Conglomerate
January 5, 2012
Chinese Wind Turbine Companies have unleashed a global price war in which Western producers are unable to compete.While Solar Panel producers in the West are dying like flies,Western WTG Makers too face survival questions.Vestas which is the world's biggest turbine company in terms of installations announced another revenue shortfall for the nth time in the last couple of years.The company has already restructed ,reduce workforce etc etc.However the price competition from the Asian companies is too severe and too sustained for Vestas to surive too long.Like First Solar,Vestas seems a likely candidate for takeover by one of the big industrial conglomerates.It has become too tough for a renewable energy company in the West to survive on their own.
January 5, 2012
China has announced a new solar subsidy for BIPV systems of 9 Yuan per Watt ($1.4/watt) and CNY 7/watt for PV systems for home.Note China has already become a top 5 market in the world in 2011 after announcing a $1.15/kwh Feed in Tariff for utility scale solar power instalations.This new subsidy by the Chinese ministry of finance should boost the home and commercial segment.Note China had recently raised the target of solar energy to 15 GW by 2015 from 10 GW as solar energy has grown amazingly fast in the recent past.
January 5, 2012
Pakistan is a energy deficit country like most other South Asian countries with inadequate investment in the electricity sector and the distribution infrastructure.The cause of the energy crisis in the country is due to massive corruption and misgovernance , a theme which will be familiar to citizens of India as well.Pakistan has been looking at investments from the Chinese power companies in the hydro and wind sectors to boost electricity generation.However these investments take time and some may never come to fruition.However Pakistanis are now turning towards cheap Chinese solar panels to beat the high electricity tariffs and dependence on expensive diesel generators and UPS systems.
January 4, 2012
South Korean Conglomerates LG,Samsung,Hyundai and Hanwha have made massive investments in solar energy production in the last couple of years.Encoraged by the Korean government to become a force in the Green Energy area in the future,Korean giant chaebols have invested in almost all areas of cleantech like Electric Vehicles,Wind Energy,Solar Energy,Energy Storage etc.While Western companies fall like flies in the face of the Chinese onslaught of super low pricing,Koreans are holding their own and want to take fight into the Chinese camp.
January 4, 2012
JNNSM Phase 2 recieved almsot 8 times the bids with 2500 MW worth of bids out of which around 350 MW was selected for providing Feed in Tarifffs with the average tariff of Rs 8.77 or 17.5c/Kwh .Note India's execution record has not been great with only 400 MW solar capacity reached in 2011 against a target of more than 1000 MW.However weaker and unknown players have gone out of this business and the winners this time look more likely to construct these solar power plants.No doubt a massive glut of solar panels in the world with prices as low as 80-90c/watt helping .Compare that to prices of solar panels which were more than $2/watt last time.
January 4, 2012
Telecom Companies in India are in general an unscrupolous lot with the 2G Scam showing the whole telecom industry of India in a Bad Light.While a number of top executives of telecom companies spent time in jail,it seems that these companies have learned nothing.They continue to find loopholes to take both their customers and government for a ride.Indian Broadband and Telecom companies have made defrauding customers an art by illegally adding value added services and charging for them.They also burn millions of dollars in subsidized diesel to power their telecom towers since there is no restriction on that.Now these comapnies have been caught again in another manipulation trick in 3G services.
January 2, 2012
Note Chinese companies too would have shut down but the state owned Chinese banks are keeping them alive with loans at ridiculous interest rates.LDK which is buying Sunways is almost insolvent as well with its convertibles trading at less than 50c on the dollar in Singapore.It has more than n$3 billion in debt compared to its market cap of around $600 million.It faces massive losses in the coming qtrs and can't serve the interest payments much less expand.The strong support of the Chinese government for its green companies is keeping them alive.Chinese solar panels have become super cheap due to companies selling at below cost and massive scale.Note all the cheap solar panel brands in the world are Chinese with the exception of First Solar and some Asians.
LDK has managed to spend 22 million Euros despite burning hundred of millions of dollars in cash because it has got the Chinese government trillions backing it.So while Western companies burn and crash,the big crony Chinese companies can expand and acquire.
