239 results found for: solar thermal
The Solar Thermal Space or CSP (Concentrated Solar Power) is seeing increasing consolidation with numerous acquisitions and partnerships . There are 3 main reasons for this […]
Masdar’s Amorphous Silicon Division in Trouble Masdar, Abu Dhabi owned Green Company plans to build a Solar Thermal plant called “Shams 1” near Abu Dhabi. Masdar […]
Spanish Government Facing a Tough Fiscal Situation;Plans Green Energy Subsidy Change The Spanish Government has been facing a tough budgetary situation due to sovereign debt problems […]
Although the global financial crisis has pushed governments to sharply cut aid to the renewable sector, it has had little effect on costs in the solar mirror power sector compared with the photovoltaic (PV) sector, which uses solar panels to generate power.
“We’ve see some reduction in prices, but nothing like in the PV sector. Costs per megawatt are between 4 and 5 million but they can reach up to six depending on the kind of power storage system you use,” Seage said.
Sector analysts put the average cost of CSP per megawatt at about 5 million euros before the global financial crisis, about six times more than for conventional gas-fired power generation.
The high cost of CSP makes it unlikely to be competitive with conventional energy until the next decade, and that also depends on reasonable charges for carbon dioxide emissions.
“We see CSP power becoming competitive between 2020 and 2030, depending on a country’s levels of radiation,” Seage said.
Siemens is one of the largest conglomerates in the world with a huge Green Division.This German Giant is present in almost all sectors of the upcoming […]
The Desertec Initiative is the Biggest Green Energy Project ever conceived with a vast scale and an ambitious vision.However Desertec falls short on many parameters which are described above for it to ever reach fruition.While small scale versions of this Concept can be implemented like that by Solar Millennium in Egypt,the massive energy framework conceived by Desertec is not feasible.The Huge Subsidies and High Costs make it uneconomical despite its Clean Energy Promise.
California and the Federal Government have recently approved a number of big Solar Thermal Plants totaling around 2800 MW.These plants utilize Concentrated Solar Thermal (CSP) Technology and uses mirrors and towers instead of normal PV panels.The haste with which these plants are being permitted and approved is mainly due to the expiry of the Treasury Grant Scheme by end of 2010.According the the American Stimulus rules,only Green Projects which have broken ground or spent 5% of their costs would be eligible for the 30% Cash Subsidy.6 Huge Solar Thermal Plants have been approved with the biggest Blythe plant being the most recent.The capital costs for these plants are extremely high at around $6/watt which makes me question their economics.PV panels can be installed at around $3-3.5 /watt which is around 40-50% lower.Despite the higher capacity factors for Solar Thermal Plants and their ability to store energy for a short period,the cost difference is too large.
Solar Energy Future Growth has been vastly underestimated by policy makers and analysts but private companies are recognized the huge potential.India’s JNNSM Policy which is meant to jumpstart India’s Solar Energy has drawn huge interest from both domestic and foreign companies.The number of Solar Companies in India are growing at a rapid pace attracted by the huge opportunity.While starting troubles like project financing of debt etc are present,the long term growth potential of Solar Energy in India is tremendous.Global Industrial Giants like GE,Siemens have already established or in the process of investing huge sums of money to capitalize on this Green Trend.Now French Giant Areva has joined them.Note Areva is the global leader in nuclear equipment technology and is not known for its prowess in Solar and Wind Energy.However the company is making a play in Solar Thermal Technology where it hopes to use its existing skills and knowledge.Areva had acquired US startup Ausra which had fallen on hard times earlier.However Areva has not won too many Solar Thermal Projects in the recent past.However things may change starting with India
India’s ambitious JNNSM Plan to build 20 GW of Solar Capacity by 2022 has seen projects being awarded for 479 MW of Solar Thermal Projects under Phase-1.The Solar Project Bidding was expected to be extremely competitive and it turned out to be exactly that with dis conts of more than 30% being offered to the base price of RS 15.31 for Solar Thermal generated Electricty.Note Rs 15.31 was determined to be a decent price on which a Solar Thermal Plant Developer could get decent returns just a year ago.This means that a 30% Discount would lead to zero or very low returns for the Solar Thermal Winners.According to news reports there are 7 winners for these Solar Thermal Plants 6 of which will come up in Rajasthan which seems to be the biggest winner of these Solar Subsidy Scheme.Andhra Pradesh is the only other state to win a Solar Thermal Project.There were about 60 applicants for the Solar Thermal Part of the Phase 1 JNNSM Bidding from which these 7 have been selected.
