Engine Technologies
August 8, 2008 Fuel injection arrived on two wheels with the release of Honda’s CX500 Turbo a quarter of a century ago, and Honda has been developing smarter and more intricate computer controlled fuel injection systems for its two wheelers ever since. These days its advanced PGM-FI (Programmed Fuel Injection) technology is fitted across the range from 50cc scooters through its MotoGP race machinery, offering broader and smoother power, better throttle response and vastly reduced fuel consumption and emissions. A prototype being quietly shown around Asia suggests that it might also lead to some lightning fast scooters in the near future. Read More
July 20, 2008 As the rate of technological advances continues at an astonishing pace there’s probably one question that gets asked more than any other by the average person in the street – or the average person stuck in traffic anyway - why don’t we have flying cars yet? Well the simple answer is that developing a flying car is hard. But the long wait for the solution to car clogged streets could be coming to an end with Moller International announcing that it is in the process of completing its fourth M200 “Jetson” volantor airframe and it expects to complete forty of these fly-by-wire, multi-engine flying vehicles in 2009. Read More
July 6, 2008 Pratt & Whitney’s Geared Turbofan demonstrator engine has been cleared for flight-testing. By incorporating a gearbox system into the engine, aircraft can achieve a 12% reduction in fuel burn and CO2 emissions, a 50% reduction in NOx emissions, and a 50% reduction in engine noise. The GTF engine has been chosen by Mitsubishi to power the company’s Regional Jet (scheduled to enter service in 2013), and the upcoming Bombardier CSeries. Read More
Texas based Ronn Motor Company has lifted the wraps on a new environmentally friendly hybrid vehicle that features an in-built hydrogen on demand system. Currently in pre-production and due for release before the end of the year, the sporty “Scorpion” runs on a 30-40 ratio blend of hydrogen and gasoline, promising reduced emissions and 40 mpg plus efficiency. Read More
Two separate announcements from the automotive world this week have given further impetus to the growth of energy efficient vehicles. Volkswagen has teamed up with Sanyo to develop high-performance lithium-ion based storage systems for use in its hybrid diesel and electric-drive systems and the ongoing Renault-Nissan Alliance has resulted in the Scenic ZEV H2 - a prototype based on a Renault Grand Scenic which features Nissan’s in-house developed fuel cell stack, high-pressure hydrogen storage tank and compact lithium-ion batteries that will be shown in Barcelona in June. Read More
Making headlines earlier this year for its creation of the world’s cheapest new car, Tata Motors from India is the latest car maker to join the race for the multimillion dollar automotive X PRIZE. Read More
May 23, 2008 While improvements in engine technology have led to a marked improvement in fuel efficiency and carbon emissions in vehicles running on internal combustion engines in recent years, even greater cuts in emissions need to be made to tackle the global environmental problems associated with them. We’ve seen commercial airlines turning to biofuels, trucks running on liquefied natural gas and buses using ethanol engines. One of the most promising solutions for the humble car of the future could is hydrogen fuel cell systems, with a number of car manufacturers investing heavily in development. Read More
April 30, 2008 When the preliminary performance specs for the new 2009 Corvette ZR1 appeared on the radar late last year ahead of its debut at the North American International Auto Show in Detroit, predictions were for a supercar producing 620 horses and topping 200mph, making it the most powerful and fastest automobile ever produced by General Motors. Now with the release of the certified power ratings there's no cause for disappointment, in fact it seems that initial predictions were a little underdone. According to Chevrolet, the ZR1's hand-built, supercharged LS9 V-8 engine will produce 638 horsepower (476 kW) and 604 lb.-ft. of torque (819 Nm) - an output of almost 103 horses per liter - and will achieve a top speed of 205 mph (330 km/h). On top of that, although fuel economy testing has not yet been completed, engineers remain confident that the ZR1 will be the most fuel-efficient 600-plus-horsepower car on the market. Read More
April 23, 2008 A three year collaborative research project by PSA Peugeot Citroën and fuel cell specialist Intelligent Energy has born fruit in the form of the H2Origin demonstrator vehicle, a battery-electric vehicle that uses a specially designed hydrogen fuel cell to triple its range to an impressive 300km (186 miles). The hydrogen storage system developed for the zero-emission demonstrator vehicle, which is based on the Peugeot Partner Origin van, is compact enough to squeeze under the bonnet and utilizes a swappable storage rack of compressed hydrogen tanks that slide out the rear, by-passing the need for a conventional fuel station and therefore simplifying the infrastructure needed to make hydrogen-powered vehicles a commercial reality. Read More
April 8, 2008 Volvo has announced that Swedish refuse collection firms Renova and Ragn-Sells will begin regular daily testing of two of the company's hybrid refuse trucks ahead of a market launch in 2009. Using a 7 liter diesel engine and an electric motor that utilizes regenerative braking, the trucks are capable of delivery fuel (and therefore emissions) savings of 20 percent. Read More
