Dan Lewis: January 2008 Archives

Digg Digg This! • del.icio.us Add to del.icio.us

Lithium ion batteries are pretty good and getting better - already, products like cameras and mp3 players that a few years ago were working on throwaway batteries are now switching to rechargeable lithium ion batteries. We've seen progress as well in the recharge times. The Prius with its Nickel Metal Hydride batteries seems just so yesterday. But we're not looking at an exponential improvement in battery technology, akin to Moore's law and computing power - as said in this interview 18 months ago, with MIT materials scientist and battery expert Yet-Ming Chiang, who cofounded the battery startup A123 Systems;

"One thing we have to keep in mind is you can't really conceive of anything like Moore's Law for electrochemical energy storage. Moore's Law was based on being able to perform similar functions [for computing] using either fewer electrons or, more recently, fewer photons. But energy is constrained by chemistry and the periodic table. Expecting Moore's Law from battery chemistry is like expecting steel next year to weigh half as much and be twice as strong. People who are working on better batteries are very optimistic. There's definitely room for growth; there are many avenues for improvement. If you look at it realistically, I'd say a factor of two improvement in the next decade is quite realistic. A factor of 10 is not."

Which strikes me as a very sober observation - just what I like.

So you can understand the fuss that has been generated by EEStor - still no company website - over the last couple of weeks and their battery-ultracapacitor hybrid technology based on barium-titanate powders which they claim  will dramatically outperform the best lithium-ion batteries on the market in terms of energy density, price, charge time, and safety. Pound for pound, this technology will also pack 10 times the punch of lead-acid batteries at half the cost and without the need for toxic materials or chemicals.

The hardcore figure you need to know is that they claim that their technology can deliver an energy density of about 280 watt hours per kilogram, compared with around 120 watt hours per kilogram for lithium-ion and 32 watt hours per kilogram for lead-acid gel batteries.

So  they appear to have doubled energy density in 18 months - rather than over 10 years, which is a bit like Moore's law after all. And they intend to use their technology in this vehicle the Zenn Car - a stock I will add shortly. And here's some youtube about the Zenn for your amusement;






For all that, there is still a big performance gap with electric cars that horsepower hungry American consumers are perhaps more sensitive to than Europeans;  the energy density of petrol or gas is way, way, more - about 13,000 watt hours per kilogram. Still, I suspect that this gap will be closed not so much by improvements in battery technology, but by weight reduction. There is still so much heavy metal in today's cars and many cumbersome safety features. The next generation of GPS satnavs will most likely calculate not just where you want to go, but keep any eye on the position of all other vehicles relative to you on the road, intervening automatically in the brakes where necessary. My view is that in the long run, say the next 15 years, the shift to plastics/lighter materials and a presumption towards crash avoidance rather than crash survival, will probably be more significant than batteries in extending range and power.

Anyway, If you want to understand the progress in batteries that has been made over the last year, I strongly recommend reading the collection of articles here under the MIT Technology Review Better Batteries Report.

Digg Digg This! • del.icio.us Add to del.icio.us

Digg Digg This! • del.icio.us Add to del.icio.us

Digg Digg This! • del.icio.us Add to del.icio.us

Digg Digg This! • del.icio.us Add to del.icio.us

Digg Digg This! • del.icio.us Add to del.icio.us

Digg Digg This! • del.icio.us Add to del.icio.us

Canada, Montreal, 23rd January:

Hydro-Québec, a Québec state-owned electricity utility, is tendering for new wind farms and Repower Systems AG wants a big part of the pie.

According to the Gazette, ". . . among the scores of companies - Canadian and international - that participated in Hydro-Québec's current call for tender of 2,000 megawatts of wind power was REpower Systems, a German-based giant that has yet to make its mark in Canada".


and . . .

"Interest in the Quebec tender is intense. More than 25 developers proffered 66 bids for wind farms in proposals totalling more than 7,700 megawatts, or almost four times the amount that Hydro-Québec is seeking to add to its network. The new wind farms are expected to generate about $4 billion of investment".


If you're a West European wind turbine manufacturer, expanding in Canada makes a lot of sense. Deep down, I suspect many of them believe that the onshore West European wind boom, although not over, has its best years behind it. The other fastest growing markets over the next decade have to be the USA, South America and of course, Asia. Even the announcement yesterday ago by the European Union of even more ambitious - and less deliverable - renewables targets can't really change this.

