 |
 |
 |
 |
 |
 |
 |
 |
 |
 |
 |
 |
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
 |
|
 |
|
|
|
|
|
|
|
|
Newsletter n° 7/2010 February 14 - 20, 2010
|
|
|
|
|
|
|
|
|
|
|
|
 |
 |
|
|
|
|
Summary
- The "future" becomes the "present" in Geneva! - NLV Solar present: NLV Quant - Four-seater electric car at Motorshow Geneva 2010 - Newteon newsletter - Rinspeed combines Cars, Trains and the Web in a New Mobility Concept - "UC?" - Clever High-Tech Bubble with Electric Drive - UK TSB Invests £7m In Fuel Cells and Hydrogen - Neah Power to Acquire CyVolt Energy Systems With Proprietary Fuel Cell Technology - IdaTech Fuel Cell Powers Floating Olympic Rings at Vancouver Harbour - Power & Electricity Asia 2010 - Hydrogen and Fuel Cells for Clean Cities - Fuel Cell Industry Review Asia Launch - FC EXPO 2010 - 63,000 facebook teams accepted Volvo Cars' challenge:DRIVe around the world in 80 days - Solar Cells From Tobacco Plants Being Developed - Cheap Solar Cell Could Be Incorporated Into Clothing - Accord sur l'exploration de gisements de Lithium en Argentine - New Wind Power Technology Based On Jet Engines
Videos
- Electric Motor News Issue n° 2 (2010) - Motor News Issue n° 2 (2010)
|
|
|
|
|
 |
 |
|
|
 |
|
|
|
 |
|
|
|
|
|
 |
|
|
|
 |
|
|
|
|
|
|
|
|
Rinspeed combines Cars, Trains and the Web in a New Mobility Concept - "UC?" Clever High-Tech Bubble with Electric Drive
February 14, 2010. Filled with emotions and new ideas - that is the signature feature of the concept cars from Swiss car visionary Frank M. Rinderknecht that have added colorful bright spots to the Geneva Motor Show for many years. Rinspeed boss Rinderknecht always has a surprise up his sleeve and this year is no different. Once again he does what nobody would have expected from the whiz kid known in the past for his affinity for powerful machines: He's building a subcompact car. But that's not all: For the first time in the long history of its concept cars the Swiss automobile and concept powerhouse has developed not just a vehicle but an entire mobility concept. The cute two-seater with electric drive is aptly called the "UC?" which stands for "Urban Commuter." But the biggest surprise is that the "UC?" was designed to be ready for future series production. The little speedster measures less than 2.60 meters in length and is intended to help avoid gridlock in the inner cities. At the same time an advanced railcar loading system will add the option to cover long distances by train, comfortable, without traffic jams and stress-free. The goal is to create a new mobility concept that integrates individual car ownership and public transportation. A transverse loading system using custom railcars allows loading and unloading of numerous "UC?" vehicles simultaneously and in a very short time. Train passages are booked and reserved online directly from the vehicle. Harman International provides the permanent 3G internet connection as well as marvelous sound on wheels. VoIP2Car technology provides IP telephone service, video chat, video conferences, e-mail and many more features in the "UC?". Integrated charging stations on board the custom railcars ensure that upon arrival at the destination the "UC?" battery is once again fully charged for maximum operating range. During the train trip drivers can visit the train restaurant, use any of the other train amenities or spend time in the privacy of their cars. With this mobility concept Rinspeed elegantly circumvents the obstacle of limited operating range that so far has kept many interested parties from switching to zero-emission vehicles. As Frank M. Rinderknecht sees it: "I can make more efficient use of my time than spending it driving on a boring highway. I'd rather visit the train restaurant or retreat to work in my car." The Swiss visionary is already in discussions with international railroad companies about his new mobility concept. Anyone who lays eyes on the clever high-tech bubble for the first time is reminded of the Fiat 'Topolino' models from the '30s to '50s. This is loveable car design. Rinspeed boss Frank M. Rinderknecht: ""UC?" is a new and highly emotional web-based car world that interweaves individual and public transport in an intelligent way. We want to create a community of people who are open for a new definition of mobility." As in past years, the concept car was built by Swiss engineering company Esoro. The lightweight vehicle produces 130 Newton meters of torque, reaches a top speed of 120 km/h and has an operating range of 105 kilometers. That is more than enough for most traffic in urban areas. Statistics show that in Europe 82 percent of all trips cover distances of less than 60 kilometers - short-distance driving clearly