Energy
March 3, 2011
India may uses the planned $500 million to $1 Billion in Coal Taxes it expects to generate every year to build transmission lines for renewable energy.Note one of the main impediments for renewable energy is the lack of transmission capability on part of utilities to move clean energy from remote areas to urban demand centres.USA faces an acute problem in this regard and faces a massive debate on how to fund the power grid from windy areas to cities.India too faces a problem in this regard as renewable energy plants mainly wind and solar are to built in remote locations.Note India's Power Grid is very inadequate as large parts of the country lack electricity due to lack of distribution networks.
March 3, 2011
India is set to see a massive growth in solar energy in the next decade with the 81 MW of Solar Capacity expected to reach at least 20000 MW by 2022 if not more.India's JNNSM Policy and push for renewable energy by states like Gujarat,Maharashtra and Rajasthan should see massive investments in solar PV installation.While there are already solar cell and panel production,India lacks a strong base for manufacture of solar inverters which can cost upto 10% of the total cost of a solar project.
March 3, 2011
Alternative Energy in India saw significant growth in 2010 with the last 9 months of the year seeing capacity additions of 1800 MW which is almost 10% of the total installed capacity of 18500 MW.The growth in renewable energy was led by Wind Energy which forms almost 70% of the total renewable energy capacity in the country at around 13500 MW.The strong incentives given by both state and central government has led to the sharp growth of wind energy.Note Wind Energy is quite close to Gas based electricity price.India Needs at least 68 GW of Renewable Energy Capacity by 2020 to meet its RPS target of 15% set by CERC (note this is capacity only not hours of electricity).
March 3, 2011
Juwi,the German Renewable Energy EPC Company is setting up base in India following on the footsteps of other major Europeans companies Scott and Abengoa.Juwi is one of the largest solar EPC companies in the world with 800 million Euros in Revenues in 2010 and with operations in 15 countries.Note India's solar energy opportunity is one of the biggest in the 21st century and the number of solar companies has exploded.Other International Solar EPC Companies and Solar System Integrators like SunEdison have made major commitments to the Indian market.Juwi is looking at both setting up turnkey plants as well as O&M.Indian domestic companies suffer from a lack of experience in the solar development sector and entry of international companies should help disseminate best practices in solar project development and execution.
March 3, 2011
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 costs have declined by over 50% in the last 2-3 years even as Coal,Oil,Gas and other Energy costs have gone up.While Wind Energy costs have declined in the last year the overall trend is increasing as the costs of copper and steel go up.This is one of the main reasons why solar energy demand has gone up by 150% in 2010.With solar costs going down by another 10% each year over the next few years,expect Solar Energy to grow at a further fast rate in the future as well after growing at 50% CAGR over the last decade.Here are some of the advantages of Solar Energy over other non-renewable energy forms
March 3, 2011
There are only 2 Solar Energy ETFs in the Market right now - TAN and KWT.Note buying solar ETF provides a less risky way of investing in solar energy as some stocks can dramatically underperform in this fast growing industry.However Solar ETFs will on the other hand perform much worse than the best performing stocks in the solar universe.This is because their holdings are also concentrated on some of the lesser quality companies.KWT and TAN are better investments for the less informed and less sophisticated investors.Amongst the 2 ETFs,KWT is the better option than TAN for a number of reasons which are described below.
March 2, 2011
India's Electricity is set to see a huge boom as the 8-9% economic growth rates require massive amounts of energy.India is planning to nearly treble its electricity capacity to almost 450 GW by 2020 from around 160 GW now which means a yearly addition of nearly 23 GW in the next decade.Currently India’s Electricity comes mostly from Coal and Hydro Based Energy.Almost 50% of Energy Requirements and 53% of the Electricity is generated from Coal.Despite Coal being the the Dirtiest Form of Energy,India has got little choice in the matter.Most of India’s upcoming Electricity Plants are based on Coal.Hydro Energy is generated mostly from India’s Northern Himalayan States.Renewable Energy forms only 7.7% of the Capacity with around 11 GW of the 16 GW from Wind Energy.Nuclear Energy is around 3% of the total capacity at around 4.5 GW.Here are the list of the major power utilities in the country which is currently dominated by the state run PSUs.However the next decade should see the rise of private electricity companies.