Digg Digg This! • del.icio.us Add to del.icio.us

Digg Digg This! • del.icio.us Add to del.icio.us

Today is the closing day of the World Future Energy Summit in Abu Dhabi and it got me thinking that the received view and prognosis about the Middle East might well turn out to be mistaken.

I know that amongst Energy Hawks, there's a calcified view that militant islam/terrorism will only be defeated when certain oil states in the Middle East stop funding it because we all stop funding them and start using low carbon energy. This is the theme of Robert Zubrin's book, Energy Victory: Winning the War on Terror by Breaking Free of Oil  and frequently, a view shared by NY Times columnist, particulary on Iran, Thomas L. Friedman.

It's just that with all the turmoil in the markets, we may be losing sight of who's got the money and the big financial power shift underway from West to East. The best short report to read on this was recently produced by the McKinsey Global Institute - The New Power Brokers: how Oil, Asia, Hedge Funds and Private Equity are Shaping Global Capital Markets - and it is well worth a read.

That's why I was very interested to learn of Solar Millenium AG setting up a joint venture with Ferrostaal AG in Dubai, in order to exploit an anticipated boom in Concentrated Solar Power. Clearly, they project many future customers as coming from that region of the world. As they see it;

'The Middle East will be a key player for the solar energy market in the foreseeable future'.

MAN Solar Millennium made its first regional public appearance at the World Future Energy Summit Exhibition mentioned above and it would be interesting to know what kind of reception they got. Just as Russia plans to massively expand its nuclear power programme to extend the lifetime of its oil and gas reserves, you just might start to see Middle Eastern states doing the same with Concentrated Solar Power.

Digg Digg This! • del.icio.us Add to del.icio.us

Digg Digg This! • del.icio.us Add to del.icio.us

Ok, a lousy day on the markets, well probably much worse than that actually, let's call it abysmal. Nevertheless, it has been an opportunity for me to catch up on adding new stocks and an index as informed by one of you, a loyal follower of this blog.

So here they all are;

Terna Energy - wind and hydropower, based in Greece - very like . . .
Innergex Renewable Energy - also wind and hydro, based in Canada

Then I've added;

Acucar Guarani - a brazilian firm which purchases, cultivates and crushes sugarcane to produce sugar, ethanol and electricity.
Arise Technologies Corp - a Canadian solar firm (odd how a semi-arctic nation develops a niche in solar, a bit like Renewable Energy Corp in Norway)
Wacker Chemie AG - a chemical company who has a major silicon feedstock production operation for the solar industry

Finally, many thanks to a gentleman from Thailand who emailed me about a new index not included here. I've just added the HSBC Global Low Carbon Production Index to my list of Global Alternative Energy Indices. From my past experience, I can tell that the data behind most indices constitute an expensive, high margin business to the consumer. That's why - unlike stocks - there's not much more I can tell you about them at this stage other than they exist and list them all in one place. 

My general view is that for an index to succeed and be widely known, especially in a new sector, you have to make the data free and easily available. Surely this is what has given the Wilder Hill Clean Energy Index the renown it has, way ahead of many Blue Chip bank equivalents.

Digg Digg This! • del.icio.us Add to del.icio.us

Digg Digg This! • del.icio.us Add to del.icio.us

Digg Digg This! • del.icio.us Add to del.icio.us

Technically, a bear market kicks in when a given market falls below 20% from its high. So depending on which index you look at, we're already there. As of last night, the Dow Jones is down 14.5%, the Russell 2000 index down 20% and the Nasdaq, 10% off the beginning of the year. 

The question for us is, where are we with alternative energy stocks?

Here's my existing list of Global Alternative Energy Indices - which I suspect is not complete. Email me if you have some others you think I should know about . . . I do read and act on them (thanks by the way, to the person who told me about Arise Technologies Corporation - stock now being added).

Well, I'm going to start with an American index, the Wilder Hill  Clean  Energy Index, because it's still the best known. It's down 24.57% since it's peak on December 26th last year, or about where it was a month earlier in November. So that suggest for its own components, a bear market.

Now back to the global indices. They are quite hard to get data on, as it's usually a premium paid-for service, but here are the ones I have from freely available data.

The Dax Global Alternative Energy Index - see here - again, it peaked in late December at 218.25 and closed last night at 186.44 - so it's down 14.58%. No bear market here then.

The Renixx Renewable Energy Industrial  Index World - see here - hard to read, but the chart suggests a fall from over 1900 to 1400, that's a pretty severe pasting, at least 25% off it's peak.

