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mpg US)—167 g/km CO 2 —on the NEDC with optional low-friction tires. mpg US) with 172 g/km CO 2. The Porsche Panamera Gran Turismo with a 3.0L diesel engine consumes 6.3 l/100 km (37.3 Range on a single tank is in excess of 1,200 kilometers (746 miles). With the standard tires the fuel consumption is 6.5 l/100 km (36.2
mpg US (4.8 mpg US/5.05 mpg US/6.0 Prior work at Transonic had shown high indicated thermal efficiency (up to 42%) with the use of EGR, and SC fuel temperature at 2000 rpm and 2 bar BMEP on a 1.6L In a multi-cylinder application, the fuel preheating will be accomplished using waste exhaust heat. L/100km): 4.7%
The gasoline engine delivers 105 hp (72 kW) at 5500 rpm and maximum torque of 145 N·m (107 lb-ft) at 2000 rpm/min, with combined cycle fuel consumption of 4.2 l/100 km (56 mpg US ), equivalent to 99 g CO 2 /km. Fiat is introducing a new two-cylinder 0.9 Turbo TwinAir 105 HP engine for the 2014 Alfa Romeo MiTo sport mini.
mpg US (10.5 mpg US (6.9 The team started by upgrading the 1600 bar injector system to a 2000 bar system, using 8-hole injectors rather the original 7-hole injectors. The HP loop recirculate exhaust from exhaust manifold to intake manifold via an HP EGR valve; there is no physical EGR cooler in the HP loop.
mpg) and a 9.2% Southwest Research Institute (SwRI) announced preliminary test results of its Dedicated-Exhaust Gas Recirculation (D-EGR) demonstration vehicle ( earlier post ) at the SAE 2014 World Congress in Detroit. D-EGR brake specific fuel consumption (BSFC) at 2000 rpm 2 bar BMEP dropped 14.3% Chadwell et al.,
Emission control comes via exhaust gas recirculation, a diesel particulate filter and an oxidation catalytic converter. torque 230 N·m at 1500–2000 rpm. The double overhead camshaft operates a total of 16 inlet and exhaust valves and is driven by a combination of gearwheels and a short chain. t GVW) segment. t and 3.05
This new engine offers 88 kW (120 PS, 118 hp) of power and 300 N·m (221 lb-ft) of torque at 2000 rpm with CO 2 emissions of 94 g/km (equivalent to 65 mpg US, 3.6 The engine air flow is managed by using an EGR (exhaust gas recirculation) system that operates at high and low pressure to reduce NO x emissions. Honda’s new 1.6-liter
TDI Clean Diesel EA288 engine ( earlier post ) with an EPA-rated highway fuel economy rating of 46 mpg with the manual transmission (45 mpg automatic). 2015 Jetta TDI. % Δ City mpg (l/100km). Highway mpg (l/100 km). Combined mpg (l/100km). In other words, there is not a separate intake or exhaust camshaft.
Hybrid MAX produces powerful torque at low RPM for sporty, exhilarating driving and has an EPA-estimated 30 MPG combined city/highway fuel economy rating. liter inline 4-cylinder engine is tuned to hit peak torque between 2000-3000 RPM; the front electric motor helps maximize torque production.
mpg US and CO 2 emissions of 150 g/km. mpg US), with 160 g/km of CO 2 emissions. mpg US) and 150 g/km. The displacement of the new engine (2184 cm 3 ) was defined to obtain high power, torque delivery and fuel efficiency and is combined with an optimized exhaust gas treatment system. The Cherokee 2.2
l/100 km (27 mpg US), extra-urban 5.7 mpg US), combined 6.9 mpg US), with official specific combined CO 2 emissions of 183 g/km. mpg), extra-urban 4.3 mpg), combined 5.2 mpg), official specific combined CO 2 emissions 136 g/km). mpg US), with 209-196 g/km CO 2. l/100 km (41.2 l/100 km (34.1
It achieves this through a combination of technologies which results in peak power of 240 PS (237 hp, 177 kW) at 5500 rpm and 340 N·m (251 lb-ft) of torque available between 2000 and 4000 rpm. l/100km (26 mpg US) on the EU Combined cycle and CO 2 emissions of 207 g/km. l/100km (25 mpg US) and 216 g/km of CO 2.
