveness, instantaneous power delivery and improved fuel economy, Hyundai matched BorgWarner’s K03 twin scroll turbocharging technology with its GDI system. Compared with a single scroll turbocharger, twin scroll turbocharging recovers more energy from the exhaust gas and improves responsiveness even at low rpm. BorgWarner’s twin scroll turbocharger separates the exhaust gases of the cylinders and minimizes parasitic back pressures. BorgWarner further optimizes the exhaust gas flow to the turbine wheel with an optimized channel design. Torque of 270 Nm (199 lb-ft) is available over a wide engine speed range, from as low as 1,750 rpm and up to 4,500 rpm. In addition, BorgWarner integrated the exhaust manifold into the stainless steel turbine housing to reduce size and weight while optimizing heat energy recovery for better efficiency.

For more information, visit borgwarner.com.

You May Also Like

Battery Charging and Diagnostics

Here are six tips to use when diagnosing a vehicle with a dead battery. 

Remember the good old days of battery and alternator testing? With just a multimeter you could test if the alternator was charging and if the battery had a decent state of charge. On most late-model vehicles, the battery and alternator are managed together to minimize the load on the engine to boost fuel economy.

Oil and Carbon Deposits

Here’s how oil can influence carbon deposits.

10 Alternative Uses For A Smoke Machine

Don’t limit yourself to just checking emissions controls – use your smoke machine to check numerous vehicle systems.

Valve Lifter Technology

Hydraulic lifters are precision-fit assemblies.

Voltage Drop Testing

The measurement of voltage is like the speed of the traffic.

Other Posts

Cartridge Oil Filters

Mistakes made can result in costly comebacks.

How (And Why!) To Clean An Engine

Beauty is more than skin deep. Here are 11 steps to help clean any car’s engine compartment.

Spark Plug Fouling

Understanding why spark plugs get dirty.

Aging Plastic Intake Components May Cause Leaks

BMW valve covers and intake manifolds made of plastic are susceptible to warpage and gasket failure.