Startech Environmental (Nasdaq: STHK)
announced today that during the National Hydrogen Association's (NHA) membership meeting,
held at the World Hydrogen Conference in Montreal, Canada on June 11th, Joseph Klimek,
Startech's President and CEO, was elected to serve on the NHA's Board of Directors for a
two-year term. Mr. Klimek joins other board members from BMW, ChevronTexaco, Ballard,
General Motors, Praxair, BOC Gases, BP, Shell Hydrogen and others in a capacity where he
will participate in the NHA's leadership role in the move to a hydrogen-based economy.
H Power Corp. (NASDAQ: HPOW), a leading fuel
cell development company, today announced that it has delivered a 4.0 kW cogeneration fuel
cell system to Naps Systems Oy (Naps), a leading solar power system company based in
Finland. H Power delivered the system, and Naps and its partners Birka Energi and ABB
installed it according to the schedule defined in March of 2002. H Power's cogeneration
fuel cell system was delivered to the Environmental Information Centre in Hammarby Sjostad
Stockholm, Sweden, as a demonstration of a sustainable energy system that provides both
electricity and heat. Sweden's King Carl XVI Gustaf hosted the inauguration ceremony for
the Environmental Information Centre on June 4. H Power's cogeneration fuel cell system is
fueled by stored hydrogen produced through a photovoltaic solar cell system combined with
an electrolyzer. Another source of hydrogen for the system comes from biogas produced from
municipal waste at a nearby plant, which will be fed to H Power's fuel processor to
produce high-quality hydrogen. The fuel cell system is "net metered," enabling
excess electricity generated by the fuel cell system to be fed back into the power grid.
The latest FCV is part of an experimental fleet, which
will help prove out the technology as part of the California Fuel Cell Partnership. In
all, five Focus FCVs will be produced this year for testing and demonstration - leading up
to low-volume customer production by 2004. The latest Focus FCV has been
"hybridised" with the addition of a 300-volt Sanyo battery pack and a
brake-by-wire electro-hydraulic series regenerative braking system. Both of these advanced
technologies also are found on the Hybrid Escape, due out in 2003. In addition, the new
FCV has a more advanced hydrogen storage tank, which can handle 5,000 pounds per square
inch (psi) of hydrogen - compared with 3,600 psi in the previous version. Together, the
new battery pack, regenerative braking and storage tank help increase the driving range of
the four-passenger FCV to between 160 and 200 miles - significantly improved from the
previous version. The hybrid electric power system also gives the vehicle the
"off-the-light" zippiness of a more conventional sedan and a top speed governed
to 80 miles per hour. In addition, the latest FCV features a new Ballard Mark 902 fuel
cell stack, an integrated powertrain that combines the traction inverter module and
electric motor transaxle, and improved packaging for crash safety and occupant comfort.
Stuart Energy Systems Corporation (TSX:HHO)
announced today that the City of Chula Vista, California, in cooperation with SunLine Transit Agency
(SunLine), has ordered a Stuart Energy CFP-1350, a fast-fill, portable hydrogen fueling
station. Funded by a grant from the U.S. Department of Energy and the California Energy
Commission, the CFP-1350 will provide clean hydrogen fuel for fuel cell buses and vehicles
located at SunLine, then at Chula Vista. Stuart Energy's CFP-1350 is a unique portable
hydrogen infrastructure solution which integrates hydrogen generation equipment, storage,
and dual pressure (3600 psig & 5000 psig) dispensing. This integrated system is
mounted on a single trailer and packaged for easy transport. The CFP-1350 can produce over
3 kg of hydrogen per hour and can fuel up to 3 buses a day. Using this system, filling up
with zero-emission hydrogen fuel will take about the same time as filling up with gasoline
today.
Jeroen van der Veer, Vice Chairman of the
Committee of Managing Directors of the Royal Dutch/Shell Group of Companies (Shell), has
announced the launch of a project in Norway to explore possible large-scale applications
of new zero-emission solid oxide fuel cell technology driven by natural gas. Shell has
signed an agreement with Aker Kvaerner and Statkraft to launch the project. A project team
from the three companies will perform a pilot study to explore the technology's potential
on a technical and commercial basis more closely. Shell and its partners aim to complete
the project by 2010 and intend to become the first in the world to develop and
commercialize large-scale, multi-megawatt fuel cells of this type.