So I hope that puts you a little bit more in the picture as several newspapers and websites in recent days have been running stories about alternative energy stocks showing big falls.

Let's put this in context.

The important point about the alternative energy sector is that  it has not been driven by Greenspan's cheap credit boom. The drivers to date have been the high price of oil, government regulations and targets, concerns over energy security and the environment and improving technology.

And as far as I can see, none of these have changed in the last month and nor are they about to. But the caveat is that you would have to expect market inflows to drop off substantially during this period of uncertainty for the world economy, because there's less investment money to go around.

Digg Digg This! • del.icio.us Add to del.icio.us

Digg Digg This! • del.icio.us Add to del.icio.us

Digg Digg This! • del.icio.us Add to del.icio.us

Digg Digg This! • del.icio.us Add to del.icio.us

Centrosolar AG, has just announced plans for an enormous increase in pv module production in Wismar, in ex-East Germany (see my earlier post East Germany's final recovery from Communism into Solar Valley?)

According to Centrosolar, production will grow very fast:

" . . . from a starting level of 40 MWp in 2007, the capacity for 2008 as a whole will already double to 85 MWp, increasing again to around 165 MWp in 2009. Both locations will have a capacity of at least 195 MWp by the start of 2010. This corresponds to a revenue volume generated with solar modules of more than EUR 500 million."

A few months ago I was chatting to a solar expert who had visited a plant in Eastern Germany. What interested me was how viable were these businesses when Chinese production started gearing up. The point he made startled me - because solar factories receive such large subsidies in setting up in East Germany, it's actually going to be harder for China to compete. And lo and behold, it does seem to be true in Centrosolar's case too. Apparently, " . . . the project will probably receive a 30% subsidy from the state of Mecklenburg-Western Pomerania. The remainder will be financed by bank loans (My thoughts: probably from state-owned banks at a non-commercial rate) and leasing. "

One day, Germany's solar boom will end. But until it does, a lot of people are going to continue enjoying the ride.

Digg Digg This! • del.icio.us Add to del.icio.us

Digg Digg This! • del.icio.us Add to del.icio.us

Digg Digg This! • del.icio.us Add to del.icio.us

Canada, a nation long-overshadowed by its mighty southern neighbour can look forward to some very good years ahead. That Canada has enormous amounts of natural resources that the rest of the world wants; uranium, oil, minerals etc. is  widely known and underscored by the Canadian Dollar reaching parity with the greenback late last year. Much less appreciated though is Canada's quiet but no less significant expansion into alternative energy.

Today's article in Renewable Energy Access "A Snapshot of Canadian Green Power 2007/2008" ought to be a wakeup call to the investment world.  The truth is however that Canada's Stock Exchanges have long been successful in attracting quite a few listings by alternative energy companies both from Canada and abroad. So I've decided to list them all here, in no particular order;

Canadian Firms listing in Canada

VRB Power Systems
Xantrex Technology
Sustainable Energy Technologies
Boralex
Dynetek Industries
Western Geopower
Plutonic Power
Carmanah Solar Technologies
Western Wind Energy
Run of River Power
Canadian Hydro Developers

Canadian Companies listed outside of Canada

Ballard Power Systems
Canadian Solar Inc

Foreign Firms listed on Canadian Exchanges

Nevada Geothermal
Finavera Renewables

Have I missed any out? Please email me if you know some that should be included and I will load them up on AEI.

For Hydro and Wind power potential, it doesn't really get any better than Canada. Vast tracts of largely unpopulated land and water and a relatively low cost of doing business. There has to be a strong bullish case for Canada and its currency over the next decade. And no question, a niche worth watching has to be Canadian alternative energy firms.

Digg Digg This! • del.icio.us Add to del.icio.us

Digg Digg This! • del.icio.us Add to del.icio.us

German firm, SolarWorld AG, has just donated approximately 2,000 solar modules to the Vatican to be installed on the Paul VI audience hall roof. The solar system will produce some 315,500 kilowatt-hours of power a year, offsetting some 315 tons of carbon dioxide emissions, it said.

That is a lot of solar panels - I estimate about 240 kilowatts of peak power - so this is no small donation, perhaps a million euros, although plenty of repeat publicity. If you look at this aerial map here of the Vatican - you can see why this building is a great site for solar power - a nice flat roof. And Rome of course, I can personally attest, is very hot in the summer.