March 2, 2011
While the major solar energy companies are expanding rapidly as the solar industry grew by almost 150% in 2010,a number of non-solar MNCs have gotten into this sector.The massive growth of solar industry which has been vastly underestimated by policymaker and analysts have not been hidden from these giant companies.While a number of these companies have been present since a long time,some are entering the growing solar energy field for the first time.Some like BP have lost the plot and become minor players despite being top companies a few years ago.Shell has totally left the solar energy field selling its plant to Motech.Asian conglomerates and semiconductor companies have been the most aggressive in entering this area.Chemical companies too have shown interest in building polysilicon plants which build on their core competence.Others have entered the Solar Thermal Energy Field which reinforces their traditional strengths in building power plants and EPC work.Here is list of the top non-solar companies entering the solar sector.
March 2, 2011
Polysilicon or refined silicon is the raw material behind most of the world's consumer electronics.Polysilicon is used to make both solar and semiconductor silicon wafers.Silicon wafers are used in making chips which are used by the Intels and Samsungs of the world while Solar Wafers are used in making solar crystalline panels used in generating electricity from the sun.Most of the world's major solar energy companies used c-Si Technology in making solar panels.Polysilicon is an energy intensive process which requires cheap electricity.The polysilicon is produced mostly in the western countries like Japan,USA and Germany now.However the rise of solar panel producers in Asia has given rise to large volume Asian producers of polysilicon as well.Note Polysilicon production is concentrated in the hands of 8-9 companies unlike solar panel production which is done by hundreds of companies.This is a capital intensive process and requires around 2 years to complete a single plant.Semiconductors require higher purity levels of Polysilicon than the solar industry.The massive increase in demand from the solar industry has led to massive growth in poly production.Here are a list of the main polysilicon companies in the world
March 1, 2011
Solar Wafer Companies are mainly concentrated in Asia specifically China and Taiwan.Cheap labour,lower land and capital costs as well as presence of major customers has made China the No.1 Solar Wafer Producer in the world.Despite most of the polysilicon being produced in Europe and USA,China leads the way in wafer production.Note semiconductor wafers in contrast are mainly produced in the developed countries like Japan,USA and Germany.The structural forces of the crystalline silicon industry is forcing vertical integration with cell producers making wafers and wafer production companies making cells.However there are a few companies which predominantly concentrate on supply solar wafers to solar cell manufacturers.Here is the list of the main solar wafer producers which have shown stunning growth in the last few years.
March 1, 2011
Solar Thermal Technology has been facing tough competition from its sister Solar PV Technology in recent times.Despite strong government subsidies and support,numerous drawbacks have contributed to this Technology losing out to Solar PV in a number of projects in the US notably by Tessera.However a number of startups and big conglomerates continue to make huge investments in this technology.Spain and US are leaders in implementation of this Solar Technology type,however others like India and China are to building CSP plants as their energy needs continue to grow.Note like Solar PV,there are a number of different technology types for CSP like Power Tower,Parabolic Troughs,linear fresnel technology and Stirling Engines.Here is a list of the most important Solar Thermal Companies (Technology Providers cum Project Developers)
February 28, 2011
Crystalline Solar Cell Suppliers are fast disappearing due to the changing dynamics of the global c-Si Solar Panel Industry.With vertical integration becoming imperative as margins and prices get squeezed,independent solar cell suppliers are having a tough time.Increasing raw material costs in terms of higher polysilicon and solar wafer prices and competition from numerous players has decreased the number of pure play solar cell suppliers.However a few of the top solar cell producers continue to grow and flourish though they are also entering into other segment of the PV solar supply chain.Most of the independent solar cell suppliers are from Taiwan and some from China.European solar cell producers have mostly disappeared due to the high cost base of the European factories.Note this list is mostly composed of solar cell producers who don't have big module making operations.You can find a list of the top solar energy companies most of which make solar cells as well.