Most of the German solar manufacturing industry is finished and it is unlikely that except a couple of them like SM Solar or Wacker will live to see 2013.Q-Cells too should go bankrupt or get consolidated .Note despite European companies shifting factories to Asia ,they just can't compete.Some of the smaller module makers with 20 MW plants have seen huge losses with the equipment not selling for 10 cents on the dollar
August 16, 2011
Sharp is the largest solar company in the world by revenues and has been so for the last few years despite massively increasing competition from Chinese Solar Panel Producers.While other Japanese conglomerates like Sanyo,Mitsubishi and Kyocera have substantially lost solar panel marketshare ,Sharp has managed to retain its leadership position.Though companies like First Solar and Suntech have shipped more solar modules than Sharp,in terms of total dollar sales Sharp is still on top.Sharp which used to make polycrystalline and monocrystalline silicon solar panels has diversified into producing thin film amorphous silicon solar panels.The company has also entered the solar IPP and solar development business in collaboration with Enel Green Power and by acquiring a US Solar Developer Recurrent Energy.However in core solar panel production,Sharp has much higher costs and has lost money consistently.Sharp sells Solar Systems and Solar Inverters as well as Solar Modules.However the challenges in the solar market are considerable with well funded low cost competitors from China and South Korea.Sharp faces the toughest years of its solar history as it fights to survive in this cut throat Solar Market
August 1, 2011
BIPV is the acronym for Building Integrated Photovoltaics which means the integration of photovoltaic materials into building structures such as roofs,windows and facades.It not only replaces the building supplies but also generate electricity creating a killer green product.This is one of the fastest growing segment in the solar industry and it has been estimated that almost 6-7% of the solar industry is made of BIPV products.A wide variety of technologies and products are being used in creating BIPV products.Though a large number of big solar panel manufactures like Suntech,Yingli,Canadian Solar have come out with BIPV Panels and Products,the segment has not become as big mainly because of higher costs vis a vis the standard crystalline solar systems.There are also specialized BIPV suppliers such as Ascent Solar and Konarka whose products are more suited to the BIPV Industry than the normal module industry.Some of these suppliers have no option as their technology is no longer competitive with the Chinese solar panel producers.Solyndra had a niche product which could be used in rooftops with ease of installation and low weight.However the high costs drove it to bankruptcy.The next leg up to the BIPV industry should come up with more BIPV products from the Major Solar Companies and as cost of solar silicon decline further with scale and innovation
July 7, 2011
NB Solar Sun Earth or SunEarth Solar Panels is the Brand of Solar Panels sold by Chinese Ningbo based manufacturer of monocrystalline and polycrystalline solar modules Sun-Earth.It has 4 facilities for silicon (3000 tons polysilicon plant), wafers (40 MW ), solar components and solar system production.The company has been in the solar industry for 45 years which would make it one of the oldest solar companies in the world.However it seems to have been left far behind in terms of capacity with only 350 MW in 2009.Sun-Earth is a major supplier of solar systems to telecom towers in China and portable solar systems to Africa.It claims to have supplied to utility grade systems in Spain as well.However it does not have much of a brand name compared to listed Chinese solar companies like Trina Solar,Yingli or Suntech.It is a Tier 2 Supplier of Solar Panels like CEEG Solar and BYD Solar Panels.Therefore its solar panel prices would be much lower than that of the Tier 1 solar panel suppliers.In these times of oversupply of solar panels when even the bigger producers like Canadian Solar are operating at razon thin margins,companies like Sun-Earth would be facing survivability questions.So you have to do your due diligence before buying solar panels from small solar panel companies as they might not exist to serve the 25 year performance warranty on their solar panels.
July 7, 2011
BYD is China’s biggest producer of Electric Vehicles and Lithium Ion batteries.The Company was made famous when Warren Buffet bought a 10% stake in the company,one of his biggest Foreign Investments.China has become the dominant leader in Solar Manufacturing from being an nobody in a short span of 5 years.Chinese producers are going to produce about 60% of the global supply this year led by companies like Solarfun,Trina Solar,Yingli Green and Suntech.BYD too has decided to throw its hat into the ring with a big bang investment.There remain little details about the $3.3 Billion Solar Investment over 5 years for which it has already gotten the financing.The company is planning to spend 22.5 Billion Yuan on Solar Energy over the next 5 years for which it has already secured financing.The company has started a 100 MW cell plant in the Shaanxi province and plans to expand to 5000 MW by 2015.BYD signed a $300 million polysilicon supply contract with LDK Solar (another Chinese solar producer).This is a huge supply contract considering the 2 year time frame.Though wafer and polysilicon prices have recently become slightly constrained recently,there is no scope for the massive shortages seen in 2008.