Anyway, back to SolarWorld. Unusually among German solar companies it is vertically integrated, combining all stages of the solar value chain, from the raw material silicon to turn-key solar power plants. Moreover, the firm has a sizeable presence in Sweden and the USA. And I recommend looking at slide number 8 of one of their recent presentations; this forecasts a near quadrupling of solar production from 2090 MW in 2007 to 7619 in 2010. That is staggering growth, much faster than I was familiar with.

Digg Digg This! • del.icio.us Add to del.icio.us

Digg Digg This! • del.icio.us Add to del.icio.us

Digg Digg This! • del.icio.us Add to del.icio.us

Writing my latest newsletter yesterday (have you signed up yet? You should, it's free!) I was quite taken by how two Australian stocks, Australian Renewable Fuels and Australian Biodiesel Group have clearly not had the same upside - far from it - from a new government in Australia as most of the other alternative energy stocks down under. This is to do with unfavourable changes to Australia's biodiesel tax credit program as well as the more mundane causes like a rise in feedstock costs etc.

Today though I read with some alarm that German biodiesel subsidies are on the way out as of 1st January this year. As this very informative article said, "
. . . a consequence of these setbacks is the decline in shares of German biofuel refineries like Verbio, BDI Biodiesel and Biopetrol. These were promising companies until recently, and now face million-dollar losses."

This is a big deal not least because a very large chunk of the global biodiesel market - not unlike solar - is in Germany.

Still, for all the gloom and doom about the biofuels bust, whether ethanol in the Midwest or rapeseed produced biodiesel in Germany (although not in Brazil, more later), I keep thinking about this great piece I devoured this morning in the Daily Telegraph by Tom Stevenson. One of his bullet points toward the end was;

". . . government biofuels targets mean that within 15 years 12pc of the world's agricultural land will be needed for transport against just 2pc today. Farmers, food manufacturers, fertiliser makers and anyone involved in booosting crop yields and improving  the efficiency of irrigation stand to gain"

So in the long run, biofuels are still very much destined for tremendous growth - a sixfold increase in 15 years. The point here is all that really matters is where you source them from. Germany is and will remain a high-cost country.

European and American Farmers are on a hiding to nothing if they think they can compete with Brazilian farmers like these !
Brazil and other developing nations, with vast untapped hectares of land and low cost workforces are certainly not going to have any trouble producing low-cost biofuels - unless Western governments continue to hand out huge subsidies to their own. And Germany, one suspects, quite apart from the environmental arguments, has already taken a view that this is a battle they can't win.

Digg Digg This! • del.icio.us Add to del.icio.us

Digg Digg This! • del.icio.us Add to del.icio.us

Biomimetic nano-technology is not a term often heard in the context of renewable energy – except in the rapidly developing field of dye-sensitised photovoltaics.

Image: the stuff of future flexible cells, ruthenium dye in preparation in Dyesol labs


 Dye Solar Cells (DSCs) are the most advanced of the new generation of ‘non-silicon’ solar cells that are rapidly emerging from research efforts around the world into commercial solar products. DSCs are made with cheap materials, can be easily manufactured as flexible products and have very useful performance attributes such as being able to generate electricity in very low light long after silicon cells have stopped.

 

As a result, in real world conditions, such as in tropical climates and smoggy cities, DSC is capable of outperforming even high quality silicon products on the basis of annual kWh produced per square metre of product.

 

DSC mimics nature in the sense that it uses a dye and a two step process for generating electrons, very similar to the process in plants where that green dye called chlorophyll captures photons and produce sugars and oxygen.

 

In DSC a porous layer of nano-particles of titania dioxide – the common white stuff used in toothpaste and white paint - is sandwiched with quite rare manufactured dyes, such as ruthenium dye. The atom thin layer of dye absorbed onto a layer of titania dioxide causes the titania to become photosensitized. Light striking the dye excites electrons which are absorbed by the titania. This process generates an electric current many times stronger than that found in natural photosynthesis

 

This handy sub-atomic event is turned into a photovoltaic cell when the dye-doped titania is laminated between an electrolyte and a conducting base, something that is starting to happen in a great number of forms.


G24i, (http://www.g24i.com ) a Welsh based DSC manufacturing company has just announced an order for small flexible DSC has been sold to Kenya where they will be used to charge mobile phone batteries. Flexible photovoltaic material raises lots of possibilities for trickle charging consumer electronics and integration into clothes and bags.