Another Japanese Giant Mitsui gets into Solar Energy through Tunisian Hybrid Gas Solar Thermal Plant
A Number of Japanese Companies have been entering the Solar Energy Market following in the footsteps of Japanese solar leaders like Sharp,Kyocera,Mitsubishi and others.Toshiba was a surprising entrant into the Solar EPC market with a solar plant planned in Easter Europe.Now Mitsui Engineering and Shipping,one of Japan’s huge zaibatsus is planning a foray into the solar energy market as well.The Company is being supported in its initiative by METI which will collaborate with the Tunisian government in setting up a combined gas solar hybrid plant.A 5 MW Solar CSP plant will be set up by 2013 to demonstrate the technology.
Using the same logic,I had questioned the massive amount of USA taxpayer money being given as a cash grant to build almost 4-5 GW of Solar Thermal Plants in California.Most of these solar thermal projects were approved in the last 6 months of 2010 so that they could be eligible for the Treasury Cash Grant under Rule 1603.I seem to have been vindicated quite early with 2 of these giant solar thermal projects being developed by Tessera Solar have run into trouble.The CEO of the company has already left and many of the employees have been fired.Strange for a company that has won multi billion projects in hand.The parent Irish company NTR is reportedly looking to shelve the plants as it does not have enough money for 5% of the total project costs required before 2010 end.
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.
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 […]
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.
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)
I have been consistently writing that Solar PV has leapfrogged far ahead of Solar Thermal Technology in the last couple of years.The entry of the low cost Chinese with huge scale and the fall in polysilicon costs have suddenly made the future survival of Solar Thermal Technology suspect.The Solar Thermal Advantages of energy storage is also overrated because it is cheaper to add energy storage to Solar PV as the following article shows.Note Solar PV has many other advantages of Solar Thermal anyway.The Rapidly Declining Costs of Solar PV in fact pose a massive threat to all other forms of Solar Technology including Thin Film which has recently seen a number of players gone bankrupt.The recent conversion of Solar Thermal Plants by Tessera,the losses being made by Solar Millenium due to delays are further evidence of the decline and possible obsolescence of Solar Thermal Technology.
Solar Industry is a fast growing exciting industry with its inevitable growth pangs as well.The first phase of India’s Federal Policy has seen many hurdles and its success is in doubt,on the other hand Gujarat has managed to attract investment and power plants through a forward looking subsidy.States like Uttar Pradesh,Delhi,Maharashtra are also tentatively coming up with their own incentive policies.The Industry will see many ups and downs before it becomes a major billion dollar industry.Note Solar Power Industry has become the fastest growing in USA where it doubled last year and looks set to double this year again.The Nuclear Accident in Japan has given fresh energy to Solar Power with China set to double its target to 10 GW by 2015.
