Fuel Cell
Boeing working on Fuel Cell Airplane
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March 28, 2007 With all the effort we are witnessing in developing environmentally progressive technologies for automotive applications, it’s great to see that Boeing researchers and industry partners throughout Europe are planning to conduct experimental flight tests this year of a manned airplane powered only by a fuel cell and lightweight batteries. The systems integration phase of the Boeing Research and Technology Europe (BR&TE) Fuel Cell Demonstrator Airplane research project was completed recently and thorough systems integration testing is now under way in preparation for upcoming ground and flight testing. The Boeing demonstrator uses a Proton Exchange Membrane (PEM) fuel cell/lithium-ion battery hybrid system to power an electric motor, which is coupled to a conventional propeller. The fuel cell provides all power for the cruise phase of flight. During takeoff and climb, the flight segment that requires the most power, the system draws on lightweight lithium-ion batteries. Read More
Morgan breaks with tradition with plan for fuel-cell prototype
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March 9, 2007 It’s showtime at Morgan and the factory of the icon of traditional motoring is abuzz as the show cars are all pushed onto the tarmac (pictured), ready for transportation to Geneva for the season's biggest motor show. It’s exciting but we warrant not as exciting as this time next year when this very same alley will see the Morgan Lifecar which has been promised for next year’s show. Many British specialist sports car makers have fallen by the wayside, but Morgan just keeps on going – and now it’s looking to the future with a plan to be one of the first car makers to commercialise a hydrogen fuel-cell car. The company is famous for its traditional production methods, but for next year’s Geneva show managing director Charles Morgan announced a plan to launch the Morgan Life Car - a hydrogen-fuelled, zero-emissions car – but built using Morgan’s wooden-framed body. The car is intended to demonstrate that a zero emission vehicle can also be fun to drive. Artist’s impressions of the car show a vehicle shaped like the Aero 8, but with aerodynamic fairings covering the wheel arches. It will be a very lightweight car with a fuel cell hybrid powertrain, which will give it a 200-mile range. We first wrote about the LifeCar back in 2005. It’s being developed in partnership with hi-tech specialists including Cranfield University, QinetiQ, Oxford University, Linde AG and the Open Source Car Project (OSCar).
Samsung plans to sell fuel cell for laptops this year
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January 2, 2007 The major drawback of the laptop computer at this point in its short history is battery life and with battery technology the subject of massive global R&D, and the promise of fuel cell technology for laptops in the short to medium term, we are drawing ever closer to being able to survive off-the-grid indefinitely. Accordingly, it was heartening to see Samsung’s announcement last week that it intends to commercialise its fuel cell technology for laptops before the end of 2007. The announcement was in Korean, and some tech blogs (notably Playfuls, engadget and akihabaranews) have had a go at translating it, so if you want the original guff, maybe try it yourself with machine translation from Google, Babelfish or WorldLingo. The pictured Samsung is using a fuel cell dock which will apparently run a laptop for a month, though a smaller version is planned for commercialisation. Read More
The world's best selling fuel cell product - FUN!
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December 8, 2006 Hobby R/C racing enthusiasts will soon operate 1/10th scale radio controlled competition grade vehicles on clean hydrogen fuel cell power. The innovative power unit created by Horizon Fuel Cell Technologies follows the commercial launch of its H-racer miniature fuel cell car and solar powered hydrogen refueling station in June this year. Recently named as one of the Best Inventions of 2006 by Time Magazine, the H-racer is now the best selling fuel cell product in the world, and Horizon’s first step in bringing the world a tangible vision for a viable hydrogen economy. Named the “H-cell”, the new R/C hobby power combines an ultra-compact air-cooled PEM fuel cell system with a scaled down fuel storage unit that can safely carry 20 to 40 liters of solid state hydrogen. Widely available 1/10th scale electric R/C cars will now be able to run on real automotive fuel cell power concepts at speeds reaching 35km/h, good acceleration, decreased hydrogen fuel consumption and increased power autonomy over conventional battery solutions. Designed to fit into the original 7.2V NiCad battery slot, the H-cell is designed as a futuristic power source using light emitting air cooling fans. Not limited to cars, the power unit will also be able to be used to power small boats, planes, and robots. Read More
The Fuel Cell Wheelchair