July 7, 2011
Solar Panel Stocks have fallen off a cliff in 2011 driven by a massive oversupply in solar modules.The 2010 boom in solar energy demand led to rapid expansion by hundreds of established as well as new solar panel suppliers.This has led to a big increase in solar cell capacity.The demand in 2011 has not been enough to compensate for the massive increase in supply.Many of the higher cost companies in Western markets have already closed down operations with the news of a solar company closing down becoming a daily affair.The last time the wave of solar bankruptcies occured was during the 2008 Lehman crisis.At that time a few of the thin film companies had gone belly up as polysilicon prices had crashed.The sharp drop in solar panel stock provides a good time to enter the solar space as the valuations are at a historical low.Many of the solar panel stocks currently are being priced at a fraction of their sales and book value as the market expects almost every company to shut down.However solar demand is growing as the declining costs of solar energy is its biggest advantage.Also solar power growth is being vastly underestimated by policymakers and analysts.This short term pain is great as it provides a once in a lifetime oppurtunity to buy the solar panel leaders.
July 7, 2011
Solar Thermal Energy has been losing out in the last couple of years to solar photovoltaic energy which is seeing a huge increase in demand amidst very low prices.Some of the major solar thermal energy projects in the globe have been converted into solar pv installations due to its lower costs.Some of the major solar thermal energy companies like Solar Millennium have sold their solar thermal portfolios to other companies while Stirling Power Systems has gone bankrupt.Tessera has sold its solar thermal plants which had gotten DOE Loan Guarantees in California to Solar Developers who have made these solar thermal plants into solar panel ones.However there are some companies like eSolar and Brightsource Energy which are powering ahead with their technologies and projects with backing from big industrial MNC conglomerates like GE and Areva.Their Power Tower Technologies are supposedly more efficient than the mainstream parabolic toughs that are used.
July 7, 2011
Photovoltaic Module demand has increased by more than 50% each year in the last decade as solar panel costs have gone down sharply by almost 80% in the last 4 years alone as scale and technology have improved.Photovoltaic Modules are a combination of solar cells which generate electricity when light strikes them.Photovoltaic is the name given to this process where electrons are released when photo or light transfer its energy to the solar cells.The following article covers a large amount of literature on Photovoltaic Modules from its costs to selling prices as well as the efficiency of the Photovoltaic Module which affects the Energy Output.There are hundreds of Photovoltaic Module Manufacturers but only a few major ones.There are reviews on the major Photovoltaic Module Suppliers and Market as well.
July 7, 2011
Japan was the largest solar market in the world till 2004,after which it was overtaken by Germany.The huge domestic market gave rise to Japanese companies like Sharp,Mitsubishi,Kyocera,Panasonic-Sanyo become top solar panel producers in the world.Mitsubishi the Japanese conglomerate with diversified global interests has a big presence in solar and wind energy as well.The company is known for its high quality panels and has a decent presence in USA and Japan.Mitsubishi is a part of the consortium which is looking to set up huge solar power plants in Thailand as well.But now with Japan reaffirming it commitment to renewable energy and on track to kill nuclear energy,Mitsubishi is turning its focus towards the domestic market.Mitsubishi is planning to set up a number of solar power plants in the country to take advantage of the Japan solar Feed in Tariffs which will be introduced soon
July 6, 2011
Solar Shingles are niche solar products meant for use on roofs of houses.There are not a lot of manufacturers of solar shingles as they are a new product and more difficult to install than standard silicon solar panels.Solar Shingles are manufactured by mainly American companies like Dow,Energy Conversion Devices.Their high costs and lack of easy availability has meant that solar shingles have not really caught the imagination of the customers.Also Solar Shingles do not get any added subsidy from the government vis a vis Solar Panels.Thus the higher prices of electricity generated from solar shingles means that they have become a poorer cousin of the mainstream Solar Panels.Also Solar Integrators are more accustomed to buying and installing solar panels which makes it even more difficult to push the sale of solar shingles.
July 6, 2011
Solar Tracker is a Device which follows the movement of the sun as it rotates from the east to the west every day.Solar Trackers are used to keep solar collectors/solar panels oriented directly towards the sun as it moves through the sky every day.Using Solar Trackers increases the amount of solar energy which is recieved by the solar energy collector and improves the energy output of the heat/electricity which is generated.Solar Trackers can increase the output of Solar Panels by 20-30% which improves the economics of the solar panel project.