represents the vast majority of all individual traffic. The "UC?" also features a number of technical highlights: Goodbye steering wheel, hello force-feedback joystick. The new joystick technology is supplied by German electronics specialist Rafi. Rinderknecht says: "Forget everything you have learned about joysticks so far. Finally this system provides a better steering feel and clear feedback from the road." The entire car is operated via Space Drive, a drive-by-wire system developed by Paravan, one of the leading manufacturers of handicap vehicles. Rinspeed and its partners had to master numerous challenges surrounding the electric drive system: The lithium-ion batteries come from Li-Tec-Battery in Germany, a joint venture of Evonik and Daimler AG. The efficient and reliable on-board charger is supplied by specialist Absaar; the external stationary charger comes from ABB Sécheron. Axpo Holding is yet another energy company that partnered with Rinspeed on this project. The electric heater and sphere-shaped vents were installed by the specialists from Eberspächer. Rinspeed also received support from the consortium Swiss Coop, which promotes decisive action and zero-emission mobility, and from the power plants of the Canton of Zurich that provide electricity and the required infrastructure. To save as much energy as possible the developers have placed highest priority on lightweight design: Ticona, one of the world's leading manufacturers of engineering polymers, plays a major part in achieving this objective. The lightweight lift gate comes from Rehau, an OEM supplier for the automotive industry. The P7 Cinturato 'Green Tires' from Pirelli in size 195/40 R 17 are mounted on special lightweight rims from German-Austrian manufacturer AEZ. The delicate-looking rims weigh just 6.2 kilograms each. Eco-friendly lubricants are provided by Motorex.And of course the electric "love bug" has a number of features that will stir up emotions: An immediate eye-catcher is the paint that changes color from yellow to green. The paint was supplied by Akzo Nobel, one of the world's largest paint manufacturers. A new adhesive paint called "Stickerfix" is perfect for touching up minor cosmetic paint blemishes sustained on the road.The jazzy leather interior including aluminum inlays and a custom leather suitcase for the roof come from specialist Sellner Group. VDO Continental Automotive has designed a new futuristic instrument cluster for the "UC?" The new cluster also houses a Swiss-made mechanical watch from Swiss premium manufacturer Carl F. Bucherer. A beautiful crystal 'tank lid' from Swarovski covers the necessary 230-volt plug. A stylized laser-cut coil filament embedded in the crystal lid serves as a battery charge indicator: red=empty, orange=half charged, green=fully charged. Rinspeed wants to change the electric drive's image: The "E" signifying the electric drive isn't shamefully hidden but displayed openly and proudly: "Look here, I drive with electric power". The "UC?" is designed to be available in several distinct versions: The "Ultimate Commuter" is the comfortable lifestyle vehicle for urban commuters. The vehicle of choice for pizza deliveries, mail carriers and workmen in general will be the "Unlimited Commuter." The experts from renowned A.T. Kearney Consultants designed the modular production strategy to ensure that the car will be built as cost efficient as possible. The ultimate goal is to serve many different types of use and configuration variations: It will take just three days to build an electric car. There is a good chance the "UC?" will enter series production. The concept is designed be easily adapted and integrated by volume manufacturers. Intensive dialogues at the highest levels are already well underway. At the Geneva Motor Show 2010 Frank M. Rinderknecht demonstrates clearly how serious he is when it comes to mobility: While the other jewels of individual mobility develop flat spots in their tires on the various show stands, the globular "UC?" will turn in laps on a track covered with artificial fur from Sibu Design. Rinspeed guests can relax in a comfortable lounge furnished by Xmobil. HD displays from Sharp will feature high-def information about the "UC?" Every successful presentation relies on perfectly printed material: Fotorotar prints all "UC?" press kits and calendars at the highest level of quality. "Die Agentur" is in charge of the communication concept for the "UC?" from planning and designing the press kit and partner literature to the production of the introductory video. Hiwave contributes a Bluetooth marketing system for the Rinspeed exhibit at the show that provides visitors with information about the "UC?" and its partners.