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November 3, 2006 We’re growing more convinced by the day that the future of mobility does not look like the automobile – we suspect the old concept of lugging a few tons of steel around to carry one or two people will be seen as excessively wasteful very soon, and accordingly expect the market for short-distance, one and two person transport to offer a plethora of interesting alternatives. Like this one! Suzuki is showing an interesting fuel-cell-powered wheelchair prototype named the MIO to assess customer interest. The MIO features a fuel cell that uses methanol as a fuel source to generate hydrogen and therefore electricity. The tank holds 4 litres and that’s sufficient to provide MIO with a range of approximately 25 miles. There’s also an LCD display showing fuel level and power sources. Therefore, unlike wheelchairs that rely solely on mains charging of the battery, it addresses users’ fears of being stranded at some distance from their home. Read More
Yamaha shows 125-class fuel cell scooter
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October 30, 2006 Yamaha showed a new fuel cell scooter at this week’s 22nd International Battery, Hybrid and Fuel Cell Electric Vehicle Symposium & Exposition (EVS22), in Yokohama, Japan. Though only a prototype, it shows things can go a long way in a year. Yamaha has been developing fuel cell technology for 20 years, and this time last year it was proudly showing it’s FC-ME (wouldn’t you think such a clever company would get a Western-savvy marketing exec to vet their names), a lightweight machine powered by Yamaha’s Direct Methanol Fuel Cell (DMFC) system, and with the performance of a 50cc scooter. This year the FC-AQEL hydrogen fuel cell scooter prototype has 125cc class performance – though no power figures have been quoted, that’s at least a 100 percent increase over last year’s best and enough grunt to make the FC-AQEL viable in most global markets. Now all we need is a hydrogen infrastructure.
XRT Fuel Cell for Emergency Responders
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September 13, 2006 Making its debut at the Fire Rescue International Expo 2006, which opens Friday in Dallas, Texas, the Jadoo XRT is a powerful new addition to the lineup of fuel cells and accessories available from Jadoo. The XRT has the power density demanded by the emergency preparedness market delivering 2200 Watt-hours (180 Amp-hours) for emergency radio and laptop battery Recharge, Emergency Lighting, Portable Satellite Phones and Modems and offers critical support power when the grid is either unavailable or unreliable. Supporting Jadoo’s N-Gen fuel cell power unit and N-Stor fuel storage canisters, the Jadoo XRT weighs only 50 pounds, but provides the energy of four 45 Amp-hour batteries weighing over 100 pounds. A mobile, rugged fuel cell power package, the XRT can be configured to deliver application runtimes well beyond that of standard deep-cycle, marine batteries.
Peugeot 207 EPURE fuel cell concept car tipped as future model
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September 9, 2006 Peugeot is clearly talking up its latest Paris Motor Show concept car as a glimpse of a future 207 model and the prospect is very exciting – the 207 EPURE concept car uses an electric motor combined with PSA Peugeot Citroen Group’s new 20 kW GENEPAC experimental fuel cell which has been designed in partnership with the French AEC (Atomic Energy Commission). The electricity produced by the fuel cell is used to provide extra power and operating range to the lithium-ion battery and hence the 50kW electric motor. The combination fuel cell - electric powertrain gives the 207 EPURE a range of around 218 miles while still providing a maximum speed of 81 mph. The pearl white exterior of the 207 EPURE highlights the purity of the concept car’s lines while strengthening the ecological credentials of the technology that powers it. Read More
GM builds the Sequel advanced hydrogen fuel-cell concept vehicle
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August 28, 2006 Way back at the start of 2005, the world’s largest automotive manufacturer, General Motors, showed the Sequel advanced hydrogen fuel-cell concept vehicle at the 2005 North American International Auto Show (NAIAS), billing it as the culmination of US$1 billion of intensive research it had conducted into fuel cell technology. Like most show cars, the Sequel was not a working model, but now General Motors Chairman and CEO Rick Wagoner has gone on record as saying “the most technologically advanced car GM has ever built” has actually been built, has an operating range of 300 miles, and will be made available to journalists in the near future. The Sequel is a truly remarkable vehicle, having superseded the AUTOnomy and Hy-wire as GM’s primary showcase of future fuel cell vehicles. See the extensive technical diagrams and photographic library we have assembled here, and read on for all the available detail. Read More
Fuel Cell Motorsport - silent, energy-efficient and modular
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August 19, 2006 We love big ideas and this one is a ripper – a young and dynamic Dutch-based company named Formula Zero is setting up a new fuel cell race car class to help generate public enthusiasm, demonstrate the viability, and accelerate the uptake of emission-free transport. Now here’s the really clever bit – the intention is to construct a complete portable travelling circus a-la-Formula-One, which can be set up on any flat surface, complete with racetrack, grandstands, hospitality, pits, clean technology power and hydrogen generation and timing facilities. The 600 metre track will include seating for 1500 spectators and the races will be held in conjunction with major motor shows, motor racing events, international political summits, industrial fairs and events such as the Paris Air Show, Goodwood, Festival of speed, and the Michelin Challenge Bibendum. Six races will be held during 2008–09 with university teams competing from across the world. The aim is to start with go-karts on the smaller track and scale-up to full size fuel cell race cars on full race circuits as technology allows over the next decade, all under the auspices of the FIA. Formula Zero is seeking sponsors, host event partners and University teams interested in fielding a car and we think this is a winner. Read More
