2014年9月29日星期一

EU PVSEC: imec calls for greater focus on PV systems

EU PVSEC: imec calls for greater focus on PV systems
While acknowledging that upstream solar researchers, technologists, manufacturers and equipment suppliers have made great strides on the PV component front, imec has called for more to be done on grid integration, energy forecasting and PV on a system basis.
Jozef Szlufcik, imec's Director of Silicon PV, Smart Systems and Energy Technologies, argued that as PV penetration continues to increase, progress on grid integration issues will become increasingly important.
"The research field into electric systems including PV is still developing," Szlufcik told pv magazine. "We can develop smart PV systems from cell right up to systems in various regions."
Imec has chosen the EU PVSEC event to make a series of announcements, including Japanese manufacturer Kyocera joining its advanced silicon solar cell technology program, a breakthrough in fullerene-free OPV technology and new texturing process for PERC cells – the latter developed in partnership with RENA.
Growing importance of grid integration
The EU PVSEC conference chair has echoed imec’s remarks regarding grid integration. Teun Bokhoven, the head of the Dutch renewable energy agency – Duurzame Energie Koepel – said that a better understanding of electricity networks with high levels of PV and renewable penetration is required.
“We need to increase our focus on grid integration,” said Bokhoven. “If high levels of PV penetration are going to be achieved, the level of research in this field has to increase.”
Bokhoven believes that the Dutch PV industry could be worth 1 GW in annual volume by 2020.
The Dutch renewables industry has also chosen the EU PVSEC event to announce that the PV sector is now generating over €1 billion in turnover in the country annually. While Holland does not have any PV component manufactures, it does have a substantial research community and upstream and equipment suppliers.
One such supplier is Amtech Systems, a furnace supplier to the seminconductor and PV industries. Amtech has a large booth on the EU PVSEC trade room floor.
Amtech Systems President Fokko Pettinga said that while achivements in terms of cost reductions have been significant over the past few years, the PV industry should now turn its attention to efficiency gains. Pettinga said an industry-wide goal of 0.5% annual efficiency could be achieved each year.

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Japan poised to top 8 GW solar installations this year


Pro-solar initiatives laid down by Japan's Ministry of Economy, Trade and Industry (METI) will add more than 8 GW of solar PVcapacity this year, according to research by consulting firm GlobalData.
In the company's latest report, titled H1, 2014 Global Solar Market – Policy – The Be All and End All for the Growth of Solar Market, GlobalData argue that METI's recent review of Japan's feed-in tariff (FIT) led to a favorable revision of the country’s solar strategy – a revision that should see some 5.1 GW of PV capacity added in the second half of 2014.
GlobalData's project manager for alternative energy Ankit Mathur remarked that previous delays companies encountered in acquiring licensing and construction approvals for PV developments have largely been eradicated by METI’s recent actions.
"Previously, these delays were also aggravated by developers waiting for further cost reductions in components," Mathur said. "As a consequence, some developers neither finalized sites nor agreed a contract for purchasing equipment for PV power plant construction."
Earlier this year, METI was moved to annul many FIT-granted projects that had previously been found to have purposefully held back development in the hope that component costs would fall, a move that has helped free-up pipelines. METI also introduced a clause that stated any projects approved in 2014 must have a finalized site and equipment contract within 180 days.
"These steps have created an immediate opportunity for module suppliers, although the installed cost of PV systems in Japan is generally higher than in other matured markets," added Mathur. "From April 1, 2014, sales tax rose by 3%, making the total tax levy on solar PV systems around 8%."
Japan's solar landscape is not only growing but diversifying, concluded Mathur, pointing to an increase in the number of large-scale solar PV projects that have been completed in the country over the past few months. At the same time, the residential sector appears to be slowing. Future obstacles to growth could be "Japan's mountainous terrain and lack of connectivity between regional grids," warns the analyst.
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California approves solar permit streamlining

California approves solar permit streamlining

Today, a group of solar installers in hardhats joined businessmen in suits and elected officials for a celebration at the Chamber of Commerce in the city of Torrance in Southern California.

The occasion for the celebration is the signing of a new bill which promises to reduce red tape by requiring streamlined permitting in the more than 500 seperate jurisdictions in California, an effort that was led by a state official from Torrance.

