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Toyota to introduce BEV in 2012, fuel cell in 2015

Speaking at a media luncheon in Detroit today, Bob Carter, group vice president and general manager of Toyota confirmed that the automaker would launch a production electric vehicle in 2012. Toyota has shown two different BEV concepts in the past year, both of which were small urban commuter cars.

The FT-EV that was shown at the last North American international auto show in Detroit was based on the overseas market iQ mini-car while the FT-EV II from the recent Tokyo show is even smaller. Carter told the attendees that the first new BEV will not look like either of these concepts. He declined to comment on what type of vehicle would be introduced, but it will likely be a similar type of vehicle.


Most major automakers are leaning toward city cars for their initial plug-in efforts because lithium ion batteries remain very expensive. A smaller limited range vehicle allows the use of a smaller, lower cost battery pack. The limited range will be less of an issue with these vehicles because they are typically not driven as far.

While some other automakers, notably Nissan and Mitsubishi have been extremely bullish on electric vehicles, Carter seemed more circumspect. Many advocates of plug-in vehicles have projected that they would capture 10-20 percent or more of the market over the next decade. Carter told the group that “the technology has to advance much further than it is today to hit 10 percent of the market.”

This echoes comments recently from Takanobu Ito, Honda CEO at the Tokyo Motor Show. Honda, like Toyota has publicly stated that it expects hydrogen fuel cells to be the best long term zero emissions vehicle solution. Ito told Green Fuels Forecast that he expects support for hydrogen fuel cells would return once people realize the limitations of batteries.

One of the possible solutions that electric vehicle advocates have proposed to the range problem of batteries is fast changing of batteries. So far only Nissan and Renault have expressed public support for the concept, but even those companies are designing most of their upcoming electric vehicles without battery swap capability. Carter told Green Fuels Forecast that Toyota has “no definitive position” on battery swapping.


The company does however have a position on hydrogen and expects that to be the best long-term solution to full function vehicles. While introduction of fuel cell vehicles remains dependent on the deployment of a hydrogen filling network, Toyota hopes to start retail sales of fuel cell vehicles in the US by 2015.

Despite the company’s efforts on battery and fuel cell vehicles, Carter feels that the internal combustion engine and hybrid drive will remain an important part of the lineup for many years to come. Toyota is continuing to expand it hybrid offerings and will add plug-in hybrids. A test fleet of 500 plug-in hybrid Priuses will be deployed to commercial and government fleets world-wide beginning in late November of this year.

This test fleet will be used to evaluate the real world performance of PHEVs over the next two years. Unlike the current fleet of 20 or so plug-in Priuses that use larger nickel-metal hydride batteries, the new cars use a lithium ion battery. Carter tells GFF that the Prius can travel at up to 62 mph on electricity alone for up to 5 miles. Toyota expects retail sales of a plug-in Prius to begin in 2011-12.

One of the issues that Carter addressed was unfounded expectations among consumers. “We want to be very realistic in our approach” says Carter. Many of the range specifications quoted by other automakers are based on standard test drive cycles that focus on very low speeds such as the Japanese 10-15 cycle. Whether testing internal combustion engine mileage, or EV range this particular cycle gives unrealistically optimistic estimates. If plug-in vehicles are to achieve any level of mainstream acceptance, automakers will have to be honest about they can do.

With a number of different powertrain options available in the future, Carter acknowledged that car makers will have do a better job of educating customers about the best vehicle for their needs. He gave the example of a customer that has a longer commute that likely would not see much benefit from a plug-in hybrid, being better off with a standard Prius. Carter himself only has a five mile commute to his office and could drive most of the week without using any gas.

This education process will be a tough problem for all manufacturers in the coming years until customers determine what best suits their needs.

November 3, 2009 - 1:10 PM No Comments

FellowSHIP: Fuel Cells on the Brink of Commercialization

Now successfully installed aboard the OSV Viking Lady, fuel cell technology is one step closer to a commercial application for the maritime industry.

Launched in 2003, the FellowSHIP project began with a feasibility study and completed basic design and development of fuel cell technologies for vessels by 2005. In 2006, the JIP began development of an auxiliary electric power pack (320kW) fueled by LNG, which was successfully installed in September aboard the Viking Lady, and offshore support vessel owned by Eidesvik Offshore on charter to Total. The third and final phase of the project, intends to be testing, qualifying and demonstrating a main fuel cell electric system, delivering between 1MW to 4MW of power.

The success of the project so far has raised expectations that fuel cell technology is close to a commercial application and has resulted in a regulatory review to establish frameworks for moving the technology forward.

The FellowSHIP project was developed in response to rising concerns about the environmental impact of harmful emissions to air, including NOx, SOx, and CO2. According to a National Oceanic and Atmospheric Agency (NOAA) AND University of Colorado (Boulder) study published earlier this year in the Journal of Geophysical Research, commercial ships emit almost half as much particulate matter pollutants into the air as the total amount released by the world’s cars.

The study is the first to provide a global estimate of maritime shipping’s total contribution to air particle pollution based on direct measurements of emissions. The authors estimate that globally, ships emit 0.9 teragrams, or about 2.2 million pounds, of particle pollution each year. The study also notes that since more than 70 percent of shipping traffic takes place within 250 miles of the coastline, emissions represent a significant health concern for coastal communities.

