Electricity
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
Solar Panels Demand has exploded in Ontario Canada boosted the the provincial government MicroFit program which gives a generous feed in tariff (higher electricity price) for the solar power generated from silicon solar panels fitted to your home or office.The Feed-in-Tariff depends on the size of the solar installation and is guaranteed for 20 years at a fixed price.This implies that you not only save on power bills but also get a much higher electricity price for the solar energy electricity that you are generating.This has led to a veritable boom in solar panels sale in Ontario and made it the fastest growing solar energy region in the whole of North America.However solar panels cannot be bought from anybody to qualify you for a government rebate.Only Solar Panels which meet the domestic production criteria can get solar rebates from the government.
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
India suffers from a massive electricity deficit with large swathes of the country undergoing power blackouts of as long as 8-10 hours on a regular basis.The problem becomes even more acute in the summer season when air conditioners are being used in an increasing number of homes and offices.The industry too is using more and more amounts of electricity as the Indian economic growth rate has exceeded at 8% in the last few years.The electricity situation has not improved and looks like it will become more miserable.The sorry state of affairs is that the cost of fuel is rising but the electricity regulators are loath to increase prices.This means that Indian electric utilities will supply low power as they will be reluctant to buy higher cost electricity.According to CEA,India had a peak demand of around 116 MW in Apri-Dec 2009 with 101 GW of Supply resulting in a 12.5% Demand Deficit.The Fast Growing Economy has resulted in even higher demand for power which has not been met by increased demand.
July 5, 2011
By definition it goes that Solar Energy is renewable. The sun rises every morning & sets every evening. It has continued like this since last billions of years & will continue for more billions of years. Hence there is an unlimited supply of sunlight. Unlike coal & oil which is fast depleting, there is an abundance of sunlight. Hence the prices of these products are getting dearer, whereas the solar energy will definitely be very reasonable in the near future. The day is not far off when all our homes & offices will be lit by this solar energy & that too for almost free.
Strictly speaking nothing in this universe is renewable but if the time-line of the energy source is sufficiently long for example in the case of the sun which will be billions of years then it is renewable.Solar Energy is definitely more renewable than Hydro or Geothermal sources of energy .
July 5, 2011
State governments in Australia have been at the forefront of giving rebates and subsidies to promote solar energy in the country.This has resulted in a large boom of solar installations among residents in the country who are taking advantage of the generous subsidies.Though recently a number of provinces like New South Vales and Victoria have stopped the solar rebates , the falling cost of solar panels in Australia has still made it attractive enough for people to put up solar panels.Now the rebates for solar energy is federal in nature where you can receive a Renewable Energy Certificate (REC) or Solar Credit for the solar energy generated from solar panels
July 5, 2011
Air conditioning has almost become a necessity in India, owing to the hot and humid weather conditions in India. Almost all the electronic and home appliance companies now are manufacturing and marketing ACs. Gone are the days of the primitive & huge window ACs in India, the modern day ACs come in a wide range from split to cassette, packaged unit to slimpak etc. There are also internet enabled & sensory ACs.
Prices of Air Conditioners
In India the lowest priced ACs can be had at Rs 12000-13000 which are of a 1 ton size and can be bought from good brands like Samsung and LG.The price range can go upto Rs 30-35000 for better Japanese brands which have higher energy efficiency and premium features.This is the general price range for ACs in India though you some companies like Sharp,General sell even higher priced ACs touting their better quality.But India being a highly price sensitive market lower priced ACs sell more.Earlier Spilt ACs used to be priced much higher but with companies lowering the prics to the Rs 18-20000 range,split ACs have been selling more increasing their marketshare in India.
July 5, 2011
Renewable Energy is a sunshine industry in India right now and a number of non traditional players are getting into the clean energy industry right now.Companies with surplus cash or lack of growth opportunities are turning to solar energy generation to fuel growth.The JNNSM first phase saw a large number of companies bidding and some unknown players winning the auction.While a large number of these solar companies will never their projects see the light of the day (pun intended),some will survive and thrive.More companies are getting into the solar power busness attracted by the long term potential of solar energy in the country.Kanoria Chemicals which recently sold off a large chunk of its chemical business is sitting on a huge pile of cash.The company has decided to get into renewable energy generation by setting up a 2-3 MW solar plant.Note Kanoria Chemicals has little to any relation between its core operations and solar energy.
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.