Assemblymember Al Muratsuchi (D-Torrance) is the author of AB2188, which was signed by California Governor Brown yesterday after passing both houses of the state's legislature in late August. 

“It takes us one day to install a residential solar system yet in many cities and counties it takes months just to get a simple permit,” said Randy Bishop, CEO of solar installer Verengo. “Thanks to this bill, that bureaucratic burden should lighten, allowing us to deploy more solar and employ more people.”

The California Solar Energy Industries Association (CALSEIA) was a key backer of the bill, which Executive Director Bernadette Del Chiaro called “historic”. 

“(AB2188) mandates that every single city and county in the state adopt an ordinance to adopt streamlined permitting, and requires that it be substantially in performance with best practices, as outlined by the state guidebook,” explains Del Chiaro.

Among the changes made by the bill are the requirement that all cities and counties accept electronic submissions of permit applications.

Local governments have nine months to comply with the legislation. Del Chiaro notes that the cities of Los Angeles and San Francisco and San Diego County already have streamlined permitting in place.

 
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New York State to support 214 MW of new solar PV

New York State to support 214 MW of new solar PV
 
New York Governor Andrew Cuomo has announced an estimated US$94 million in new funding through the NY-SUN program for projects awarded through the New York State Energy Research and Development Authority's (NYSERDA) Competitive PV program.

The funds will support 142 PV projects for a total of 214 MW of new PV capacity. Governor Cuomo's office estimates that this is a 68% increase on the 316 MW of solar PV installed and in the pipeline in New York State at the end of 2013.

The Competitive PV program awarded the projects based on a competitive solicitation for projects above 200 kW, in an effort to stimulate the market for mid-sized solar. NY-SUN funding will be paid out on these projects both at project completion and annually a performance basis, and Governor's Office expects the NY-SUN funding to leverage US$375 million in private investment. 

The state of New York notes that the level of incentives is declining for NY-SUN projects under the competitive solicitation. In utility ConEdison's service territory, which includes New York City, the state was providing roughly US$1.00 per watt a year ago, and in this latest round will be providing only $0.55 per watt. In the rest of the state, the level of incentives has fallen from $0.68 per watt to $0.41 per watt.

“We are moving toward having a self-sustaining solar industry here, that would not require incentives from the state,” explains NYSERDA Assistant Director of Communications Dayle Zatlin.

The average capacity of systems has also more than doubled from the previous round to an average capacity of 1.8 MW, and the large majority of capacity is ground-mounted. The majority of the projects are located at businesses, schools and school district properties, with 36 MW on government properties.

The announcement follows on the heels of the roll-out of a new program for solar at New York state schools.

 
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New York's $5bn renewables vision