 

While g24i is the first company into the market with a novel consumer product using DSC, the company that really ‘owns’ this space is Dyesol Ltd (or homepage www.dyesol.com ), a company listed on the Australian stock exchange.

 

Dyesol owns numerous strategic patents, has extensive practical expertise in the DSC field and has a novel business model for profiting from the explosive growth in solar technology in general, and DSC in particular.

 

Dyesol specializes in the manufacture of the dyes and materials that go into manufacturing DSC, and produces a range of components and equipment used in DSC labs for manufacture, testing and quality control of cells.

 

But rather than attempt to commercialise DSC products on their own, Dyesol sells the high quality DSC materials they manufacture to corporate and academic research labs around the world and engages in consulting research. They also partner with selected market leaders in particular fields and work to develop  DSC photovoltaic products for that company’s existing distribution channels.

 

In December 2006 Dyesol embarked on something akin to the holy grail of solar power -  a collaborative program with the worlds fifth largest producer of rolled steel products, the UK based giant Corus. The project is working to demonstrate a continuous rolled steel coating line to produce a DSC laminated photovoltaic steel roofing sheets. Corus believes this will provide the most cost effective path to market for photovoltaic roofing and wall cladding systems. At time of writing that project had passed all the technical milestones of demonstrating the laminating process and was working on the design of the coating line itself.

 

Dyesol has also been working with the Australian Defence Science Technology Organisation to demonstrate light and flexible cells for portable power systems. In mid-November that project culminated in the demonstration to DSTO of three different designs for light weight, waterproof, dappled camouflague flexible cells that are intended to charge equipment in the field and could possibly be used in aviation and ocean environments. All of which has implications for being able to produce long life DSC for a wide range of products.

 

Building on its comprehensive IP portfolio Dyesol are also engaged in cutting edge proprietary research that could dramatically reduce the costs of DSC materials.

 

“The next cornerstone technology that we believe will accelerate the widespread commercialization of DSC products, involves continuous production processes,” Sylvia Tulloch, Dyesol’s Managing Director said.  “DSC first became recognized in the last decade because of the potential of nano-chemistry to slash the cost of production of solar cells. We are now pursuing another such disruptive and cost reducing production process.”

 

Presently the dyes, gels, pastes and other materials that make up DSC are produced in batch processes. Some of them are very expensive. Dyesol sells some of the essential nanochemical ingredients of DSC research for thousands of dollars per gram. The highly controlled and proven batch processes involved have been developed over many years and provide tremendous quality control on the performance characteristics of the nano-chemical products. However they are also an area of significant cost.

 

“Continuous production processes that deliver consistently high quality product has the potential to drastically reduce the cost of DSC materials used in the deposition of multilayered DSC devices,” Mrs Tulloch said. “The intense reaction conditions created in continuous production have a number of potentially significant advantages for manufacture of DSC materials, as long as they can be controlled.”

 

Dyesol is working closely with the University of Western Australia’s Centre for Strategic Nano-fabrication, the Queensland University of Technology and the Swiss Federal Institute to realise this next revolution in DSC even while the first one is still unfolding.  

 

With industrial and research partnerships already underway in Thailand, Italy, Germany, the UK, Japan, China, Switzerland, Turkey and Australia the Dyesol business model is rapidly promoting the spread of the art and science of DSC.  At a recent international conference in Switzerland, the 2nd DSC Industrialisation Conference, sponsored by Dyesol, more than 200 delegates from 25 countries were presented with the results of intense research efforts from around the world aimed at getting DSC into production.

 

One outstanding paper examined fundamental work under way by a venture between Yokohama University and Peccel Technologies aimed at perfecting roll to roll production of plastic DSC materials. Prototype forms of these PDSC have already been manufactured achieving between 2% and 4% conversion efficiency in diffuse light. 

 

The Danish Technological Institute presented their work on long lived, large, light filtering DSC cells for use in building facades. In this BIPV application all of the competitive advantages of DSC potentially come together, ie  enhanced energy production in low, filtered and indirect light conditions and low cost of DSC on a square metre basis. DSC integrated building products will also have significant architectural virtues that silcon based BIPV do not. This includes being able to be manufactured in various colors, be based on glass - the most popular cladding material for large commercial buildings - and of course the desirable quality of semi-transparency, or rather selective transparency, allowing in only preferred wavelengths and stopping or generating electron flows from other wavelengths.