Geoffrey Ballard's remarkable achievement
has been to compress the size, increase the power and lower the cost of the fuel cell, an
electrochemical device that combines oxygen with hydrogen to generate electricity.
Hydrogen fuel cells will provide the power to propel all vehicles without harming the
environment, converting the universe's most abundant element into electricity. A hydrogen
powered world might have a number of interesting benefits, such as slowing temperature
increases around the world, ending North America's dependence on foreign oil, and even our
vulnerability to terrorists.
The hydrogen generation system was built in
a collaborative effort with Air Products, specifically for use in hydrogen fueling
applications. The hydrogen generator will provide distributed, on-site hydrogen, generated
from natural gas for a multi-purpose fueling system capable of dispensing hydrogen to
power vehicles. The hydrogen generator will also supply hydrogen to a stationary 50 kW PEM
fuel cell, developed by Plug Power, Inc., to demonstrate on-site electric power
production. This demonstration project will also serve to promote the development of a
hydrogen infrastructure to assist in the commercialization of fuel cell powered vehicles
in the United States. The vehicle fueling station and overall project is targeted to be
fully operational during 2002's fourth quarter. The demonstration project is a 50/50
cost-shared venture between the U.S. Department of Energy's Nevada Operations Office and
Air Products, and includes the participation of Plug Power and the City of Las Vegas,
Nevada.
Ballard Power Systems (Nasdaq:BLDP; TSE:BLD) announced
today that its Mark 900 series fuel cell has powered DaimlerChrysler's NECAR 5 fuel cell
vehicle in its historic drive from San Francisco, California to Washington, D.C. The
successful completion of this 13-day, 3,000 mile (4,800 kilometre) endurance test is the
world's first for a fuel cell vehicle and demonstrates a new level of reliability and
endurance achieved by Ballard® fuel cell engines. The NECAR 5 is a Mercedes-Benz A Class
vehicle powered by a Ballard® fuel cell engine generating 75 kilowatts of power. Hydrogen
is generated onboard the vehicle from methanol, utilizing a fuel processor developed by
Ballard.
Ford has specified the Exide Technologies'
MarathonTM M12V30 battery for these vehicles. This sealed,
valve-regulated lead-acid battery provides best in class performance in a variety of
energy storage applications, including the telecommunications, uninterruptible power
supply and electric utility markets.
Ballard Power Systems (TSE:BLD; NASDAQ:BLDP) and the
Precision Machinery Group of EBARA Corporation and EBARA Research Co. Ltd. (EBARA) today
announced that they have entered into an exclusive agreement to develop pilot scale
manufacturing processes and equipment for Ballard's BAM(R) Grafted Proton Exchange
Membrane (PEM). This agreement combines EBARA's core processing and manufacturing
capabilities with Ballard's expertise in membrane development for Ballard(R) fuel cells.
The agreement consists of an initial 18-month development period jointly funded by both
parties. During this period, EBARA will construct and demonstrate its pilot-scale
manufacturing capabilities for BAM(R) Grafted PEM. Ballard will validate the performance
specifications of the membrane manufactured by EBARA through demonstration in Ballard(R)
fuel cell systems.
Advanced Technical Products, Inc. (Nasdaq:
ATPX), announced today that its Lincoln Composites division has successfully tested a
TUFFSHELL hydrogen fuel tank with an operating pressure of 10,000-psi (700 bar) and a
burst pressure of 25,000-psi (1750 bar). The 10,000-psi tank was displayed at the
California Fuel Cell Vehicle Partnership meeting in Sacramento, Calif. A 5,000-psi
hydrogen fuel tank was also displayed at the Society of Automotive Engineers' (SAE) World
Congress in Detroit, Mich.
The DCH Enable(TM) fuel cell system will run
on 100% natural gas, 100% hydrogen, or any mix of the two. Running directly on pure
hydrogen, the DCH system can respond to demand loads in microseconds. Running on natural
gas using an integrated reformer, the system responds as fast or faster than other
alternative energy back-up power supplies, including microturbines. It also responds
faster than generator-only systems and on par with battery/generator and
generator/flywheel systems -- without the emissions of generators and potential hazards of
lead acid batteries and flywheels. The advantage of DCH's duel-fuel architecture is that
the system is able to follow rapid increases in electrical load regardless of reformer
response by making up the difference through hydrogen insertion. The natural gas fueling
alternative allows the fuel cell system to take immediate advantage of existing fuel
supply infrastructure.