New York's $5bn renewables vision

New York's public sustainable energy body the New York State Energy Research and Development Authority (NYSERDA) this week unveiled details of its $5 billion, ten-year plan to hit the state's greenhouse gas (GHG) emission reduction target.
New York has committed to reducing its GHG emissions by 40% by 2030 and by 80% by 2050.
In a report published on Tuesday, NYSERDA said hitting those ambitious targets would not be possible under current renewable energy policies and has asked for permission to introduce a Clean Energy Fund (CEF) from 2016 onwards.
With a focus on distributed generation and on meeting supply-side GHG reductions – through business and technology innovation – and demand-side solutions – by driving awareness of, demand for and access to clean energy solutions for the public – NYSERDA says its plans will cost an additional $3.857 billion on top of current funding commitments but can financed at the same time as a reduction in the amount of money levied on energy consumers.
The public body wants permission to spend the significant cash balances it has accrued from current renewable support policies and whose disbursement has lagged due to the slow development of projects – a cash surplus which has drawn criticism from opponents who say energy ratepayers are being squeezed to boost NYSERDA's coffers.
Rising costs will not mean rising bills
By committing to spend those balances within three years, NYSERDA says it can reduce the limit on how much ratepayers contribute to renewables programs from the current $925 million per year to $700 million in 2016, $650 million in 2019, $625 million in 2020 and $400 million from 2021 to 2025 when the CEF would end, although an additional $400 million would be needed in 2026 and a final $174 million in 2027 to achieve all the CEF's ambitions.
According to NYSERDA's figures, the 10-year CEF plan would involve total expenditure of $4.946 billion, a rise of $3.857 billion on the $2.092 billion already committed to current programs.
The CEF vision would focus on four key areas, of which two, the New York Green Bank and NY-Sun initiatives, are already up and running.
$2.5bn for demand-side measures
In addition to providing the remaining $781.5 million promised to bring the bank up to its $1 billion capitalization, and supplying $1 billion per year to the NY-Sun program aimed at fostering a subsidy-free solar sector in the state, the CEF would devote $2.5 billion to developing the – demand-side – market for renewable energy and around $700 million to fostering business and technological innovation to drive the supply-side aspect of the equation.
To supply the flexibility needed to react to changes in the renewable energy market, NYSERDA wants the freedom to re-allocate funds between the two new streams as required.
If the CEF strategy is approved, a Program Investment Plan will be drawn up by NYSERDA for approval and detail work by the state's Department of Public Service within 120 days, although this week's 88-page proposal did not give an expected date for initial approval of the scheme.
Private investment to replace taxpayer dollars
Under the CEF strategy, which focuses on distributed generation, energy efficiency and transport solutions but also calls for a new state policy for grid-connected renewables by 2016, private investment will incrementally replace taxpayer funding and changes in the energy mix will bring transmission infrastructure savings.
Echoing recent predictions from global investment banks, the report predicts 60% of the state's energy mix will have to come from non-fossil fuel centralized generation by 2030 for GHG targets to be met.
NYSERDA's report predicts successful implementation of its CEF plan will result in 181 million MWh of energy consumption reduced, 55 million MWh of renewable energy generated, 618 million British thermal units (MMBtu) of oil and gas avoided and 57 million tons of GHG reduced, by 2025.
Under the scheme, the public body has also proposed a 'bill-as-you-go' approach with utilities to prevent it accumulating cash reserves in future.
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2014年9月22日星期一

Africa show strong growth potential

Africa show strong growth potential

The PV market in the Middle East and Africa (MEA) is set for strong growth, with many multi-megawatt ground-mounted projects in the planning or pre-planning phases, according to a new report by NPD Solarbuzz.
Current PV projects in Africa have a total potential capacity of more than 11 GW and projects in the Middle East amount to a total potential capacity of at least 1.3 GW, NPS Solarbuzz reports in its Middle East and Africa Deal Tracker - Solar Project Database, which covers completed and in-progress solar projects in 29 African countries and seven Middle Eastern countries.
"Until now, PV market growth in the MEA region has been mainly driven by a small number of economically prosperous countries, in particular South Africa and Israel," says NPD Solarbuzz analyst Susanne von Aichberger. "These two countries, and Saudi Arabia, are expected to offer stable demand levels within the MEA region over the next few years. The capacity share of the remaining MEA region is projected to increase; however, the increase depends on relatively few, but very large, projects."
More than 99% of the potential PV capacity listed in the Middle East and Africa Deal Tracker is from ground-mounted projects. In Africa, the average size of projects tends to be larger than in most established PV markets. "Economy of scale tends to raise the attractiveness of large projects, but the large size of ground-mount solar parks also increases risk, particularly in countries with previously little or no existing PV markets," von Aichberger says.
While the pipeline is extensive and spread all over the continent, the majority of Africa's existing PV capacity is located in South Africa. Completed South African projects comprise nearly 700 MW, according to the report, while identified installations in the rest of Africa amount to one-tenth of this capacity. Only 7% of identified African project capacity has been completed, according to the study.
Projects of 50 MW or greater were recently announced in Algeria, Cameroon, Egypt, Ethiopia, Ghana, Kenya, Morocco, Nigeria, Senegal, South Africa, Swaziland, Tunisia, Uganda, Zambia and Zimbabwe, with the largest pipelines in Kenya and Zimbabwe. Outside of South Africa, multi-megawatt projects have been completed in Benin, Cap Verde, Mauritania, Senegal and Uganda.
"The fundamental market driver in Africa remains the basic need for energy, especially in sub-Saharan Africa," von Aichberger adds. "However, demand is also being driven by project developers that are seeking new overseas markets to compensate for the downturn in PV projects across mainland Europe.
However, von Aichberger points out that weak energy infrastructure, corruption and political and social instability are hampering PV growth across Africa.
In the Middle East, more than 95% of the total PV capacity listed in the Middle East and Africa Deal Tracker is ground-mounted. Israel, currently the largest PV market in the Middle East, has the strongest roof-top PV demand in the region. The country currently has about 260 MW of completed projects and more than 300 MW of projects in the pipeline. However, large PV projects are expected to emerge in Saudi Arabia as soon as the country's renewable energy tender program begins.
The third Middle Eastern market with strong growth expectations is Jordan, with nearly 600 MW of planned capacity. "Driving growth in the Middle East solar market is the desire to reduce the consumption of fossil fuels; however, the market is threatened by bureaucracy and potentially by political instability," von Aichberger says. Compared to the African PV market, the project realization rate in the Middle East has been higher. Of all capacity in the Middle East listed in the report, 22% are completed installations.