 

While investigating robust sealant chemistry and other mechanical aspects of large cell production, the Danish team is also in the middle of transferring their laboratory scale DSC cell manufacture to a fully automated screen printing line, with partner Mekoprint A/S, in preparation for demonstrating commercial scale production techniques of glass based facade materials.

 

The Institute of Plasma Physics at the Chinese Academy of Sciences reported on their DSC project which, by 2004 had reliably fabricated 450mm by 800mm cells and constructed a 500W demonstration panel that delivered greater than 5% conversion efficiency outdoors. They announced that a Chinese project for DSC industrialisation had been launched in the last year by the Chinese Ministry for Science and Technology with the singular objective of pushing DSC to commercial release in China.

 

For their part Dyesol took the opportunity to launch a completely new range of DSC laboratory and manufacturing equipment, further reinforcing their position as one of Australia’s very few home grown 100% solar energy exporters.

 

To service the increasing demands of their existing corporate and institutional customers, like Corus, Sony and Samsung, and to supply the rapidly growing ranks of new buyers, Dyesol is advancing plans for construction of new production facilities simultaneously in both Australia and the UK. By 2009 Dyesol plans to have the capacity to manufacture their trademark, high quality nanochemicals, pastes, dyes and laboratory equipment to supply a rapidly growing part of what will by then be a $50 billion a year global solar industry.

 

Michael McCann is a Director of Canberra-based Energy Strategies Pty Ltd, www.energystrategies.com.au  a company that has been involved in promoting sustainable energy policy, technology and practice since 1991.


Digg Digg This! • del.icio.us Add to del.icio.us

Digg Digg This! • del.icio.us Add to del.icio.us

THE GAINERS

Biofutures LSE:BIP Biodiesel 16.67
Xethanol Corp. AMEX:XNL Bioethanol 16.67
Quantum Fuel Systems Technologies Worldwide (MM) NASDAQ:QTWW FuelCells 14.58
Mechanical Technology Incorporated (MM) NASDAQ:MKTY FuelCells 13.33
Distributed Energy Systems (MM) NASDAQ:DESC FuelCells 12.50
Satcon Technology (MM) NASDAQ:SATC DiversifiedAltE 10.91
Carnegie Fpo ASX:CNM Wave 10.59
Vrb Power Systems Inc. (Tier1) TSX:VRB EnergyStorage 10.53
Repower Systems Ag XE:RPW Wind 10.40
Solarfun Power Holdings CO., Ltd. (MM) NASDAQ:SOLF Solar 10.23
Run OF River Power Inc. (Tier1) TSX:ROR DiversifiedAltE 10.00
Millennium Cell Inc. (MM) NASDAQ:MCEL FuelCells 9.80
Hoku Scientific (MM) NASDAQ:HOKU FuelCells 9.47
Altair Nanotechnologies Inc. (MM) NASDAQ:ALTI EnergyStorage 8.75
Fersa ESE:CFRS DiversifiedAltE 7.60
JA Solar Holdings, CO., Ltd. - Ads (MM) NASDAQ:JASO Solar 7.53
China Sunergy CO., Ltd. ADS (MM) NASDAQ:CSUN Solar 7.20
Western Wind Energy Corp (Tier2) TSX:WND Wind 7.14
Gtl Resources LSE:GTL Bioethanol 7.10
Active Power (MM) NASDAQ:ACPW EnergyStorage 6.82
Verbio Ver.Bioenergie On XE:VBK Biodiesel 6.32
O2Diesel Corp. AMEX:OTD Biodiesel 6.25
Alkane Energy LSE:ALK Wastegas 5.97
Sunways AG O.N. XE:SWW Solar 5.94
Centrosolar Grp. Ag XE:C3O Solar 5.71
Ldk Solar CO Adr NYSE:LDK Solar 5.02
Sag Solarstrom Ag XE:SAG Solar 4.97
Mgp Ingredients (MM) NASDAQ:MGPI Bioethanol 4.88
Biopetrol Inds Inh.SF 1 XE:B2I Biodiesel 4.66
Daystar Technologies (MM) NASDAQ:DSTI Solar 4.48
Spire (MM) NASDAQ:SPIR Solar 4.44
Suntech Power Hldgs NYSE:STP Solar 4.42
Ascent Solar Technologies (MM) NASDAQ:ASTI Solar 4.26
ECODIESEL ON NM BOV:ECOD3 Biodiesel 4.03
Solaria ESE:CSLR Solar 4.00
Plambeck N.Energ.NA O.N. XE:PNE3 Wind 3.83
Novera LSE:NVE DiversifiedAltE 3.67
Novera LSE:NVE Wind 3.67
Schmack Biogas NA O.N. XE:SB1 Biogas 3.47
Climate Exch. LSE:CLE CarbonTradingandFinancial 3.28
Actelios BIT:ACT Wastegas 3.25
Cropenergies Ag XE:CE2 Bioethanol 3.19
Ersol Solar Energy Ag XE:ES6 Solar 3.18
Ausbiodesl Fpo ASX:ABJ Biodiesel 3.13
Renewable Energy NK 1 XE:R3Q Solar 3.11
Sunline O.N. XE:SU3 Solar 2.91
Bdi-Biodiesel Int. XE:D7I Biodiesel 2.71
Morphic Technologies AB Ser. B OMX:MORP-B FuelCells 2.53
Aventine Renew Enrgy NYSE:AVR Bioethanol 2.51
Green Plains Renewable Energy (MM) NASDAQ:GPRE Bioethanol 2.48
Solar-Fabrik AG O.N. XE:SFX Solar 2.39
Plug Power (MM) NASDAQ:PLUG FuelCells 2.28
Trina Solar Ltd Adr NYSE:TSL Solar 2.27
Petratherm Fpo ASX:PTR Geothermal 1.89
Canadian Solar Inc. - Common Shares (MM) NASDAQ:CSIQ Solar 1.85
Torrens EN Fpo ASX:TEY Geothermal 1.69
Nevada Geothermal Power Inc. (Tier2) TSX:NGP Geothermal 1.59