Ballard Power Systems (TSE:BLD; NASDAQ:BLDP)
announced today it has received a $2 million order from Nissan Motor Co., Ltd. for Mark
902 fuel cell modules and support services, for delivery in 2002. The Mark 902 fuel cell
module, introduced in October 2001, establishes a new standard of performance by
optimizing lower cost, design for volume manufacture, reliability, power density and
compatibility with customer system requirements.
DCH Technology, Inc. (Amex: DCH) announced today it has
been granted a U.S. patent for significant improvements to its passive fuel cell
technology that increases the power of a portable DCH Enable(TM) fuel cell generator by up
to 50 percent. The new DCH patent, and several trade secrets surrounding the patent, were
viewed as critical to the company's commercialization plans. The improvement is an
innovative passive water management system that increases both power density and operating
stability. ...With this patent DCH now offers a power pack that, within existing design
configurations, provides more power for more product features and functions, or
alternatively, allows the OEM to downsize the product with the same features and
functions.
FuelCell Energy, Inc. (Nasdaq: FCEL) has signed
an agreement with MWH Energy Solutions, Inc. to distribute FuelCell Energy's ultra-low
emission Direct FuelCell(R) (DFC(R)) power plants in municipal, utility support,
commercial and industrial applications. Initial focus will be on wastewater treatment
facilities throughout the United States.
The MOU documents the companies' mutual desire to
collaborate on a research project to explore concepts for a home-based hydrogen vehicle
refueling system, and Honda's intention to purchase two stationary fuel cell power
generation systems from Plug Power. The companies anticipate completing the supply
arrangements for the two stationary fuel cell power generation systems later this year.
The companies also expect to complete a definitive agreement for the home refueling system
collaboration during 2002. A home refueling system is a fuel cell product that will
provide heat, hot water, and electricity to a home, while also providing hydrogen fuel for
a fuel cell vehicle. The device will be fueled by natural gas, and is expected to be
environmentally friendly due to its high efficiency and low emissions.
Governor Bob Taft glimpsed the future today
as he visited McDermott Technology, Inc., the site of Ohio's largest fuel cell research
program with the largest number of operating fuel cells. Taft's visit to MTI underscored
his plans to launch his Third Frontier concept, a program that aims to help fund and
foster high-tech industries in the state. Taft addressed employees and guests during his
visit to MTI and saw fuel cells in operation at SOFCo, an MTI-originated venture that is
now the largest fuel cell "core-technology" development center in the state of
Ohio. Taft emphasized his plans to jump-start high-tech ventures in the state of Ohio --
particularly the development of fuel cells -- emphasizing their importance and potential
throughout the state's business and industrial base. "We want to support fuel cell
industries in Ohio in every possible way," Taft said. "Ohio intends to be a
leader in fuel cells going forward from here."
In response to an increased demand for
hydrogen by refining customers, Praxair, Inc. (NYSE: PX) has doubled the capacity of its
hydrogen pipeline between Houston and Texas City, Texas. Praxair and Valero Logistics
Operations L.P. have exchanged pipeline assets of different capacities in order to enhance
their respective hydrogen systems. ...Praxair's 300-mile Gulf Coast hydrogen pipeline
system is already connected to a substantial portion of U.S. refining capacity. Refiners'
demand for hydrogen has grown by 10 to 15 percent per year over the past five years. The
rate is expected to increase to nearly 20% per year based on the need for clean-burning,
low-sulfur gasoline and diesel fuels to comply with new Environmental Protection Agency
regulations coming into effect in 2004 and 2006. In October 2001, Praxair announced
plans to build two world-class hydrogen plants along its U.S. Gulf Coast pipeline system.
The combined estimated capacity of the new plants will be 200 million cubic feet per day.
The first startup is scheduled for early 2004, subject to a number of regulatory reviews.
How does open source car design work?