Solar Trackers are mostly used in ground mounted solar farms of capacity more than 1 MW.Note it is difficult to use solar trackers on residential rooftop installations.Horizontal single axis trackers are typically used for large distributed generation projects and utility scale projects. The combination of energy improvement and lower product cost and lower installation complexity results in compelling economics in large deployments.However for solar ground plants where area is not a problem,solar trackers can be easily be used.Also commercial and utility solar projects have dedicated maintainance teams which can easily repair and monitor solar trackers.The 20-30% increase in output easily compensates for the higher costs associated with solar trackers.Note Solar Trackers are especially useful in case of places where the solar insolation is high and the efficiency of the solar panels being used are high.Sunpower which makes the highest efficiency solar panels uses Solar Trackers in most of its ground mounted plants and sells solar trackers under its own brand.These days solar trackers are becoming increasingly important and major solar panel manufacturers like First Solar and Trina Solar are selling solar trackers as well.The selection of tracker type is dependent on many factors including installation size, electric rates, government incentives, land constraints, latitude, and local weather.
July 6, 2011
Solar Thin Film Technology has been growing rapidly despite falling costs of the mainstream Photovoltaic Crystalline Silicon Technology.While the current solar supply glut has resulted in some of the thin film solar film companies going out of business,big thin film suppliers continue with their growth plan.Solar Thin Film Technology is supposed to be the 2nd Generation successor to the mainstream Crystalline Silicon (c-Si) Technology which accounts for around 85% of world production.While a number of Weaker Hands in Thin Film have downed shutters,Thin Film Producers continue to grow and expand.The massive growth potential of Solar Energy makes it possible for both of these PV technologies to flourish.Thin Film Technology unlike c-Si has a number of variants.Amorphous Silicon (a-Si),Copper Indium Gallium Sulphide (CIGs) and Cadmium Tellurium (Cd-Te) are the 3 main types of Thin Film Technology.There are a number of manufacturers of all of these 3 types of Technology.CIGs Technology is said to have the most potential in improving efficiency and competing with c-Si,however Cd-Te is currently the top dog as the world’s biggest solar producer First Solar currently uses this technology.a-Si Technology is not that hot with low efficiencies however Oerlikon and Sharp are pushing ahead with developing this technology.
July 6, 2011
Solar Power in Australia has grown massively in 2010 and 2011 driven by state feed in tariffs also known as the solar bonus scheme or solar credits.This has resulted in the capacity limits being reached and most of the state solar subsidy schemes have been withdrawn (see the current state feed-in-tariff schemes below).However the Australian federal government is still offering the Renewable Energy Credit Scheme under which solar power generated is eligible to get solar credits which can be solar in the open market for cash.This will still drive the use of solar energy as the falling prices of chinese solar panels has made solar energy near electricity price parity in a number of places.Australia which gets a lot of sunshine is ideal for solar energy which promotes climate change mitigation as well besides reducing pollution.Australia has the highest average solar radiation of any continent in the world, which means solar industry has the greatest potential.
July 6, 2011
Solar Panels are sold by hundreds of companies around the world ranging from small to very large and comes in various shapes and sizes as well.Besides this solar panels are also made of very different materials for example silicon solar panels and thin film solar panels.So comparing solar panels and choosing a solar panel is a very difficult process if you want the best solar panel according to your need.The most efficiency solar panels are needed in cases where the land area or rooftop area is at a premium.Note a typical 200-250 watt solar panel requires an area of 60x38 inches which means an area of around 2000 square inches.1 megawatt of solar panels would require an area of between 5-10 acres of land depending on the efficiency of the solar panels.However this can be reduced by using solar trackers which can increase the output of solar panels though they to increase the area requirement slightly.Also the area also depends on the location of the place since a place recieving high sunlight for example California would require lesser area for generating the same amount of electricity compared to London (upto 30% fewer solar panels).Note solar panels with higher efficiency have a higher price tag associated with them since they require higher cost to manufacture.The most efficiency solar panels which are used in spacecraft and have a efficiency of around 35-40% may cost upto 100 times more than the normal silicon solar panel.