February 28, 2011
Renewable Energy Certificate (REC) are one of the most important tools for promoting alternative energy in India.The Central Regulatory Commission (CERC) alongwith energy exchanges has been working on making trading in RECs happen since the last one year.Trading in RECs started last week with small amounts of REC trading at the Delhi based Indian Energy Exchange.Note most of the volumes are expected to be traded in the July-Sept Wind Season and October Bagasse planting season.While only small amounts were traded as physical trade is only allowed for 2 hours on last Wednesday of every month,volumes trading should start in 2012.The IEX is targeting around $8 billion in REC trade by 2017 as Renewable Energy in India grows at a faster rate.
February 28, 2011
South Korea is one of the biggest shipbuilders with major companies like Daewoo,Hyundai Heavy and Samsung.However its being beaten down by the low cost Chinese companies which are using cheaper capital and lower labor costs to press their advantage.South Korean Shipbuilders have been trying to diversify into offshore wind energy in order to safeguard their revenues.However they face tough competition in this renewable energy sector as well from incumbent wind turbine compaeis as well as Chinese WTG companies like Sinovel,Goldwind and others.Now the South Korean government is helping them with a 300 billion won research fund.This fund will be used to do R&D into building of "Green Ships" which are becoming the new growth segment.
February 21, 2011
China based GCL Poly is the biggest solar wafer producer in the world wresting the crown from LDK Solar in 2010.GCL Poly is now set to grow even bigger in 2011 raising its wafer capacity almost 85% making it No.1 by far.Note solar wafers are made up of polysilicon and used as raw materials for making solar cells which generate electricity from the sun.They are very similar to semiconductor wafers which are used to make the basic building blocks for electronics.GCL Poly has seen a massive rise from 2010 when it started to producer solar wafers.The company's strategy of setting up plants near its major customers have landed it major deals and lower the cost in the supply chain.
February 19, 2011
The CleanTech and Green Theme is being increasingly used by fraudsters and fly by night operators in the stock market.CO2 Tech Ltd.,a Pink Sheets Company has […]
February 18, 2011
Solar Energy is the fastest growing renewable energy source in the world and has shown tremendous growth in the last 2-3 years.This has been driven by a more than 50% decline in Solar PV costs which continues to decline further.With further increase in energy prices,Solar Power is becoming closer and closer to retail electricity price.Not only is the price declining,solar power is clean energy a most valuable feature in these days of accelerating climate change.Solar Energy has already reached grid parity in places like Italy and Hawaii and will do so in more places in the coming 2-3 years.The industry is a dynamic one and the list of top solar companies can change quickly.Rapid Technology Change and Fast Declining Costs have pushed out most of the Top 10 companies of 5 years ago and brought in new ones mainly Chinese.Here is a list of the Top Solar Panel Producers in the World.
February 18, 2011
Leading GHG emitter and Biggest Coal Exporter Australia Kills Most Green Program using Floods Excuse
Australia is the biggest exporter of coal in the world and one of the leading emitter of GHG emissions.Its huge mining industry generate tons of carbon and earns billions for the Australian Treasury.However despite its leading role in global warming,Australia has almost no subsidies for green energy.The federal government has conveniently used the recent Queensland Floods to cut off a number of Green Programs such as Green Car Innovation Fund, Cleaner Car Rebate Scheme, the Carbon Capture and Storage Flagships and Solar Flagships, the Solar Hot Water Rebate, Green Start Program, Solar Homes and Communities Plan.The Solar Flagships Program which was supposed to generate around 1 GW of Solar Energy has also been killed.Note Australia generate 92% of its electricity from Fossil Fuel which is quite high compared to other developed countries.
February 17, 2011
Solar Energy in India has a tremendous growth potential and is currently seeing massive interest.The government support in the form of JNNSM with a target of 20 GW by 2022 has given a sold impetus to solar power in the country.A small number of solar energy plants have already been completed by different developers in a small number of states.The migration projects of JNNSM are the first ones that are going to be completed followed by the ones which were won in the auction.Here is a list of current and potential future solar energy plants in India.