The honest answer is that we won't know until we have done
it. But we have plenty of ideas, which will develop over the coming months
as we share the designs for the Riversimple technology demonstrator and
start to produce collaboratively a production prototype.
There are lots of inspiring examples from open source
software, and we are being advised by people with experience in this area.
But there are many differences between open source hardware and software
design.
Differences between open source hardware and software
There are some major differences between open source software
and hardware design:
- There is a "gap" between the on-line design work and the finished
product delivered to the consumer. Not only is there substantial physical
testing to be done, but also there is significant work to be done to turn
the designs into an actual functioning product (we like the analogy of a
food recipe – a recipe is not a meal, you need a chef to turn it into a
meal). The answer we believe lies in establishing the right relationship
between 40 Fires and the manufacturers (the first of which is Riversimple),
where each party has its needs met.
- There’s a technical challenge to share ideas on-line, where there is
no satisfactory open source CAD (Computer-Aided Design) application. Our
solution is to use a low tech approach at first, using a wiki-based
website and freely available 3-D viewers to show the 3-D drawings. In time
we may get involved in developing a OS CAD program.
- Licensing. We cannot simply take the standard OS software license
(the GPL is the most common), since we are dealing with hardware, which is
not so well protected by copyright. See further down for some thoughts on
the licensing issues.
We'd like to hear from you!
As in Open Source software projects, we are not attempting to
do everything at once and we don’t have to. The designs that Riversimple
is licensing to 40 Fires resemble in many ways the code base which a
complex software project starts with.
However, because a car is different to software and requires
different development stages and processes, we will be asking for input
into specific areas, as well as procedural matters.
That's why we would like to hear from you, not only from
engineers or designers, but also if you have contributed to large scale
open source software projects and can help set up our project management
structure. Lawyers with an understanding of copyright and patents would
also be useful as we review the most appropriate license to use and if and
how we should be using patents for some new inventions which emerge.
To get involved, send an e-mail to
participate@40fires.org explaining your interest and skills.
The stages
We envisage different stages:
Stage 1 Over the coming months, starting this month (July
2009), we will make available design schematics from the Riversimple
technology demonstrator vehicle, together with a description of each
component's function in the whole system, and a vehicle design brief for
the production prototype. We will provide a mailing list or discussion
forum to enable comments and discussions. At this stage we expect
Riversimple, as the creator of the original designs, to be leading the
discussions.
Stage 2 As the detailed discussions develop, we expect a
broad consensus to emerge amongst the participants as to which is the best
solution to pursue for each design . By this stage, we expect the
conversations to be more democratic, with a broad cross-section of
collaborators participate, sharing their knowledge and insights.
Stage 3 We start creating detailed designs collaboratively
and publishing them on-line. Eventually an entire vehicle will be created,
and tested, on-line. We are aiming to complete the design of the
production prototype by the summer of 2010.
Stage 4 Riversimple and other entrepreneurs, under license
from 40 Fires, can start downloading the schematics and building and
testing the vehicles. With the lessons from this, work can start on an
improved production prototype.
Are our designs free (as in beer)?
Richard Stallman famously said that free software is "free as
in speech not free as in beer."
Are our designs free?
We consider that the designs themselves will be free in the
sense of free speech, with one exception. Currently we have chosen a
Creative Commons, non-commercial license. So the designs can be used,
modified, distributed under the same license terms but not for commercial
purposes.
We have chosen to be conservative at this stage and not
allowed commercial use. This may change - we intend to set up a discussion
group to debate this. The issue is that we don't want a large,
profit-focused organisation taking the designs and starting manufacturing
with them yet. We intend that when we grant a manufacturing license, this
will be for a small fee (say $10 per car) to cover 40 Fires running costs.
We are also keen on collaborating so if a commercial
organisation wants to use the designs, we'd like to chat with them first
before allowing them to use the designs for commercial purposes.
The licensing issues are very complex (patent law is not
copyright law; cars are not software) and we don't pretend to have all the
answers. It is quite possible that our license may in the end not meet the
strict requirements of the Free Software Foundation. But all we really
care about is that the license works to ensure that the cars can be built
in hundreds of different variations around the world, by local companies
and entrepreneurs as well as big multinationals if they like, and that no
one company (whether Ford or Riversimple) can dominate the market and keep
the ideas to itself.