World’s most cost-efficient hydrogen fuel cell car on sale today
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June 23, 2006 We can’t speak highly enough of the educational and sheer novelty aspects of the H-racer fuel cell car we first wrote up in May. Measuring only 16cm x 7cm (6.5" x 2.8" inches!), the H-racer is the smallest hydrogen car in the world and uses a real fuel cell that converts hydrogen fuel into electrical energy without combustion. The only exhaust is water and the car does not use any batteries! In terms of price, well the H-racer is only $40. $80 buys you the entire set including the car, the refuelling station and its solar panel. In the future, the Hydrogen Station will be able to “refuel” other compatible and innovative hydrogen powered gadgets or toys. The car is now officially on sale online. Read More
Renault presents research into fuel cells
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June 14, 2006 Renault will be presenting the progress it has made in fuel cell research at the 16th World Hydrogen Energy Conference in Lyons, France this week. The presentations will illustrate Renault's decision to opt for vehicles powered by fuel cells with reformers in order to apply hydrogen energy to the automobile. This technology directly produces the hydrogen on demand and on board the vehicle, solving the problem of very high-pressure or cryogenic storage. Since 2002, Renault, Nissan and Nuvera Fuel Cells have been working together on this solution, which can be used immediately, without waiting for a hydrogen distribution network to be established. Read More
UltraCell XX25 beta units ready for sale
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June 14, 2006 UltraCell announced the launch of the XX25 reformed methanol micro fuel cell system, at the Power Sources Conference, in Philadelphia, yesterday. The event marks the first occasion when beta units of the XX25 formally go on sale to customers in critical markets. The UltraCell XX25 is powered by a unique, proprietary reformed methanol fuel cell technology that provides totally wireless portable power anytime, anywhere. The UltraCell XX25 is able to run a ruggedized laptop computer for up to three working days on a single fuel cell cartridge. It can also run other portable electronic equipment for emergency responders, operating off of simple and inexpensive methanol cartridges. In addition, the XX25 can be configured with large volumes of fuel for weeks of runtime in stationary applications such as remote video monitoring. Because its lightweight cartridges are hot-swappable, the UltraCell micro fuel system is able to operate indefinitely without any need for electrical recharging, as long as fuel is available. Read More
Methanol Micro Fuel Cell System gets U.S. Army backing
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June 8, 2006 We first wrote about UltraCell’s portable micro fuel cells last year and readership surged in March this year when we announced the company’s new hot-swappable fuel cell system could run a laptop for several days. The company gained further momentum this week when it was announced that it has received a contract from the U.S. Army Communications-Electronics Research, Development, and Engineering Center’s (CERDEC) Army Power Division to accelerate development of the XX25, a 25-watt reformed methanol fuel cell, for use as a portable power device for soldiers. The contract will drive advanced system design for the UltraCell unit to operate in extreme operating temperatures and withstand severe shock and vibration. The XX25 has up to a 75% weight advantage over currently available military rechargeable batteries, based on a 72-hour mission at 20 watts. The XX25 also reduces operational costs through the reduction of throwaway primary batteries and the logistic burden of recharging batteries. In addition to the military’s field testing of the XX25, UltraCell is now seeking lead beta site customers in critical markets for testing the UC25 commercial version, which it aims to take to market next year. Read More
New fuel cell promises five times the energy density of Direct Methanol Fuel Cells
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April 28, 2006 Maxell Hitachi has announced a new variation on the Polymer Electrolyte Fuel Cell (PEFC) which uses water and aluminium to generate hydrogen and promises a low cost 10 watt cell (enough to operate a laptop PC) with five times the energy density of Direct Methanol Fuel Cells (DMFC). With mobile devices becoming ever more compact, there is an increasing urgency to create higher density power sources. Without question, fuel cells will provide the answer, but both DMFC cells which use methanol as fuel and PEFC cells which use hydrogen as fuel, have their drawbacks. The limiting factor for DMFC is a low power density and problems* with the methanol crossover, while for PEFC the complex equipment, high-pressure tank and high cost of the reformer are the limiting factors. Maxell’s new variation of the PEFC generates hydrogen from the reaction of aluminium and water and promises a simple and low cost system suitable for application in fuel cell power sources up to 100W. Read More