With new tougher, emissions regulations now being considered by the IMO and EU, demand for commercial alternatives to traditional onboard power systems has risen. Fuel cell technology is not expected to manage the issue alone, but the technology represents a vital piece of the puzzle in certain shipping segments, such as short sea, local port traffic, commuter ferries and cruise ships and offshore, among others. The technology may also enable vessels access to clean energy while in port.

The FellowSHIP project is a Joint Industry Project managed by Det Norske Veritas, Eidesvik Offshore, Wärtsilä Ship Power, Wärtsilä Ship Design and MTU Onsite Energy. The project has received funding from Norwegian Research Council, Innovation Norway and the German Federal Ministry of Economics and Technology. DNV has approved the system considering all safety- and risk aspects of the installed equipment. The development of class rules for installation of fuel cells onboard is a critical part of the project.

Author: Per Wiggo Richardsen

November 3, 2009 - 12:47 PM No Comments

Hydrogen Transports! Clean Public Transport Buses are Here and Now!

From hot and dry in Madrid to cold and humid in Reykjavik, from flat in Hamburg to hilly in Luxembourg, and from congested in Berlin to full speed in Perth (Western Australia). The HyFLEET:CUTE buses have shown that clean public transport powered by hydrogen works.

From 2006 to 2009 there have been 47 buses operated under an extremely wide range of climatic and topographical conditions. In total 2.5 million kilometers have been travelled and more than 8.5 million passengers transported safely.

Within the HyFLEET:CUTE project, a Fuel Cell bus fleet of 33 Mercedes-Benz Citaro buses was operated in public transport in 10 cities on three continents. There were no major breakdowns or problems caused by either the fuel cell technology and their components, or of the buses themselves.

MAN Nutzfahrzeuge AG (MAN) developed 14 buses based around the standard low floor MAN Lion’s City Bus model powered by two different hydrogen Internal Combustion Engine (ICE) technologies for operation in regular public transport service in Berlin. The naturally aspirated engines in particular have proved their operational readiness.

At the HyFLEET:CUTE final conference bus operators and industry partners will give results of their work in answer to many key questions:  What were the performance parameters of the buses? What were the main technical problems during the operation? And what was their availability and reliability?

And the biggest question of all: When are we likely to see hydrogen buses commercially available?

The new generation of the Mercedes-Benz Fuel-CELL-Hybrid will be presented at the conference and will take passengers on test drives. First testing of the prototype has already showed further improvements: up to 50 % efficiency improvement, very low noise and a simplified maintenance and service concept with reduced operating costs. The zero-emission bus has been awarded the Gold f-cell Award.

MAN will also have their ICE Bus there for test drives.

For more answers join the HyFLEET:CUTE Final Conference in Hamburg, Germany on Tuesday, 17th & Wednesday 18th November 2009.

Contact / more information: www.global-hydrogen-bus-platform.com or info@hyfleet-cute-final-conference.com. Registration fee includes a gala dinner. The conference is supported by the European Commission.

Please note that the number of participants is limited.

November 3, 2009 - 9:54 AM No Comments

Congressional Briefing:Toward ZERO Carbon Solutions-Hydrogen and Fuel Cells

November 4, 2009, 10 am – noon, Senate Dirksen Office Building, Room 628

Strong and far-reaching hydrogen and fuel cell provisions were included in the Energy Policy Act of 2005, spanning everything from basic science to early market transition. More effort has been authorized in the Energy Independence and Security Act of 2007, and the American Reinvestment and Recovery Act of 2009. Various federal and state budgets since the mid-1990s have funded considerable research, development and demonstration. Industry has invested more than $6 B in RD&D, while many new products are being introduced to markets. Climate legislation is in the Senate. There is a large, vibrant and growing hydrogen community in the U.S. and worldwide.

This briefing will explore a hydrogen economy’s premier carbon and emissions benefits, its varied feedstocks, the broad efforts of key companies and research institutions partnering with federal and state governments in comprehensive RD&D efforts, a package of tax incentives, and the opportunities for the 111th Congress. There will be preliminary remarks from Senators Byron Dorgan and Lindsey Graham, and Representatives Bob Inglis and Eric Massa. Please join us; we expect a lively discussion.

ZEVs for California-Building an Ultra Low Carbon Transportation System: Catherine Dunwoody, Executive Director, California Fuel Cell Partnership
Partnerships to Deploy Low Carbon Hydrogen Systems: Michael Holmes, Associate Director, Energy and Environmental Research Center, University of North Dakota Energy Security and Climate Change: Transforming the Transportation Sector: Keith Cole, Director of Advanced Technology Vehicle Strategies and Legislative Affairs, General Motors
Renewable Commercial Systems from Waste Streams: Dr. Pinakin Patel, Director, Special Systems and Research, FuelCell Energy, Inc.
Hydrogen from Advanced Nuclear Power Systems: Dr. William Summers, Program Manager, Energy Security Directorate, Savannah River National Laboratory.

Moderator will be Jerome Hinkle, Vice President for Policy and Government Affairs at NHA – please contact us for further information at (202) 223-5547 or visit www.hydrogenassociation.org. RSVPs not needed.

National Hydrogen Association
1211 Connecticut Ave NW, Suite 600
Washington, DC 20036-2701 U.S.A
Phone: 202-223-5547
Fax: 202-223-5537
Email:hinklej@HydrogenAssociation.org

November 3, 2009 - 8:56 AM No Comments