July 6, 2011
The ET Solar Group was founded in 2007.The company is relatively small compared to the biggest solar panel producers like Yingli,Suntech as its capacity is one/fifth the size of these big panel producers.It is more comparable to small Chinese solar companies like CEEG Solar,Eging and Sunlink..ET Solar is a quasi vertically integrated solar equipment manufacturer with presence in Europe, North America and Australia. ET Solar iis not fully integrated like LDK,Yinglie which makes polysilicon as well.However it does make silicon ingot, wafer, cell, module and a variety of BoS component products. ET Solar offers high-quality modules, inverter, tracker, BIPV, PV Kit and other solar products in more than 50 countries and regions in the whole world. Worldwide more than 500MW projects are already finished.The company is not publicly listed but is funded from Private Equity Sources.In these tough conditions it is questionable whether ET Solar can survive as it is not a Tier 1 producer.ET Solar has a good presence in the UK and Australian Markets.However Australian Solar Power Industry has seen a number of solar panel producers entering the industry and there are good alternatives available from Trina and Suntech
July 6, 2011
Solar Power in India is generating huge excitement with falling prices of Solar Power and government incentives under the JNNSM.However Subsidy of Home and Small Commercial Solar Energy Systems has not been big enough.Unlike Western Countries which are shifting their government subsidies towards smaller solar rooftop systems,the Indian government is supporting even larger solar panel plants.This will lead to only large investors,utilities and companies being left in the fray and lead to lesser competition.Also there is no support for rooftop solar which will help to broad base the reach of solar energy.A Policy which helps distributed solar like Germany will do much more to boost solar in the country than supporting massive solar plants that will only help large companies making the most of the taxpayer subsidies..Note Delhi is the only state in India which is giving primacy to rooftop solar systems and is in the process of announcing a capital subsidy soon.The reason may be that Delhi mostly consists of urban homes and they have little option.However there is a subsidy available for small home solar power systems though it is difficult to get and only possible for large corporates till now.
July 6, 2011
Solar Trackers are used to increase the Energy Output from Solar Panels and Solar Receivers.Solar Tracker is a Device which follows the movement of the sun as it rotates from the east to the west every day.Solar Trackers are used to keep solar collectors/solar panels oriented directly towards the sun as it moves through the sky every day.Using Solar Trackers increases the amount of solar energy which is received by the solar energy collector and improves the energy output of the heat/electricity which is generated.Solar Trackers can increase the output of Solar Panels by 20-30% which improves the economics of the solar panel project.
July 5, 2011
Multijunction Solar Cell Concept
The basic principle on which solar cells work is Photovoltaic ie. they convert the photons from the sunlight into usable electricity. However, in this process neither is all the light absorbed nor does all the photons get converted into electricity. High energy blue light photons do not have all of their energy converted into electricity, some is wasted as heat & low energy red light photons are not absorbed at all. Sunlight is made up of a broad spectrum and depending upon these various wavelengths, photons of light also have different energy levels.Hence, to minimize this wastage & to enhance the efficiency of solar cells, scientists came up with the concept of multijunction solar cells.
July 5, 2011
Samsung had decided a couple of years ago that it wants to be a major player in the Green Industry and has lined up billions of dollars to invest in solar and wind energy over the next decade.The company is already starting up massive solar panel plants and wind turbine factories as it hopes to capture a large chunk of the clean technology industry.Samsung is a global leader in the Semiconductor area which it is trying to reinforce by huge capital expenditure.Samsung has strong expertise in the areas of LCD and Memory manufacturing and technology, which it can easily leverage to develop Solar Thin Film technology.However,Samsung is focusing its efforts on high efficiency Crystalline Solar Technology.It recently announced a big investment commitment to Ontario in offshore wind and solar manufacturing and generation.The company wants to rival conglomerates like GE and Siemens which already have a large presence in wind,solar and smart grid technologies
July 5, 2011
Solar Power is rapidly increasing around the globe driven by falling prices of solar energy and increasing costs of electricity generated from coal,oil and gas.Besides governments are supporting renewable energy as it leads to increased energy security,less pollution and helps in reducing global warming.Solar Panels Costs have fallen rapidly in recent years falling to as low as $1/watt from $4/watt in 2008.This is due to increasing scale of manufacturing by Chinese producers of solar panels,improved technology and efficiency.While Solar Panel Installations have profilerated in Europe and even in Australia driven by state government rebates,they have not really taken off in New Zealand.