Hot-swappable micro Fuel Cell System can run laptop for two days
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March 8, 2006 UltraCell demonstrated its UltraCell XX25 micro fuel cell system at the Intel Developer Forum in San Francisco today. Powered by a reformed methanol fuel cell technology, the UltraCell XX25 is a pre-production unit designed for the military. Beta testing of the XX25 will begin mid-year, and a commercial version, the UltraCell UC25 could be available by the end of this year. The UltraCell UC25 will run a laptop computer for up to two working days on a single methanol fuel cell cartridge and as these lightweight cartridges are also hot-swappable, the UltraCell systems can run indefinitely without any need for electrical recharging. A brochure for the UltraCell UC25 can be downloaded … Read More
Honda FCX fuel cell vehicle production announced
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January 9, 2006 In his opening remarks at the 2006 North American International Auto Show, Honda president Takeo Fukui noted that the FCX Concept car on the company’s stand was “very close to the next generation fuel cell vehicle we will debut in 3-to-4 years” and that the company would be offering the media “limited driving opportunities with a prototype version of this vehicle” as early as Q3 this year. Clearly, the era of the viable fuel cell vehicle is nearly upon us. Read More
Portable fuel cells hit the market
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December 31, 2005 Jadoo has announced that it will be introducing a line of fuel cell products for prosumers at next week’s Consumer Electronics Show (CES) 2006 in Las Vegas. Jadoo has been shipping its fuel cell products to the professional broadcasting market for two years, but the NABII power unit, N-Stor fuel canister and FillPoint refill station will find a variety of new applications, including field-ready laptops, emergency response radios and other equipment used in "off-grid" power situations, as well as professional broadcast cameras. Some of the advantages of the NABII fuel cell technology include a virtually infinite shelf-life compared to batteries, a Hot-Swap capability (so power never goes down like when replacing batteries), and a rapid refill/recharge time with the FillPoint. Read More
Motorola invests in Micro Fuel Cell Power Source for Mobile Products
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Motorola has made a strategic investment in North American micro fuel cell developer Tekion with a view to the inevitable rise of the fuel cell as a power source for mobile products. Tekion is driven by the mission to take mobile devices "off the grid". By integrating advanced battery technology with micro fuel cell technology, Tekion is creating a new "personal power source", known as the Formira Power Pack, that will fit inside mobile products and enable consumers to stay connected for as long as needed. Tekion's technology provides a competitive advantage for portable electronic products in the power range of milliwatts to 50 watts and energy range of 10 to 100 watt-hours. Several products and markets fall within these power and energy levels including: industrial handheld computers, satellite communication devices, notebook PCs, and other mobile products. Read More
Mercedes-Benz F 600 HYGENIUS fuel cell research vehicle
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October 14, 2005 The new F 600 HYGENIUS is the latest in the series of research vehicles from Mercedes-Benz that point the way forwards for the future. Powered by a zero-emission fuel cell drive with an output of 85 kW/115 hp, the compact-class car with a family-friendly design consumes the equivalent of 2.9 litres of fuel per 100 kilometres and has an operating range in excess of 400 kilometres. "This represents a major step towards bringing the fuel cell drive up to full production maturity, a goal that we aim to achieve some time between 2012 and 2015," remarks Dr. Thomas Weber, DaimlerChrysler AG Board Member for Research & Technology and Head of Development at the Mercedes Car Group. "By developing the fuel cell, we are creating a new basis for supplying energy in tomorrow's vehicles which will make a further lasting improvement to their environmental compatibility." In addition to the fuel cell technology, the Mercedes-Benz research vehicle also showcases an operating concept with virtual displays, new-style seats and other pioneering technologies designed to enhance safety and passenger comfort. Read More
Toyota's welcoming Fine-X Fuel Cell Hybrid