February 17, 2011
Solar Thermal Projects are getting converted into Solar PV ones as the fast declining costs of Solar PV make CSP uncompetitive.With Solar Panel prices expected to […]
February 17, 2011
Geothermal Energy is the proverbial poor cousin to wind and solar energy.Only 10 GW of Geothermal Energy Capacity has been installed and the growth rate is a pathetic 3-4% compared to the over 50% CAGR seen for solar energy and around 30% for Wind Energy.Geothermal Energy produces electricity at a reasonable cost in mature locations and unlike Solar,Wind does not suffer from intermittency problems.However a number of problems dog geothermal energy development.Despite huge promise,Geothermal Energy faces a slow painful death and unless something dramatic happens will remain a niche renewable energy source.Canadian companies which are the leaders in consolidating the fragmented industry like Ram Power and Magma Power are facing huge problems.While Ram Power saw its CEO go,Magma is now looking at other renewable energy opportunities.
February 17, 2011
Geothermal Energy in India is non existent with not a single functioning plant as of 2011.However potential for this renewable energy exists in a number of sites in India with a potential of around 10 GW.With the Indian government planning to come out with a draft policy to develop geothermal energy by March 2011,major companies are gearing up to exploit this alternative energy resource.Note India has massive energy needs and with a 15% energy requirement from clean sources by 2020,it will need to develop all renewable sources.Note India already has a well developed Wind Energy Industry and has one of the fasted growing Solar Power Industry in the world with a massive future growth potential.Geothermal Energy is regarded as a poor cousin to its more glamorous cousins Wind and Solar.However Geothermal Energy possesses one attribute that the others do not.Its 24 hour generation capability is a massive plus compared to the intermittent nature of Wind and Solar Energy.However long project development time and massive capital investments have deterred fast growth in geothermal energy in the world.However some countries like Iceland,Indonesia,Philippines and USA have a strong geothermal energy industry.
February 16, 2011
Solar Panel Prices have decreased at a jaw dropping 50% in the last 2 years and will probably decrease 10-15% more in 2011.That is an astounding number given the increasing energy and electricity prices being faced around the globe.Though solar energy is costlier than other forms of energy,it starts on a low base.With 2010 solar growth pegged at more than 100% and 16 GW of solar panels installed,Solar Energy is starting to become more mainstream.Like Solar,the entry of Chinese players has decreased the cost of Wind Energy as well.Despite increasing input steel and copper prices,wind turbine prices have declined.Stiff competition amongst Chinese WTG companies has made the price of a Wind Turbine go as low as $600,000-700,000 in China.This has brought a depression in prices in other places in the world as well.
February 16, 2011
Semiconductor and Electronics Giant Samsung is entering into production of polysilicon setting up a 10,000 ton plant in an equal JV with US Poly Producer MEMC.The plant will be set up in South Korea and will go onstream by 2013 as it takes around 2 years to set up a plant.Note Samsung had recently started production solar crystalline silicon solar panels which uses polysilicon as raw material.Samsung has a strategy for manufacturing crucial raw materials inhouse for its different product lines.For example Samsung has a multi billion dollar JV with Corning to manufacture LCD glass in South Korea and a JV to make wafers for semiconductors with Wacker.It uses the expertise and technology of its JV partners to get into raw material production.The JV partners get a huge customer for their products and are happy to go along with Samsung in these Joint Ventures.
February 15, 2011
India's Environment Ministry Jairam Ramesh has been portrayed as the devil incarnate by the industrial lobbies as he has struck down various billion dollar realty, mining and power projects.First it was Vedanta's mining project in Orissa,then the Lavasa township in Pune and then power projects in Andhra Pradesh.While some of these infrastructure projects should go ahead with modifications,it has brought some regard for the environment.While some of the projects like the Jaitapur Nuclear Plant in Maharashtra were given the environmental go-ahead despite serious concerns raised by TISS and local citizens,the trampling of ecology by the corporate lobbies seems to have been curtailed.However India's growing economy and its massive energy needs cannot be kept at bay for long.