The reason is that the prices of solar panels are still higher here because the market is so small that volumes have not decreased the price yet.Major solar panel manufactures also don't have distribution in New Zealand which means that only high cost solar panels are only available from companies like Mitsubishi and BP Solar which are niche players in the global arena.In fact BP Solar has stopped manufacturing solar panels and outsources the production to Asian companies.
July 5, 2011
The Internet is full of websites that advertize and give you steps on how to make solar panels.In fact DIY (Do it Yourself) Solar Panels has become almost a regular industry in training common people to make solar panels at their homes.The reason given is that building solar panels at your home is much cheaper than buying solar panels from wholesalers.There are numerous books as well that you can buy on amazon that have diy solar panels.These books have nothing but a manual on how to solder solar cells together to make a solar panel.You can pretty much get this for free from any of the credible solar websites.However DIY Solar Panels throws up tons of books and website advertizements that seemingly would make you into a wizard solar panel maker.The truth is far from what these charlatans say.Solar Cell and Solar Panel prices have fallen drastically in the last few years.In fact you can buy very good solar panels from China and other places.In fact you can buy very good quality Japanese solar panels from Sharp or Sanyo at $600 for a 200 watt solar panel.
July 5, 2011
Sanyo Solar is one the biggest Japanese solar companies along with Sharp,Kyocera and Mitsubishi.After Panasonic bought Sanyo,the emphasis on the renewable energy green division has been increased by Panasonic..Sanyo had been already been metamorphizing into a Green company from an Electronics company before Panasonic bought it for a very cheap price.Sanyo had never found much success in the cut-throat Electronics Sector with Operating Margins very near to break-even.However under Panasonic it could become a potential leader in the extremely fast growing Green Sectors.Panasonic has completely changed its strategy to become a major Green Player targeting a Major Percentage of Sales in the future to come from Green Products.Panasonic which is the world’s biggest Plasma TV producer is going to spend $1 Billion on Green Building investments.Panasonic will combine its Green Strengths with Sanyo’s to sell a complete Eco-Friendly Home complete with Solar Power,LED Lighting and Energy Storage and Efficiency capabilities.In Solar where Panasonic is the No. 3 player in Japan behind Sharp and Kyocera ,it is speeding up the expansion of solar capacity.It will spend more than $500 million aiming to triple its energy solutions business in Europe to 800 Million Euros by 2016.
July 5, 2011
1366 Technologies has got a $150 million DOE Loan Guarantee as the startup looks to raise $300 million to fund its solar wafer producing factory.Note the company is using an innovative technology which it says will be game changer in reducing the costs for making solar wafers.Note Solar Wafer Companies in China have managed to raise scale and reduce costs substantially in recent years winning marketshare from European companies like REC and Solarworld.The smaller companies like PV Crystalox are in deep trouble because of their high cost of operations and are trading at a fractional of their book value.Its a tough environment for solar companies especially if they are starting out as established solar panel companies like Evergreen Solar are facing potential bankruptcy.Evergreen Solar got millions of dollars in grants and loans from Massachusetts however the company has been forced to shut down its factory.Like 1366 Technologies Evergreen too uses a unique technology "String Ribbon" to producer solar wafers .However it has not been able to scale and reduce costs compared to the mainstream silicon solar wafer producers like LDK and GCL.
July 5, 2011
Sharp which was the biggest solar company in 2010 in terms of revenues is being finally forced to move its production away from Japan to low cost countries in Asia.Note the relentless cut in prices of solar panels by Chinese solar panel companies has made life impossible for high cost panel companies in Europe and Japan.While US Companies like Sunpower and First Solar always had the majority of their production in low cost locales like Malaysia and Philipines,European solar firms had also started shifting their production overseas with Q-Cells moving to Malaysia and REC to Singapore.The current glut in solar panels has let to massive bloodletting in the solar industry with some established companies like Evergreen,ENER on the verge of bankruptcy.The sharp cost improvements and increased supply of crystalline silicon solar panels is set about to bring radical changes in the solar industry after a massive boom in 2010.The Second Wave of Thin Film Technology Bankruptcies has already started and we can expect more of that soon.Most of the production bases in Europe should be shuttered as well as costs have become higher than the selling prices.PV Crystalox and REC are already in a lot of trouble,cutting production and forecasting losses in the second half of 2011.