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October 25, 2005 Toyota's 39th Tokyo Motor Show was probably the busiest of any manufacturer as the world's number two manufacturer of transport solutions fielded seven concept vehicles at its home motor show event. Apart from the i-swing personal mobility solution (covered in detail here), the most unconventional of the concept cars on show was the Fine-X, a new fuel cell hybrid vehicle. Toyota is touting the Fine-X as a glimpse of the automobile's future, providing the environmental performance of a fuel cell hybrid system and featuring an ease of movement through four-wheel independent drive control and a large, steering angle mechanism. The vehicle aims for a sense of "hospitality" through variable lighting intensity in the interior and through power "Welcome Seats" that move in and out of the car as the gull-wing doors open widely to assist getting in and out of the vehicle. Read More
Fuel Cell Power Pack Design Contest Winner
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September 28, 2005 We've written previously about Medis Technologies and their plans to deliver portable fuel cells to market in the near future. One of the exhibits at the CTIA IT show at the Moscone Centre in San Francisco that opened yesterday was the new fuel cell Power Pack design from Medis that resulted from a national design competition. Medis initiated the design contest to encourage submission of designs for its Power Pack that were "aspirational, cool and sleek" and the winning design from Antonio Russomanno, is slick and you might well find one in your pocket before very long. Read More
LIFECar project promises an efficient high performance fuel cell sports car within three years
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September 23, 2005 A wholly British partnership yesterday unveiled plans to develop the world’s first environmentally clean sports car, powered by a fuel cell which converts hydrogen into electricity. The partnership is made up of legendary British sports car manufacturer, the Morgan Motor Company, QinetiQ, Cranfield and Oxford Universities, BOC and OSCar. The new vehicle, known as LIFECar, will be ultra quiet and its exhaust systems will produce only water vapour. It promises a clean vehicle combined with sound motoring performance and stylish good looks. Read More
Toshiba Methanol Fuel Cell MP3 player
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September 18, 2005 Toshiba’s rapidly developing expertise in direct methanol fuel cell (DMFC) technology has been regularly reported in Gizmag over the last year or two, - when the portable power revolution begins, and batteries begin to give way to miniature fuel cells, Toshiba will be one of the significant global contenders. This week the Japanese giant announced that it has developed two prototype direct methanol fuel cell (DMFC) units and begun tests to validate their operation with mobile audio players. Each unit integrates the DMFC that Toshiba announced in June 2004 (the world's smallest), bringing its practical use a major step closer. Read More
Purdue University creates new method to drive fuel cells for portable electronics
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September 1, 2005 Engineers at Purdue University have developed a new way of producing hydrogen for fuel cells to automatically recharge batteries in portable electronics, such as notebook computers, and eliminate the need to use a wall outlet. The findings were presented last Sunday (August 28) during the annual meeting of the American Chemical Society in Washington, D.C., and also will be detailed in a peer-reviewed paper to appear in an upcoming issue of the journal Combustion and Flame. The researchers developed the new method earlier this year and envision a future system in which pellets of hydrogen-releasing material would be contained in disposable credit-card-size cartridges. Once the pellets were used up, a new cartridge would be inserted into devices such as cell phones, personal digital assistants, notebook computers, digital cameras, handheld medical diagnostic devices and defibrillators. Read More
New Portable Methanol Fuel Cell System
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August 24, 2005 UltraCell Corporation has announced a new fuel cell power source for portable electronic devices that has twice the energy density of lithium batteries. UltraCell's reformed methanol fuel cell (RMFC) technology uses a revolutionary micro reformer to generate fuel-cell-ready hydrogen from a highly concentrated methanol solution. This new portable power system has the power density of a hydrogen fuel cell but uses readily available, low cost methanol fuel in a convenient, compact package. Weighing just 40 ounces, the power unit is about the size of a paperback novel. Read More
Fujitsu Triples Charging Capacity of Fuel Cells for Mobile Phones
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Tokyo, July 6, 2005 Fujitsu today announced its co-development with NTT DoCoMo of a prototype high-capacity micro fuel cell and the prototype development of an external recharger for FOMA handsets. For the prototype micro fuel cell device, the concentration of the methanol fuel used was raised from 30%, the concentration used for the companies' previous fuel cells, to a remarkably higher concentration of over 99%. This enables the prototype device to charge up to three FOMA handset batteries with just 18 cc of methanol. Read More
Honda Unveils World’s First “Fuel Cell Family”