Digg Digg This! • del.icio.us Add to del.icio.us

Vestas Wind Systems, the Italian division, has just received an order for 27 units of its 850kW V52 wind turbine which will be deployed at the Castel di Lucio wind farm located near Messina in Sicily. The contract includes the supply, installation, and commissioning of the turbines, as well as a five-year service and availability agreement.

Here is a picture of a V52 in action.

The prevailing view a few years ago was that wind turbines would get bigger and bigger - each time you double the size of the windswept area, your receive an eight-fold increase in power. Commercially though for the time being as far as size is concerned, we've been stuck at 5 MW turbines and no one is buying them much.

So why is the Vestas V52 still popular?

According the Vestas website, "... the V52-850 kW, is extremely reliable, and well suited to sites with restricted access or complex terrain. Compact dimensions make the V52 easy to transport and install".

It also counts for a lot that there are worldwide, 2100 of these units up and running.
Reliability is everything and downtime so expensive. Making you assets sweat works for windfarms just like anything else.

Digg Digg This! • del.icio.us Add to del.icio.us

Obviously excluded are those stocks that IPO'ed in 2007 and Biofuels Corp which had to delist. Here they all are, from year end to year end. A pretty good year !

THE GAINERS

Carnegie Fpo ASX:CNM Wave 1365.52
First Solar (MM) NASDAQ:FSLR Solar 795.25
Ascent Solar Technologies (MM) NASDAQ:ASTI Solar 757.24
Roth + Rau O.N. XE:R8R Solar 536.39
Hoku Scientific (MM) NASDAQ:HOKU FuelCells 336.78
Sustainable Energy Technologies Ltd. (Tier2) TSX:STG DiversifiedAltE 266.67
Geo Res Fpo ASX:GHT Geothermal 265.08
Sunpower (MM) NASDAQ:SPWR Solar 250.79
CO2 Grp. Fpo ASX:COZ CarbonTradingandFinancial 208.00
Solon AG F.Solartech.Ag XE:SOO1 Solar 204.44
Q-Cells Ag XE:QCE Solar 186.47
Spire (MM) NASDAQ:SPIR Solar 185.63
Trina Solar Ltd Adr NYSE:TSL Solar 184.66
Solarfun Power Holdings CO., Ltd. (MM) NASDAQ:SOLF Solar 179.30
Emcore (MM) NASDAQ:EMKR Solar 176.67
Solar Int Regs LSE:SIT Solar 170.27
Canadian Solar Inc. - Common Shares (MM) NASDAQ:CSIQ Solar 168.61
Western Geopower (Tier2) TSX:WGP Geothermal 157.14
Phoenix Solar AG O.N. XE:PS4 Solar 156.25


Digg Digg This! • del.icio.us Add to del.icio.us

Altair Nano Technologies, a manufacturer of highly advanced lithium ion batteries, has got a healthy eye on publicity. Their batteries powered the winner of a competition organised by the (get ready for this!) National Electric Drag Racing Association !