|
|
|
|
|
|
|
|
|
|
|
|
|
|
UK TSB Invests £7m In Fuel Cells and Hydrogen
Source: Fuel Cell Today
February 15, 2010. The UKs Technology Strategy Board (TSB) has announced that it to fund 15 demonstration projects for both transport and stationary applications to the value of £7 million (US$4.5 million) Iain Gray, chief executive of the Technology Strategy Board, said: "By providing capital funding towards the cost of demonstration, this important programme will enable British companies to collaborate to commercialise fuel cell and hydrogen technologies. Covering both the transport and stationary market applications, the funding will support and take forward already successful research, development and prototyping projects". As part of the UK governments attempt to boost fuel cell and hydrogen activity it has named Wales as one of its flagship Low Carbon Economic Areas (LCEA) for developing alternative fuels, including hydrogen from renewable sources. The Low Carbon Economic Area (LCEA) will be focused in South Wales, extending as far as Swindon in the South West. The LCEA designation is intended to position the region as leading centre for driving forward the industrial production and use of hydrogen and fuel cells as well as developing renewable alternative fuels for the auto sector. South Wales is the sixth LCEA to be announced by the Government. Earlier this week it announced the Midlands would become a lead centre in the development of low carbon automotive engineering. LCEAs aim to accelerate the development of priority low carbon sectors by focussing on geographic areas of the UK where there are existing strengths. A "hydrogen highway", running from South Wales along the M4 corridor into the South East, will enable vehicles to refuel with hydrogen and other alternative fuels as well as aim to attract companies at the cutting edge of hydrogen and fuel cells technology development to the region. Central to the LCEA announcement is the news the University of Glamorgan is investing £6.3 million to develop new hydrogen industries, new hydrogen energy processes, products and services, including a hydrogen combustion engine test facility at Baglan.
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
IdaTech Fuel Cell Powers Floating Olympic Rings at Vancouver Harbour
Source: Fuel Cell Today
February 15, 2010. The 30-ft tall floating Olympic rings at Vancouver Harbour are being powered by an IdaTech PEM fuel cell. The 5kW "made in British Columbia" fuel cell generator powering the LED installation was financed by the British Columbia Hydrogen Highway membership. The BC Hydrogen Highway group is managed by the Canadian Hydrogen and Fuel Cell Association.
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
Power & Electricity Asia 2010
Source: Fuel Cell Today
Details Event - Power & Electricity Asia 2010 Date(s) 05 Apr 2010 - 09 Apr 2010 Location Suntec Singapore Country SINGAPORE Description Dubbed as Asia's prestigious and most comprehensive power event, the 13th Annual Power and Electricity World Asia 2010 is where top level issues are addressed by business leaders and regulators across the region. This is the most influential platform where industry stakeholders gather annually to identify business opportunities, discuss viable investment models and seal profitable partnerships.
|
|
|
|
|
|
|
|
 |
|
|
|
|
|
|
|
|
|
Hydrogen and Fuel Cells for Clean Cities
Source: Fuel Cell Today
Details Event - Hydrogen and Fuel Cells for Clean Cities Date(s) 25 Mar 2010 - Location Birmingham Country UNITED KINGDOM Description conference and brokerage meeting on fuel cell and hydrogen contributions to climate change abatement; the main topics are fuel cell vehicles and clean energy for cities Cost 143,75 GBP
|
|
|
|
|
|
|
|
|
|
|
|
|
|
FC EXPO 2010
Source: Fuel Cell Today
Event - FC EXPO 2010 Date(s) 03 Mar 2010 - 05 Mar 2010 Location Tokyo Country JAPAN Description FC EXPO 2010 -6th International Hydrogen & Fuel Cell Expo -World's largest exhibition in the fuel cell & hydrogen industry!
|
|
|
|
|
|
|
|
|
|
|
|
|
Solar Cells From Tobacco Plants Being Developed
Source: Alternative Energy
February 11, 2010. The discoveries in the field of solar energy continues to grow along with the benefits of solar energy as an alternative energy that environmentally friendly. The ideas continue to develop from making very small solar cells until the discoveries of alternative raw material to make solar cells. Recently it has also developed solar cell of the type of organic material from the tobacco plant. The researchers at the University of California, Berkeley are developing the possibility of literally programming the cells of the plants to get solar cells from tobacco plants by a genetically engineered virus. They were able to literally transform the cells of the plants to create synthetic solar cells. The researchers applying their chemistry to full grown tobacco plants by sprayed custom-made virus on the plants. The virus infects a cell which then enables the virus to spread just as any other virus would. As the infected cells form, they are creating artificial chromophores that make high powered electrons out of light. Once tobbaco plants harvested, the structures are extracted and put into a liquid solution to dissolve. This solution is then applied to plastics or glass and poof. While the whole process may seem a little off the wall, if this process can be refined and work in mass form, it totally changes solar energy as we know it. The utilization of organic solar cells from the tobacco plant will provide some benefits for tobacco farmers and the need for a green alternative energy. Although would not be expected to last as long as "typical" solar cells, but these solar cells would probably be much less expensive and can improve the economy of tobacco farmers.
