Next Generation Fuel Cell

While major U.S. automakers are focusing on hybrid and fuel cell vehicles, Volvo took a different route, unveiling a sports car powered entirely with lithium ion batteries. Volvo is 3CC concept car won  Best Design and five Gold Standards at the recent Michelin Challenge Bibendum environmental competition in Shanghai, China.

Not only does the 3CC combine classic Volvo styling cues with exotic gull wing doors and a tapered, 2+1 seating configuration, but it does so with a highly advanced lithium ion battery electric drive train. That is a step apart from the crowd, which these days is largely focused on hybrid and fuel cell concepts, says Ron Cognac, editor and publisher of the Green Car Journal.

Just as the earlier ECC forwarded new thought in hybrid propulsion with its high speed turbine generator design, adds Cognac, today is lithium ion 3CC innovates with its thousands of smallish laptop computer style batteries, which power this zero emission vehicle to impressive levels of efficiency and performance.

Advanced research into sustainable mobility and Volvo engineers have placed particular focus on the conditions regulating safety in small cars and their ability to handle incoming forces in a frontal collision.

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The unique aerodynamic styling of Volvo’s 3CC concept car allows room for a third seats in back. The unique ductile design creates room for a third seat in the back, while the batteries are sandwiched into the floor panels.

The 3CC concept car features an 80 kilowatt motor that delivers up to 107 horsepower, it has a potential driving range of 300 km  the 3CC has a top speed of over 135 km per hour.

The carbon fiber body is mounted on a steel space frame and composite floor panels, giving the lightweight vehicle the ability to leap to 60 miles per hour in less than 10 seconds. Volvo says the 3CC can travel 180 miles on one charge under ideal driving conditions

The Volvo 3 Cc is safety features include Volvo Safety Ride Down Concept, a unique solution with a seat system that moves forward, a bit like a sled, at the same time as the front is deformed. This movement is slowed with the help of adaptive shock absorbers that tailor the damping effect to suit the collision force and the occupants’ number and weight. The interior can be moved between 0 and 200 mm forward, which has the same overall effect as extending the crumple zone by a corresponding length. It has seats that slide forward at the moment of deformation, the intention being to compensate for the small car’s traditional lack of space in the crumple zone.

Virtual tests showed that the most important part of a ride down system is the energy absorber and that it needs to be adaptive in order to be a viable concept, by responding to differences in occupant load and crash severity.

An environmentally efficient car that also has to be comfortable, enjoyable to drive, attractive to look at and safe to ride is an entirely new approach. The result is the Volvo 3CC, a sporty and appealing, extremely aerodynamic and compact car equipped with an energy efficient electric motor.

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Originally published here.

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Baljeet

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Research, albeit exciting, can be a scary task for a company to initiate.  The term research suggests studying something in order to answer questions in which you don’t previously know the answer.  For companies, particularly automotive manufacturers, research can mean money spent with no new technology discovered in return.  In essence, this means lost money and wasted time.  This fear of the unknown is perhaps intuitive into why the recent explosion of alternative fuel technology has been such a long time coming.  Such research is expensive and no research guarantees profitable technology.

However, as is obvious, research is important and its findings have the ability to benefit all of society.  Thus, it is important that we, as a society, promote research, as well as applaud those companies willing to undertake the risky tasks.  Volvo is such a company, thanks in part to help from the Swedish Energy Agency.  The foreign automaker is currently investigating technology that would allow Volvo dealer lots like those of Arlington Heights Volvo and Northbrook Volvoto include long-range electric vehicles.  However, the automotive company is taking a pass less traveled in its effort to understand alternative energy sources.

While so many automakers today are rapidly trying to keep their vehicles from needing any gasoline at all, Volvo is taking a different approach.  While acknowledging that gasoline, when burned, is harmful to the environment, Volvo is attempting to look at the fossil fuel from a new perspective.  Specifically, Volvo has been conducting research in which they are breaking down gasoline in order to create hydrogen gas.  In a Volvo released statement, a spokesperson said, “The technology generates electricity completely without any emissions of carbon oxide, nitrogen oxides, sulfur oxides and particles.  Due to the highly efficient process, emissions of carbon dioxide are significantly reduced compared with a conventional vehicle. The end products are electricity, water and a small amount of carbon dioxide.”

Volvo is attempting the breakdown of gasoline into hydrogen by way of a fuel cell equipped with a reformer.  However, the company has noted that it is still very early in their research and nothing can be said definitively about progress.  Thus, the possibility of the technology is still several years from market.  The company has said they hope to incorporate the new technology into two new chassis’, which are to be based on the current Volvo C30 DRIVe Electric model by 2012.

So for the moment, no such technology is available for purchase in a vehicle at any Volvo lot across the country, including Arlington Heights Volvo and Northbrook Volvo dealerships.  And since this technology is still in the research stage, there is no guarantee that fuel cells coupled with a reformer that breaks down gasoline in order to form hydrogen gas will ever be a method by which our vehicles run.  However, Volvo should be praised for coming up with such an outside-of-the-box idea and then having the courage to conduct the necessary experiments needing to test their thoughts.  After all, it is from such spirited pioneering that man uncovers applicable technology that changes the way the world works.

Originally published here.

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Richard Santiago

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Does not contribute to air pollution. Quite possibly one of the greatest merits of possessing your auto run in hydrogen fuel is the reality hydrogen is a clear supply of energy and does not give off emissions that can contribute giant time to air pollution. This is one of the main points that also make this technologies particularly desirable and as hydrogen cars grow in amount, this could boost the outstanding of air that we have these days.

The are a whole lot of resources for hydrogen and that signifies depletion may possibly not be a drawback. Hydrogen can genuinely be developed from healthy fuel, oil, carbon and can even be generated from waste. H2o, wind and sunlight can also be utilised in generating the element hydrogen for the hydrogen fuel cell engineering that can be utilised for automobiles.

Perks of Lower Movement Technology Carpet Cleaner

Employing superior carpet cleaners is thought of as the most effective and reputable method to deep clear carpeted surfaces and proficiently reduce nearly all types of dirt deposits, foods particles, dust mites, and other stains and residues trapped amongst carpet fibers. For ideal effects, it is extremely advised that you utilize substantial very hot h2o temperatures up to 210?F to carpeted places with a carpet extractor. During this cleansing and extraction technique, tremendous-sizzling drinking water penetrates deep down to the carpet base and practically promptly softens caked dirt and difficult stains, making it easier for you to extract these deposits.

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Sensor Technological innovation Requires a Breakthrough

Presently, CCD image sensor has been extensively put to use in loads of areas such as digital digital camera, cellphone, video digital camera, sector and health-related products. The standard manufacturing in a 12 months will get to up to 100 million. Nonetheless, with the enormous advent of cellphones with photo-taking operate, conventional CCD marketplace has been changed by the new image sensor.

Adjustments in the image sensor is just a miniature of the sensor technological innovation. A person of the outstanding characters of the solutions is that it integrates numerous technological competencies of many features collectively. At present, with the quickly advancement of industries like electronic, MEMS, biological process, chemistry, physics and optics, and also with the gradual deepening of the awareness of the constantly changeable nature, the developmental step of sensor engineering has been from the standard stage to a brand name new breakthrough stage. It is believed that sensor solutions in the potential will come to be miniaturization, digitization and intelligence.

Originally published here.

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MarianaConway

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