February 15, 2011
Solyndra is one of the most hyped solar starups which has managed to raise $1 billion in funding and coming out with surprisingly little for the money.Not only did it postpone its IPO but also shut down its first factory as pricess keep diving faster than it can cut costs.Brightsource Energy on the other hand seems to have a brighter future with its unique CSP technology.Also with backers like Alstom and Bechtel,it has the heavy engineering support to construct the massive 392 MW plant.Note other Solar Thermal startups like Ausra and Soliel Systems were bought up by giant engineering conglomerartes Areva and Siemens.Brightsource along with eSolar remain the only pureplay CSP companies still surviving.
February 15, 2011
Carbon Capture and Sequestration (CCS) has been mooted as one of the main weapons against climate change.With little alternative to Coal based power generation,CCS is touted as a temporary solution.However CCS as a global warming solution is like putting lipstick on a pig.The technology for CCS remains immature at best and even the biggest users of coal,the Chinese utilities have ruled out using CCS before 2015.Though big pilot projects have been announced in Australia,USA and UK,CCS is not a serious option as far as dealing with climate change.This however has not prevented companies from playing in this area.Toshiba is the latest company to join the CCS fray hoping to set up a 5 MW pilot plant in JV with India's biggest power utility NTPC.
February 14, 2011
Moser Bear,the Indian Solar Company was one of the first customers for the now extinct Applied Materials a-Si SunFab Technology.The company had invested in a number of solar technologies quite early on,but has not managed to succeed in a single one much like the Abu Dhabi promoted Masdar.The Jack of all Trades strategy has come undone for both of these companies.While Chinese and some US companies have prospered despite stiff competition,most of the others have sunk.While most of AMAT customers have written off their investment in thin film equipment and factories,Moser Baer has not done so.But from its current action it seems to have given up at least in its thin film ambitions.Moser Bear has contracted for 25 MW of First Solar thin film modules.Note First Solar is the biggest thin film producer of solar panels and a direct competitor to Moser Baer.So it seems that Moser Baer has pretty much abandoned its thin film panels since if it itself does not use its own panels,don't think a 3rd party would do so.
February 10, 2011
Moser Baer made ambitous plans of making it big in solar energy but has not managed to execute successfully in its plans.Despite pouring millions of dollars into differents parts of solar energy,Moser Baer has failed to make a mark even domestically leave alone globally.However India's JNNSM has given a fresh lease of life to Moser Baer's solar investments.The company has managed to win a number of system projects which will be supplied by its inhouse solar panel production.Now the company is also entering into manufacture of low value add items where competition is expected to be much lower.The company is going to build a 1300 MW Solar Module Junction Box Plant to supply India's fast growing solar capacity.
February 10, 2011
European companies have largely been absent in the Indian solar energy scene except for Siemens,Areva which are moving aggressively in the whole green energy sector.Note US and Chinese companies have already established solid beacheads in the country.India's solar energy sector is poised for exponential growth in the coming decade further boosted by JNNSM.European home markets are maturing for European companies and India is the rising star,so it is essential that the sales teams of the Europeans get in early.Schott Solar is one of the biggest manufacturer of solar panels in Germany.Though not big on the world stage,Schott Solar is present in large parts of the Solar PV and Solar Thermal Supply Chain.It recently established a JV with Chinese company Hareon and plans to build 700 MW of solar panel capacity in emerging markets around the world.It has won a contract to supply 20 MW of thin film modules to Indian Solar Company Premier Solar with 10 MW of supply in 2010 and 10 MW in 2011.Note Premier Solar is a small company and seems they are building the 20 MW for a state government and not under the JNNSM scheme.Note,Schott is not a big name in solar either and its thin film modules are certainly not famous either so makes a good combination.Solar Energy in India finally sees entry of European companies Abengoa and Schott