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Hyundai unveils CVVD engine with less emissions

&NewLine;<p>Hyundai Motor Group has developed the world’s first Continuously&NewLine;Variable Valve Duration &lpar;CVVD&rpar; technology to feature in future Hyundai and Kia&NewLine;vehicles&period; The innovation was revealed at Hyundai Motorstudio Goyang on&NewLine;Wednesday&comma; July 3&comma; alongside the Smartstream G1&period;6 T-GDi the first engine to&NewLine;feature the technology&period;<br>&NewLine;&nbsp&semi;<br>&NewLine;According to a release by Kia Pr Team &comma; made available to OpenLife&comma; CVVD&NewLine;optimizes both engine performance and fuel efficiency while also being&NewLine;eco-friendly&period; The valve control technology regulates the duration of valve&NewLine;opening and closing according to driving conditions&comma; achieving a 4&percnt; boost in&NewLine;performance and a 5&percnt; improvement in fuel efficiency&period; Furthermore&comma; the&NewLine;technology cuts emissions by 12&percnt;&period;<br>&NewLine;&nbsp&semi;<br>&NewLine;&OpenCurlyDoubleQuote;The development of the CVVD technology is a good example how HMG is&NewLine;strengthening our powertrain technology&comma;” said Albert Biermann&comma; President and&NewLine;Head of Research and Development Division at Hyundai Motor Group&period; &OpenCurlyDoubleQuote;We will&NewLine;continue our innovation efforts to bring forth paradigm shifts and ensure&NewLine;sustainability of our business model&period;”<br>&NewLine;<br>&NewLine;<strong>Innovation&colon; Continuously Variable Valve Duration<&sol;strong><br>&NewLine;&nbsp&semi;<br>&NewLine;Until now&comma; an internal combustion engine’s performance and efficiency have been&NewLine;governed by variable valve control technology that adjusts the timing of valve&NewLine;opening and closing and depth of the valve’s opening&comma; with engine power&NewLine;produced through the fuel intake-compression-expansion-exhaustion cycle&period;<br>&NewLine;&nbsp&semi;<br>&NewLine;Typical variable valve control technologies manage the timing of the valve’s&NewLine;opening and closing &lpar;as in Continuously Variable Valve Timing &&num;8211&semi; CVVT&rpar; or&NewLine;control the volume of air admitted by adjusting the depth of the opening&NewLine;&lpar;Continuously Variable Valve Lift &&num;8211&semi; CVVL&rpar;&period; Previous variable valve control&NewLine;technologies could not regulate valve duration&comma; as the valve’s closing timing&NewLine;was subordinate to opening timing and could not respond to diverse driving&NewLine;situations&period; CVVD takes the technology in a new direction by adjusting how long&NewLine;a valve is open&period;<br>&NewLine;&nbsp&semi;<br>&NewLine;When the vehicle is maintaining a constant speed and requires low engine&NewLine;output&comma; CVVD opens the intake valve from the middle to end of the compression&NewLine;stroke&period; This helps to improve fuel efficiency by reducing the resistance caused&NewLine;by compression&period; On the other hand&comma; when engine output is high&comma; such as when the&NewLine;car is driving at a high speed&comma; the intake valve is closed at the beginning of&NewLine;the compression stroke to maximize the amount of air used for the explosion&comma;&NewLine;enhancing torque to improve acceleration&period;<br>&NewLine;<br>&NewLine;<strong>Smartstream G1&period;6 T-GDi Engine<&sol;strong><br>&NewLine;&nbsp&semi;<br>&NewLine;Unveiled alongside the new CVVD technology is the new Smartstream G1&period;6 T-GDi&NewLine;Engine&comma; a V4 gasoline turbo unit with 180 horsepower and 27&period;0kgm of torque&period; The&NewLine;new powertrain is the first to utilize the Group’s new CVVD technology and also&NewLine;features Low-Pressure Exhaust Gas Recirculation &lpar;LP EGR&rpar; to further optimize&NewLine;fuel efficiency&period;<br>&NewLine;&nbsp&semi;<br>&NewLine;The exhaust gas recirculation system returns some of the gas burnt by the&NewLine;engine to the combustion chamber&comma; producing a cooling effect and reducing the&NewLine;emission of nitrogen oxides&period; The G1&period;6 T-GDi also features a low-pressure system&NewLine;that redirects the burnt emission gas to the front of the turbocharger&NewLine;compressor&comma; rather than the intake system&comma; to increase efficiency under the high&NewLine;load condition&period;<br>&NewLine;&nbsp&semi;<br>&NewLine;Additionally&comma; the new unit has an Integrated Thermal Management System that&NewLine;quickly heats or cools the engine to an optimal temperature&comma; and a strong&NewLine;direct spray system that achieves 350bar&comma; surpassing the 250bar of the previous&NewLine;T-GDi engine&period; In addition&comma; engine friction is reduced by 34&percnt; with the&NewLine;application of low friction moving parts&period;<&sol;p>&NewLine;

Openlife Reporter

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