July 5, 2011
Nuclear Power Plants around the globe are being closed at a furious rate particularly in Europe.The Fukushima Disaster has caused a nuclear winter in the nuclear power plant industry.Even Nuclear Power Plant Equipment Leaders like Toshiba are changing their strategy to concentrate on Renewable Energy.Even new Nuclear Power Plants being built in India and China are facing massive opposition.New Nuclear Power Plants being built at Jaitapur and Tamil Nadu have met massive organized protests by local citizens throwing the future of nuclear power plants in jeopary.The Communist Government in China too is going slow on the biggest rollout of nuclear power plants in the world.High Cost Escalation and long project delays had already made building new Nuclear Power Plants in the Developed World almost impossible.Japan and Germany which are two of the largest nuclear countries have decided to shut down all nuclear power plants.Switzerland and Belgium too have decided to kill the nuclear power industry in their countries.In this light it becomes very important to examine the pros and cons of nuclear power plants.A cost benefit analysis of nuclear energy is crucial as new plants cost billions of dollars and can cause massive costs if things go wrong as was the case with Chernobyl and Three Mile Island Disasters in the 1980s.
July 5, 2011
xit Sign is an important legal safety requirement, in case of any emergency like fire in any building. An LED exit sign is an illuminated sign that uses LED light to illuminate the word “EXIT. The traditional incandescent & fluorescent technology that are used, consume large amounts of energy & also require frequent maintenance. Since these signs operate 24*7, there is a need to replace incandescent bulbs with efficient models with long lives to help reduce maintenance cost and effort. They offer savings of up to $300 per sign in reduced energy, materials, and labor costs as compared with standard incandescent models. LED exit signs are an array of very small LEDs either red or green in colour arranged in a line or circularly. Many exit signs come with a battery backup since they need to remain lit at the time of emergency, when a building's power is interrupted. It is a good option that buyers should look for. LED exit signs work at 120V or 277V. Exit sign manufacturers have made these products available at very competent prices. They are also easy to install. LED exit signs need to be approved for use by UL (Underwriters Laboratories) and should be compliant with local and federal building codes.
July 5, 2011
Solar energy usage is an excellent, eco-friendly and cost-effective way to "Go Green". It is a very effective measure to save energy & money. We use the solar energy every day in many different ways.Solar Energy is indirectly responsible for other forms of Energy that we use as well like Coal,Oil,Gas,Hydro Energy etc.The biggest use of Solar Energy is in Agriculture where Sun Light is used by plants to grow and provide food for us.Solar Energy despite many years of development is not used in the generation of Electricity due to its higher costs.However that is going to change as Solar Energy is the only form of Energy whose costs are continuously declining compared to other forms of Energy.This is one of the biggest advantages of Solar Power over other renewable and non-renewable forms of energy.Solar Energy forms just 0.1% of the the total energy supply of the planet currently and analysts and decision makers don’t think that Solar Energy can form a big chunk in the future as well.However I differ strongly in that aspect.The main reason for my very bullish opinion on Solar Energy is based on the simple fact that Solar Energy is the only form of Energy whose costs are declining rapidly on a secular basis.In a world facing the prospects of “peak commodity”,solar energy remains vastly abundant and it remains upto human technology to capture it at the lowest costs
July 5, 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 needs.Note solar panels for the most part are brought by the solar integrators or solar installers that you employ to put up solar panels in your house or office.So you are not generally a part of the decision making process in case of solar panel buying.However to ensure that you get a good deal on your solar array installation,you should ensure that you get good quality solar panels and solar inverters.The solar panels should ideally have certification from quality organizations such as TUV,ISO,Clean Energy Council and others.Same with Solar Inverters that you are going to use.
July 5, 2011
Every home these days is full of modern appliances that are available in the market. With every day that passes by, technology is getting evolved and so are the home appliances. Hence in the present age of technology it is extremely crucial that a home has most of the necessary appliances of the modern day. These appliances have made our life a lot easier and comfortable. More importantly the lives of the people at the present are very much fast paced. Thus at times like this the advanced home appliances help us to save time as well as energy. The common appliances that we use in our everyday lives are juicer, mixer, micro wave ovens, grinders, washing machines, refrigerators, air conditioners, TVs etc.The Indian market is growing at the fastest pace in the world right now with the growng middle class spending rapidly in acquiring these appliances.Some Companies like LG and Samsung have made massive inroads into the Indian market winning huge marketshares.Japanese and US electrical appliance companies have been slow to get off the blocks giving the first mover advantage to the Koreans.Domestic Indian companies like Godrej,Onida and others have also lost out in the marketshare despite giving a good fight in the initial stages.However the massive size of the Indian market has made it imperative for every global electrical appliance company to invest in India.However sales and distribution remains the most important thing to penetrate the Indian electrical appliance market.