Brightsource Energy,the Solar Thermal Startup has been making huge progress getting high profile investors and managing a $1.37 billion DOE grant for its Ivanpah 392 MW Solar Thermal Power Plant.The Company has managed to get its billion dollar Ivanpah Project financed through equity investments from NRG Energy and Google.It is now looking set to do an IPO which would allow its Stock to List and gain further funds for expansion in USA,China and India.Note I don’t think Solar Thermal Technology is managing to compete effectively with the fast declining costs of Solar Photovoltaic Technology.However there still exists a niche area for Solar Thermal Companies and Technology.Note there are a number of Solar Thermal Companies fighting for the No.1 Position which includes giants like Siemens,Areva,Abengoa and startups like eSolar.Which one of these companies will be successful in the face of the Solar PV Onslaught is a matter of debate.However Brightsource has certainly stole a march through smart funding.Here is some facts about Brightsource Energy
Areva the French Nuclear Giant which is known more for producing equipment for nuclear power plants is been awarded federal funding by the Australian Government to build a solar coal hybrid plant in Queensland.The 44 MW Concentrated Solar Power (CSP) Plant will be built near a 750 Thermal Power Station.This will be the second solar coal hybrid plant in the world when its gets finished in 2013.Note Areva has huge plans in the Solar Thermal Technology Industry after buying startup Ausra sometimes ago.The company which is an expert in power plant equipment technology such as boilers,turbines will use its expertise to build a CSP plant adding to the power output of the Kogan Creek Thermal Station.Note the cost mentioned implies around $2.4/watt which does not seem expensive.The CSP Coal Hybrid will not require storage which will help in reducing the costs of the power plant.Note a number of Fossil Fuel Solar Hybrid Plants are being planned around the world.Almost all of these power plants use CSP Technology instead of the PV Technology.Its a valuable niche for Solar Thermal Companies to explore as they face huge competition from Solar PV which is drastically reducing its costs to reach retail electricity price equality.
Offshore Wind Energy is supposed to increase from around 3 GW today to 75 GW by 2020 as countries in Europe,Asia and North America heavily support this industry.Onshore wind energy growth on the other hand is expected to slow down as 38 GW of Wind Capacity were installed in 2010 with Western Markets showing a sharp slowdown.Note every industry sees costs declining with large capacity except the mature industries.For example Wind Energy has seen a 10% decline in costs for every 100% increase in installed capacity.Note offshore wind projects offer even more Wind Energy Advantages than normal Land Based Wind Farms.The only problem facing offshore wind power is high costs as the industry still is on the learning curve.PWC has come up with a survey where most of the participants say that it will take 10-15 years for offshore wind energy to reach grid parity.What this means is that Offshore Wind Energy Companies will continue to depend on government subsidies like higher electricity prices,tax breaks,low interest loans to survive.
What is a Solar Power Plant
Solar Power Plant is a Device which generates power or electricity using Solar Energy.Note normally solar power plants refers to large ground mounted solar farms rather than the residential solar rooftop projects.However it is only a matter of usage and a solar power plant can refer to a very small solar panel of 5 watts as well as a huge solar plant of 100s of megawatts consisting of hundreds of thousands of solar panels.
Types of Solar Power Plants
Note there are a number of solar energy technologies which convert the power from the sun to electricity.However the two main solar technologies in use are Solar Thermal Technology and Solar Photovoltaic Technology.Current Solar PV Technology accounts of the lion’s share of solar power generated globally and is gaining more marketshare as costs of solar power decrease.
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.
However Solar Thermal Technology is finding a niche in Hybrid Fossil Fuel Power Plants . The reason that Solar Thermal is gaining traction in Solar Hybrid Plants is
1) They can use the existing Electricity and Transmission Infrastructure of the new Fossil Fuel Plant or the Existing One
2) Solar Thermal Technology in most cases generate Steam which can be used by the Turbines of the Fossil Fuel Plant saving additional costs
We have repeatedly highlighted the drawbacks of solar thermal energy vis a vis crystalline solar panel technology. Solar Thermal Plants are getting replaced or mothballed altogether […]
Solar Plant Price Reduction in India The rapid decrease in solar panel prices has led to a sharp decrease in overall solar system prices, with the […]
Every single solar thermal plant awarded under India’s federal subsidy program (JNNSM Phase 1) is delayed according to MNRE. Note I have been critical about solar […]
India has awarded 500 MW of solar thermal plants during JNNSM Phase 1, as it gave both solar PV and solar thermal technology an equal boost. […]
We at Greenworldinvestor have always been of the opinion that most solar thermal plants will never come up in India, given the atrociously low bids made […]
Areva to exit Solar Thermal Business Solar thermal technology has been on a downtrend for a long time now and Greenworldinvestor has been one of the […]
Solar thermal technology has become a failed one, with solar PV taking over as the mainstream solar energy technology. Solar thermal companies have been going bankrupt […]