Archive for September, 2004
More Stuff About Fuel Cell

FUEL CELL COMPANY 2003 REVENUES EXCEED R&D SPENDING, BUT PROFITS STILL ELUSIVE
29 September 2004

Provider: Fuel Cell Today (http://www.fuelcelltoday.com)

Public companies in the fuel cell sector enjoyed a 20% increase in revenues in 2003, up to US$243 million from US$203 million in 2002. For the first time in more than three years, revenues exceeded research and development (R&D) spending, which dropped 11% to US$204 million. But, according to PricewaterhouseCoopers’ (PwC) 2004 Fuel Cell Industry Survey, the sector continued to experience operating losses, R&D spending, and technical, marketing and financing challenges. The findings were released in conjunction with the Hydrogen and Fuel Cells 2004 Conference in Toronto.

The PwC 2004 Fuel Cell Industry Survey focused on the 2003 year-over-year financial results of the world’s 18 publicly-traded companies whose primary business is in the areas of fuel cell production, system integration and related fueling infrastructure. Key findings are summarised as follows:
• The top two revenue earners in 2003 were Ballard Power Systems (US$120 million) and FuelCell Energy (US$34 million), accounting for 63% of the total revenues of companies in the survey.
• Market capitalisation for the companies surveyed increased by 50% to US$3.6 billion in 2003 from US$2.4 billion in 2002—outperforming the Dow Jones Industrial Average growth of 25% during the same period.
• Cash flow from operations was negative during 2003 at minus US$222 million, an improvement over minus US$311 million in 2002.
• None of the companies surveyed were profitable. Net losses decreased slightly to US$367 million from US$384 million in 2002.

“While the financial results for the fuel cell sector were mixed for 2003, there are encouraging signs that the industry may soon find its feet,” says John Webster, leader of PwC Canada’s fuel cell practice. “The next two or three years are critical for the sector to launch successful products as micro fuel cells begin to trickle into the marketplace to meet the increasing power demands of portable and hand-held electronic devices, largely driven by consumer demand for greater functionality. This includes cell phones, lap tops, PDAs and cameras.”

The majority of the companies surveyed by PwC were focused on developing proton exchange membrane (PEM) fuel cell technology and related fueling infrastructure. Primarily designed for use in the transportation market, PEM-powered products are expected to reach large-scale commercial production after portable and stationary applications.

“The PwC survey revealed a continued trend towards consolidation and strategic alliances within the fuel cell sector,” says Alastair Nimmons, PwC’s 2004 Fuel Cell Industry Survey co-author. “Deals remained within the same technology field as fuel cell companies strive to rationalise R&D and administrative costs and consolidate financial, technological and intellectual property. We also saw most fuel cell companies expand their customer base and develop new supply chain relationships.”

Environmental and economic factors continue to drive the need to develop fuel cells, including the price of oil, energy security, climate change and air quality. The growing energy demands of developing nations such as China and India, conflicts in oil-producing regions, and governments’ desire to protect their citizens from the polluting effects of industrial development all play a role in the fuel cell sector’s evolution.

“We are seeing investment in fuel cells by large, well-funded multi-nationals on all continents, with strong government support in Canada, the United States, Japan, and a number of European Union countries,” says Webster. “With this public and private support, progress toward commercially viable technical solutions will continue and fuel cells should become more competitive with incumbent technologies.”

Pacific Fuel Cell –> A Good or Bad Investment?

Hydrogen and fuel cells have the potential to solve several major challenges facing America today: dependence on petroleum imports, poor air quality, and greenhouse gas emissions.

Picture it…Hydrogen is available to everyone, everywhere—from the corner fueling station to the large industrial facility on the outskirts of town.

The United States is not so dependent on a single source of fuel. Hydrogen is produced, domestically, cleanly and cost-effectively, from a variety of sources including renewables, such as biomass and water; fossil fuels, using advanced technologies to ensure that any carbon released in the process does not escape into the atmosphere; and nuclear energy. Hydrogen is delivered and stored routinely and safely.

Hydrogen-powered fuel cells and engines are as common as the gasoline and diesel engines of the late 20th century—they power our cars, trucks, buses, and other vehicles, as well as our homes, offices, and factories.

I started investing in Pacific Fuel Cell Corp (Symbol: PFCE) about 2 years ago. At that time, the stock was traded at 3 cents per share. Not bad, huh? I spent $30, and got 1,000 shares. For the next few months, the price was fluctuating. It went up to 10 cents per shace, then drop again to 5 cents per share. It sort of hovered around 4 cents - 6 cents per share. When it was traded at 6 cents, I got 1,000 more shares (spent around $60). Overall, I’ve only spent $90 for to buy 2,000 shares. Not bad, huh? Considering how much money I’d get if this puppy hits $1 or $2 per share.

My advice: this one is a must buy! At 33 cents per share, with $300 you can get 1,000 shares. And the price is still climbing since the company wh’s doing the research recently got funding from the US Government.

Buy! Buy! Buy..!!

Pacific Fuel Cell Corp. Announces United States Department of Energy STTR Award TUSTIN, Calif.–(Business Wire) –Jul 20, 2004–

Pacific Fuel Cell Corp. (OTCBB:PFCE.U) is pleased to announce that it has been selected by the United States Department of
Energy for a Phase I STTR (Small Business Technology Transfer) grant. The intended start date is September 1, 2004.
George Suzuki, PFCE President, stated: “We are particularly pleased that our research project in the area of fuel cell technology has been selected by the United States Department of Energy as worthy of funding.”
The University of California-Riverside (UCR) will be the non-profit participating research institution. The UCR research team will be directed by Professor Yushan Yan, who received his PhD from the California Institute of Technology, and is a leading authority on proton conductive membranes and nanostructured electrodes.
UC Riverside’s Center for Nanoscale Science and Engineering, headed by Robert Haddon, distinguished professor of Chemistry and Chemical & Environmental Engineering, features a research team of 25 faculty members from engineering, cell biology and neuroscience, chemistry and physics.
Pacific Fuel Cell Corp. is committed to producing fuel cells with increased cost effectiveness and higher performance, in the portable and micro fuel cell market, utilizing nano-technology.