July 5, 2011
PWND is a good Wind ETF with strong weighting on China and Wind Utilities.Note the center of Wind Energy Manufacturing and Development has shifted towards China from the Western world with almost 50% of the world's wind power installations happening in China in 2010.8 out of the top 15 Wind Turbine Manufacturers are now from China which makes it very important that Top Wind Energy Investments have a substantial weighting on Chinese Wind stocks.PWND has a good combination of Wind Utilties and Wind Turbine Stocks from China which gives exposure to the biggest wind power market in the world.It has also got a decent investment in top Wind Utilities in Europe which still have the biggest wind farm portfolios in the world.With 30 stocks,it has not over diversified as well with good concentrated holdings in top wind power stocks.While 0.75% expense ratio is slightly high it is not a deal killer.The 2010 and 2011 performance of Wind Energy has been dismal to say the least with the Copenhagen Global Climate Change Meeting going to the dogs in 2009 end.However there remains little alternative to Wind Energy as Coal,Gas and Oil get increasingly scarce,costly and are continuing to pollute the environment.With only $19 million left as the corpus PWND may not continue long,however if it does it might be the best time to invest in a good WInd Energy ETF when the sector is so unloved.PWND is the best Wind Energy ETF and probably the best wind stock investment out there
July 5, 2011
In 2007 the World Crude Steel output reached 1343 million metric tons and showed a growth of 7.5% over the previous year.China remained the world’s largest Crude Steel producer in 2007 also (489 million metric tons) followed by Japan (112. million metric tons) and USA (97 million metric tons). India occupied the 5 th position (53million metric tons) (Source: IISI). According to an estimate by Credit Suisse, India’s steel consumption will continue to grow at nearly 16% rate annually, till 2012, fuelled by demand for construction projects worth US$ 1 trillion. The scope for raising the total consumption of steel is huge, given that per capita steel consumption is only 40 kg – compared to 150 kg across the world and 250 kg in China.
July 5, 2011
A solar cooker uses solar energy to heat food or drink to cook it . The vast majority of the solar cookers presently in use are relatively cheap devices though expensive devices are more prevalent in developed countries. Solar Cookers use no fuel and require little maintainance, they can help reduce fuel costs for the poor which are mainly depended on firewood for cooking.This will reduce pollution and lead to saving of the forests.
July 5, 2011
Solar Energy is the fastest growing industry in the USA and has been one of the fastest globally as well with solar demand rising by more than 150% in 2010 fueled by massive cuts in prices of solar panels especially those from China.While this has led to a major drop in solar energy stock prices this has also led to a massive boost in volumes due to demand elasticity.Only the top solar companies will be able to survive this brutal consolidation that is taking place with some companies like Solyndra already consigned to the death list.Solar Industry is a global one and has a big supply chain as well.This means that looking at only one stock market will deprive you of better opportunities that might exist in other stock markets.There is also a big supply chain associated especially with crystalline solar panels.There are companies that exist only in Polysilicon,Wafers,Cells,Modules.There are also companies that are suppliers of material like encapsulants and metal alloys to these industries.This article will give you a very broad idea on the complete list of solar energy stocks that exist in each part of the supply and different parts of the world.You can also look at the 2 solar ETFs that trade on the US stock markets TAN and KWT .
July 4, 2011
Japan has decided to from 5 consortia of three to nine companies to bid for large solar projects in Asia and Africa.The Japanese government will support these consortia with subsidies and diplomacy to take on the Chinese solar companies.Note Chinese companies have soundly beaten the Japanese in solar company rankings despite the early mover advantage.Japanese zaibatsus are falling behind the Chinese in the global solar marketshare as low costs,cheap capital and huge subsidies have bankrupted European and American solar companies.Solar Energy in Japan has a long future dating back to 1994 when the government introduced capital subsidies to boost solar energy installations on rooftops.Till 2004,Japan was the largest solar market in the world after which it was overtaken by Germany.After 2004,the growth in the solar industry tapered off as the government reduced the subsidies for solar panels to almost zero.The huge domestic market gave rise to Japanese companies like Sharp,Mitsubishi,Kyocera,Panasonic-Sanyo become top solar panel producers in the world.However the low cost Chinese solar module producers have pushed back most of the Japanese companies
July 4, 2011
LG Solar Review of Multicrystalline and MonoCrystalline PV Cell Panels Modules Prices and Comparison
The LG Group is producing solar products through two Group Companies. LG Solar Energy was formed in 2007 to produce polysilicon which is the most important raw material for the production of solar wafers.It is already selling solar modules in the South Korean and European markets and plans to rapidly expand capacity to One Gigawatt by 2012.LG Electronics , plans to invest 1 trillion won by 2015 in its solar cell business and aims to generate revenue of 3 trillion won by 2015.LG plans to increase annual production of solar cells and modules at its plant in South Korea to 500 megawatts next year and 1,000 megawatts by 2013, from 330 megawatts today.LG plans to have a completely vertically integrated business in the Solar Power and plans to install massive solar power plants in the USA as well.