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June 30, 2005 American Honda Motor today announced the lease of its FCX, an advanced hydrogen-powered fuel cell vehicle, to the world’s first individual customers, Jon and Sandy Spallino of Redondo Beach, California. It may seem an inconsequential event to many, but the first fuel cell vehicle getting into provate hands is a big deal, because until now, it's all been trial programs with government organisations. So fill your glasses and let's toast the beginning of hydrogen powered automobiles for the masses. Marking a historic achievement in the evolution of the automobile and the advancement of future transportation technology, the Spallinos become the world’s first fuel cell family, having signed an agreement to lease a 2005 Honda FCX for a period of two years. Read More
IBM and Sanyo Demonstrate Fuel Cell Prototype for ThinkPad Notebooks with 8 hour refill time
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April 29, 2005 IBM and SANYO Electric have demonstrated a prototype micro direct methanol fuel cell system for IBM ThinkPad notebooks. Leveraging SANYO's latest advancements in fuel cells that increase the longevity of notebook batteries, IBM and SANYO jointly developed a basic design of a fuel cell power source. Based on the design, the companies developed a prototype fuel cell system that could supply up to 8 hours of power per cartridge on current and future ThinkPad models. The SANYO system does not require altering the standard ThinkPad notebook design. Read More
Microbial fuel cell promises high yield hydrogen source and wastewater cleaner
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April 29, 2005 The hydrogen economy is looming, and it seems a weekly occurance to see additional announcements of technology adding to the momentum. This week from Penn State University comes the news of an electrically-assisted microbial fuel cell (MFC) that does not require oxygen and uses bacteria to coax four times as much hydrogen directly out of biomass than can be generated typically by fermentation alone. Read More
US Army deploys first Fuel Cell truck
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April 5, 2005 General Motors and the U.S. Army yesterday announced they are partnering to introduce the world's first fuel cell-powered truck into U.S. military service. The U.S. Army took delivery of the crew cab pickup at the GM research facility outside of Rochester, NY, where the vehicle's two fuel cell power modules were made. Marking the occasion was Sen. Hillary Rodham Clinton, who was instrumental in securing the funds in the 2005 Department of Defense appropriations on behalf of GM's experimental truck. Read More
Intelligent Energy shows the ENV fuel-cell motorcycle prototype
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March 18, 2005 A British company has released details of what it claims is the world's first purpose-built, fuel-cell motorbike. The Emissions Neutral Vehicle is dubbed ENV, pronounced "en vee" and is the creation of British energy solutions company Intelligent Energy. Powered by a 6kW 48 volt motor and with energy supplied from Intelligent Energy's 1kW hydrogen fuel cell, the ENV is currently capable of 50mph (80kmh) and is still under development - by the time the bike reaches market (no time frame yet), it can be expected it will reach most speed limits and exceed its current range of 100 miles (160 kilometres). The ENV weighs just 80 kilograms, has disc brakes and a belt drive and will face some very tough competition in the fuel cell two-wheel market as it evolves over the next few years. Read More
Fuel cell submarines offer underwater stealth
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November 7, 2004 While fuel cell automobiles promise reduced emissions on land, the high seas have long enjoyed a virtual amnesty from air emission regulations. There is no effective way to regulate pollution emmissions from ships, yet the fuel cell has a bright future under the water as the best alternative to nuclear energy. The fuel cell has many advantages for submarines, the most compelling being that of completely silent running. A fuel cell submarine such as the new 212 and 214 from HDW can lurk beneath the waves invisibly for three weeks at a time. Unlike other non-nuclear submarine variants such as gas turbine and diesel engines, fuel cells can also be distributed throughout a ship for increased design flexibility, which in turn reduces shipbuilding costs. The company that makes this new monster also made the world's first wartime submarine, and is now offering retrofits. Read More
Hydrogen transportation boosts portable fuel cells
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November 15, 2004 Voller Energy Limited, the world's first developer of fuel cell technology portable generators and battery chargers has announced that the new VE100 v2 portable fuel cell system can use metal hydride canisters which have been approved by the Department of Transportation (DOT) to transport hydrogen for portable applications. Read More
NEC Fuel cell laptop to go on sale this year
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October 29, 2004 Japanese electronics company NEC has shown the latest prototype of a laptop with built-in fuel cell, claiming the prototype has 10 hours life, extending the life of the traditional battery powered laptop by up to 50%.
Early versions of the NEC fuel cell laptop have been shown several times over the last two years, but this time the company intends to put a fuel cell laptop on the market in Japan before the end of 2004.
Whatsmore, NEC expects that the efficiency of the fuel cell can be boosted to increase "battery life" to more than 40 hours between refills by 2006. Read More