See story here.

A drag race incidentally is a timed race in a straight line over a quarter of a mile, with one passenger driver. The goal - and I think this is right - is to get to the highest speed in the shortest possible period of time. The main engineering challenge in drag racing is to keep the vehicle on the ground - a bit like power-boating - and is equally dangerous. See youtube video here of the winner of the competition, from a couple of weeks ago, the Current Eliminator V in a potentially fatal spin-out.


What I think is important about this is that electric vehicles are making great performance strides from the nerdy to the sleek and sexy. And that is a critical image shift as far as consumers and investors are concerned.

 And we have a new world record to celebrate; 7.956 seconds at 159.85 miles per hour. So congratulations to the pilot, Dennis "Kilowatt" Berube. With more progress been made each year in electric batteries, is it too far fetched to imagine Formula 1 electric vehicle races at Daytona or Brands Hatch in the not too distant future?

Digg Digg This! • del.icio.us Add to del.icio.us

THE GAINERS

Electro Energy Inc. (MM) NASDAQ:EEEI EnergyStorage 45.59
Daystar Technologies (MM) NASDAQ:DSTI Solar 25.00
Finavera Renewables Inc. (Tier2) TSX:FVR DiversifiedAltE 21.82
Biofutures LSE:BIP Biodiesel 20.00
Carnegie Fpo ASX:CNM Wave 8.97
Wind Hydgn Fpo ASX:WHN DiversifiedAltE 8.33
D1 Oils LSE:DOO Biodiesel 6.72
Emcore (MM) NASDAQ:EMKR Solar 6.18
Renesola LSE:SOLA Solar 5.84
Austrefuel Fpo ASX:ARW Biodiesel 5.45
PV Crystalox LSE:PVCS Solar 5.21
Solco Ltd Fpo ASX:SOO Solar 5.00
Itm Power LSE:ITM FuelCells 4.95
Green Rock Fpo ASX:GRK Geothermal 4.76
Gtl Resources LSE:GTL Bioethanol 4.57
Plug Power (MM) NASDAQ:PLUG FuelCells 4.50
Renew. Energy LSE:REH DiversifiedAltE 4.46
Uqm Technologies, AMEX:UQM FuelCells 4.31
Jackgreen Fpo ASX:JGL DiversifiedAltE 3.70
Nova Biosource Fuels AMEX:NBF Biodiesel 3.57
Romag LSE:ROM Solar 3.21
Dyesol Ltd Fpo ASX:DYE Solar 3.14
Biofuel Energy (MM) NASDAQ:BIOF Bioethanol 2.93
Japan Wind Development Co., Ltd. JSX:2766 Wind 2.85
Mechanical Technology Incorporated (MM) NASDAQ:MKTY FuelCells 2.74
Active Power (MM) NASDAQ:ACPW EnergyStorage 2.33
Edenenergy Fpo ASX:EDE DiversifiedAltE 2.22
US Bioenergy (MM) NASDAQ:USBE Bioethanol 2.00
Canadian Solar Inc. - Common Shares (MM) NASDAQ:CSIQ Solar 1.81
Torrens EN Fpo ASX:TEY Geothermal 1.72
Portland Gen Elec NYSE:POR Hydro 1.61
Energy Conversion Devices (MM) NASDAQ:ENER Solar 1.60
Theolia EURO:PTEO Wind 1.36
Verasun Energy Corp NYSE:VSE Bioethanol 1.26
JA Solar Holdings, CO., Ltd. - Ads (MM) NASDAQ:JASO Solar 1.17
Suzlon Energy Limited NSE:SUZLON Wind 1.14
Western Geopower (Tier2) TSX:WGP Geothermal 1.12
Energy Dev Fpo ASX:ENE Wastegas 1.04
Altair Nanotechnologies Inc. (MM) NASDAQ:ALTI EnergyStorage 0.95
Aventine Renew Enrgy NYSE:AVR Bioethanol 0.95
Yingli Grn Engy Adr NYSE:YGE Solar 0.81
Cosan Limited CL A NYSE:CZZ Bioethanol 0.72
Sunopta (MM) NASDAQ:STKL Bioethanol 0.68

Digg Digg This! • del.icio.us Add to del.icio.us

E-mail Subscribe

Fill out the form below to receive the fornightly review AEI newsletter.

First Name
Last Name
E-mail

RSS Subscribe