July 4, 2011
.The cost of the solar panel can also vary a lot depending on the retailer,size of the solar panel,technology and the brand.This makes buying solar panels a confusing problem though most residential and commercial buyers are not involved leaving the decision to the solar installer/EPC company.The advent of Chinese solar panels has made the Western and European solar panel companies lost marketshare rapidly.In fact most of the European companies are shutting factories to open plant in Asia where the costs are much lower.Japanese solar companies however continue to keep their manufacturing in developed countries as they get a premium for their solar panels which are considered of superior quality.
Kyocera is one of the oldest solar panel manufacturers and is second only to Sharp amongst the Japanese companies.It also manufactures industrial ceramics, telecommunications equipment, office document imaging equipment, electronic components, semiconductor packages, cutting tools, and components for medical and dental implant systems.Kyocera Solar Corp. in Japan was founded in 1996, and Kyocera Solar, Inc. in the U.S. in 1999.The company has production bases in Japan, Mexico, Europe and China and is planning a factory in California as well.The company plans to reach 1000 MW of production by 2013.
July 4, 2011
Sharp,the Japanese Zaibatsu known more for its Electronics Products is also the world’s No 1 Company in terms Solar Module Revenues.Sharp has been the solar world leader since the past 4-5 years despite stiff competition recently from upcoming Chinese Crystalline Solar (c-Si) players and Thin Film Leader First SolarSharp’s c-Si division is not cost competitive with the Chinese and Taiwanese companies as its cost structure is almost 30-40% higher than the cheapest Chinese producers.Though the quality of Sharp’s crystalline silicon modules is considered much better,the cost difference has become too big in a rapidly commoditizing industry.While companies like Masdar are abandoning their Thin Film plans,Sharp has started shipping a-Si modules from its 1 GW capacity plant in Sakai.With its established distribution strengths and technological abilities in LCD Technology,Sharp is one company that can survive the c-Si onslaught.
July 4, 2011
Solar Panels are rapidly becoming a widespread commodity like shoes and clothes and will even become more of a consumer product in days to come when solar panels in offices and homes becomes a common sight.Just like other consumer products there are a wide type of solar panels on sale.Note in Germany solar panels are already frequently seen on the roofs of most houses.Prices of solar panels have fallen tremendously in the past couple of years due to declining costs amongst Chinese producers of solar panels.Just like Chinese made clothes,toys and electronics have captured most of the market globally,so to Chinese wholesale solar panel sellers have captured most of the global market.While Sharp,Sunpower and a few other Western,Japanese companies have managed to survive,the majority of the global supply of solar panels is now done by Chinese solar panel wholesale providers.
July 4, 2011
Dye sensitized solar cells are next-generation solar cells based on innovative technology. Unlike conventional silicon-based solar cells, dye-sensitized solar cells consist primarily of photosensitive dye and other substances. A dye-sensitized solar cell is a low-cost solar cell. This cell is also known as the Gratzel cell & was invented by Michael Gratzel and Brian O'Regan. It is based on a semiconductor formed between a photo-sensitized anode and an electrolyte, a photoelectrochemical system. It belongs to the group of thin film solar cells.
July 4, 2011
Fly Ash Pollution of nearby water bodies had forced the Orissa State Pollution Control Board (OSPCB) to issue a notice to the massive 3000 MW NTPC Talcher Thermal Power Plant.While the notice asked for immediate shutdown of 4 untis of 500 MW,NTPC has only closed down 1 unit citing that closing more units will lead to massive power disruptions in nearby states.The action comes following NTPC bad fly ash managment system which has led to two past incidences of water pollution.There was a danger that the massive amounts of fly ash being generated would lead to breakdown of the storage dykes and lead to more pollution.
July 4, 2011
Indian Electricity Companies are crying for a bailout from the government after coal prices surged last year amidst shortages of coal.Note before the Lehman crisis,Indian private […]
July 4, 2011
South Korea’s Hyundai Industries which is known more for its ship building and heavy engineering ,is also making a big push into the Green Energy Space.Like its South Korean peers,Hyundai is also preferring to enter this space through Solar Energy.Hyundai has already established a 600 MW Solar Cell and Solar Panel Factory making it the largest South Korean manufacturer.Hanwha Solar One is the largest producer of solar panels but it makes most of those in China through its subsidiary Solarfun.Hyundai had earlier bought solar cell equipment from Germany’s Centrotherm as far back as 2008 and had entered a long term contract with LDK Solar for buying solar wafers as raw material for its cell lines.Note Hyundai Heavy has also heavily invested in the Wind Turbine Industry.Hyundai Heavy has started producing 2.5 MW Turbines from a 500 MW Plant in Geoje Island in South Korea.Hyundai Heavy is amongst the many South Korean Chaebols making a big push into Solar Energy like LG and Hanwha.