|
|
|
|
|
|
|
|
|
 |
|
|
|
|
|
|
|
|
|
Cheap Solar Cell Could Be Incorporated Into Clothing
Source: Yahoo! News
February 16, 2010. A new solar cell can produce the same amount of energy as the best conventional solar panels while using less expensive material. The novel flexible device could help make solar cells far more practical for products ranging from sunroofs to clothing, scientists say. "It could be extremely rugged - you could roll it up, even perforate it, shoot holes in it with a gun, and it'd still operate, whereas normal crystalline silicon would just shatter like glass," said researcher Harry Atwater, an applied physicist at the California Institute of Technology at Pasadena, Calif. Solar cells often rely on wafers of perfect silicon crystal, but these are costly. To save on crystalline silicon, Atwater and his colleagues used only one percent of the expensive material, which they grew as rods. Each rod is only one or two millionths of a meter across - roughly one-hundredth the width of a human hair - and they are arranged vertically in a forest-like pattern. Incoming light bounces back and forth between the rods until it gets absorbed. Particles of alumina were added between the rods to help scatter light so the rods can absorb more of it. The entire setup was embedded in a layer of transparent silicone rubber, making it flexible. The new solar cell absorbed up to 85 percent of the usable incoming sunlight, which is comparable to conventional solar cells. In addition, the fraction of the solar energy converted to electricity in the new device was on the order of 95 percent, "very comparable to the highest quality solar cells and well above that of other flexible thin film solar cells," Atwater said. When it comes to making such cells on an industrial scale, Atwater foresees these being cheaper than conventional solar cells "not only because we've reduced the amount of crystalline silicon used, but the way we make it bypasses two or three expensive and energy-consuming steps." These devices could readily get made on a large scale using existing roll-to-roll printing methods, Atwater said. "There's a real opportunity here to be competitive in mainstream utility-scale photovoltaics where thin-film solar cells are used right now," he noted. "We're actively pursuing commercialization opportunities at the moment."
|
|
|
|
|
|
|
|
|
|
|
|
|
Accord sur l'exploration de gisements de Lithium en Argentine
Font: Bollorè - Eramet
16 février 2010. Le 12 février 2010, les groupes BOLLORE et ERAMET ont signé un contrat d'exploration assorti d'une option d'achat portant sur des gisements de lithium avec la société argentine Minera Santa Rita. Selon les termes de cet accord, le groupement BOLLORE-ERAMET se voit donner l'accès à des concessions sur plusieurs salars (lacs salés) riches en lithium du Nord de l'Argentine. Cela permet au groupement BOLLORE-ERAMET de commencer l'exploration pour estimer la ressource et de lancer les études pour un projet d'unité de production de carbonate de lithium, matière première à partir de laquelle sont produits les sels de lithium et le lithium métal utilisés dans les batteries rechargeables. Par ailleurs, l'option d'achat donne le droit au groupement BOLLORE- ERAMET d'acquérir ces concessions à l'issue des études, d'ici 24 mois. Les groupes ERAMET et BOLLORE ont uni leurs compétences depuis un peu plus d'un an pour devenir un acteur significatif sur le marché mondial du lithium. Le lithium est de plus en plus utilise dans le domaine des batteries rechargeables pour les téléphones et les ordinateurs portables et pourrait connaître à terme une très forte croissance avec le développement du marché des véhicules électriques et hybrides. Le Groupe BOLLORE a développé une batterie particulièrement performante (lithiummétal-polymère) qui sera utilisée pour alimenter sa voiture électrique, la Blue Car. ERAMET apporte au groupement ses compétences minières et hydrométallurgiques, ainsi que la capacité de son centre de recherche à développer de nouveaux procédés d'extraction et de transformation du lithium adaptés à chaque gisement. Cet accord constitue une première étape dans la stratégie de développement dans le lithium du groupement BOLLORE-ERAMET, qui continue par ailleurs à étudier différents projets dont notamment un projet de filière industrielle complète du lithium en Bolivie.
|
|
|
|
|
|
|
|
 |
|
|
|
|
|
|
|
|
|