L/100km (62 mpg US), with CO 2 emissions of 89 g/km. L/100 km (39 mpg US) and CO 2 emissions of 139 g/km. L/100 km (40 mpg US) and 136 g/km respectively. L/100 km (36 mpg US) and generates CO 2 emissions of 152 g/km. L/100 km (36 mpg US) and generates CO 2 emissions of 152 g/km. Thus equipped, the 1.33 liter unit.
liters per 100 kilometers (41 mpg US) NEDC, corresponding to CO 2 emissions of 149 grams per kilometer. L/100 kilometers (35 mpg US, 177 g CO 2 /km). The HP turbine is located directly at the exhaust manifold and initially allows exhaust gas to flow through it; it then rotates at up to 215,000 revolutions per minute.
For the second-generation, Audi further optimized the turbo with integral insulation and by moving away from flange-based mounting to the exhaust manifolds to an integrated component. Changes in the exhaust manifolds and turbo from Gen 1 to Gen 2. TDI is raised to 2000 bar, helping increase the power output and reduce emissions.
liters per 100 km (30 mpg US), 185 g CO 2 /km and a Euro 5 homologation. The system defines the angle and overlapping time of the valves with precision in order to generate direct air flow from the intake to the exhaust manifolds and start the turbocharger in very short times. Equipped with the 200 HP 1.8 Scavenging. Friction losses.
liter inline 4-cylinder turbo engine tuned to hit peak torque between 2000-3000 rpm, with a front electric motor that helps maximize torque production. HYBRID MAX has a manufacturer-estimated 28 mpg US combined city/highway fuel economy rating. HYBRID MAX combines a 2.4-liter
mpg US) on a demanding route covered at full load capacity, the latest-generation OM 471 engine would save around 1100 liters (291 gallons) of fuel a year and emit about three tonnes less CO 2. 1; and a reduced exhaust gas recirculation rate (EGR rate). Exhaust gas recirculation. liters/100 km (8.25
The engine features a new third-generation direct common-rail injection system; new generation combustion chamber; dual variable geometry turbochargers; exhaust gas recirculation; and an alternator which recovers energy during deceleration and braking. L/100 km (32 mpg US) with CO 2. emissions of 195 g/km. Fuel injection system.
mpg US) NEDC. liters of diesel per 100 km (62 mpg US) in NEDC combined mode (equivalent to 99 grams of CO 2 ). An overhead camshaft actuates two intake and two exhaust valves per cylinder. 300 @ 2000. mpg US)—the fuel tank has been reduced to 41.5 Fuel consumption for both variants is rated at 4.3 100 @ 3800.
liter, four-cylinder diesel features latest-generation common-rail direct injection, fast piezo injectors, enhanced exhaust gas recirculation, and new twin turbochargers to ensure spontaneous power delivery and excellent performance characteristics. L/100km (46 mpg US) (provisional NEDC combined figure), equivalent to 135 g CO 2 /km.
mpg US) (NEDC combined consumption, provisional figure)—a fuel savings of 25% compared to the current S63 AMG. With the AMG Performance package, the engine delivers 875 N·m of torque at 2000 rpm, with a constant 900 N·m available between 2500 and 3750 rpm. The new AMG 5.5-liter liters per 100 kilometers (22.4
The EPA has rated the fuel economy at 21 mpg city/28 highway/24 combined. Cracking 30 mpg on the open road with a midsize AWD was a nice surprise, but it really shouldn’t be that big of deal as Clean Fleet Report feels all AWD cars, at a minimum, should get 30+ mpg on the highway. non-turbo, rated at 25/28/26 mpg.
Dedicated ethanol (or E85) engines have the promise to improve efficiency substantially over comparable regular gasoline engines through direct-injection, increased geometric CR, variable valve timing, exhaust gas recirculation, aggressive turbocharging, and downsizing and/or downspeeding.
at 24 mpg city/32 highway/27 combined while running on 87 octane. The twin, chrome exhaust tips balance out the rear design. The K5 is more than a replacement for the Optima, which had been Kia’s midsize sedan stalwart since 2000. The EPA rates the 2022 K5 GT 2.5L In 514 miles driving through Southern California we averaged 34.7
Key advances for Gen 3 are in weight reduction, friction reduction, and the internal exhaust cooling system. 100 km (41 mpg US ), or 134 grams CO 2 /km (216 g/mile). The A4 of model year 2000 with a 1.8 now can get up to 36 mpg (6.5 l/100 km) on the highway, up from 31 mpg (7.6 now can get up to 36 mpg (6.5
and exhaust sides. liters per 100 kilometers (19 mpg US), this figure drops to 9.5 liters (25 mpg US) with the new engine—a reduction of 22%. The chargers were configured to provide high torque even at low engine speeds—compared to the previous engine the result is an increase of more than 40% at 2000 rpm. L/100 km, 23.5
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