 
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ZSW sets 21.7% thin film efficiency record

ZSW sets 21.7% thin film efficiency record

The world record for thin film solar performance is back in the hands of researchers at Stuttgart’s Centre for Solar Energy and Hydrogen Research (ZSW) after scientists achieved a 21.7% efficiency with a new CIGS solar cell.
The record improves by 0.7% the previous best set by Swedish researchers Midsummer earlier this year, and returns the accolade to ZSW's researchers, who have broken previous efficiency ceilings in the past.
According to Michael Powalla, ZSW's head of the photovoltaics division, the 21.7% performance extends CIGS cell's lead over typical multicrystalline solar cell efficiencies in laboratory conditions by 1.3%.
"Our advances once again confirm the tremendous technological potential of CIGS thin film PV," said Powalla. "The lab data shows that further efficiency improvements will be possible in the years ahead. This could drive down the cost of CIGS technology even more sharply."
As is standard for efficiency testing, the record-setting cell from ZSW had an area of 0.5 cm²  and was manufactured via a co-evaporation process that has proven highly reproducible in laboratory conditions. More than 40 cells were produced that topped the 21% mark – an indication that the method is ready to be scaled up to mass production volumes. The results were confirmed by the Fraunhofer Institute for Solar Energy Systems ISE.
"We are accustomed to the solar industry in Baden-Württemberg [Stuttgart’s federal state] setting records, but this world record is something special," said Baden-Württemberg’s minister of finance and economics, Nils Schmid. "The excellent research being done at ZSW is a key prerequisite for innovations like this. The roughly €4 million in basic funding flowing to the ZSW every year from the state is money well spent."
Powalla confirmed that it is likely to be a couple of years yet until this type of cell creation process is co-opted at manufacturing scale. The scientist believes that "17% to 19% is very much possible in the next few years". Currently CIGS cells on the market usually reach no more than 15% efficiency, but costs are coming down rapidly, increasing the likelihood of mass-market higher efficiencies.
ZSW has agreed a joint partnership with Germany's Manz AG for this new CIGS thin film technology, with the turnkey specialists eager to move the methods out of the laboratory and into the factory. Manz has recently refined its CIGS fab as the company looks to lower CIGS manufacturing costs by as much as 10%.
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24 MW solar project under construction in Honduras

Yingli Green Energy has announced that it will supply 24 MW of its YGE 72 cell PV modules to the Pavana Solar Park, which is under construction in Honduras. Yingli will deliver the large-format modules to the project site in the city of Choluteca during October and November.

At the time of writing it was unclear when U.S.-based engineering, procurement and construction (EPC) contractor Sybac Solar broke ground on the project, which it is building for Honduras' Energía Basica SA. The company expects to commission the project in the first quarter of 2015.

The Pavana project and another 50 MW of utility-scale PV projects under construction put Honduras' solar market in a leading position among Central American nations.

“Honduras is exciting,” notes GTM Research Solar Analyst Adam James. “But the problem there is on the one hand there is country risk in Central America, and because the utilities are so intertwined with the governments, there is some counterparty risk.”

James notes that auctions for solar projects have already been held in Guatemala and El Salvador, and that Panama is preparing an auction for 60 MW. Overall, GTM expects Central America's solar markets to grow rapidly from just over 100 MW forecast for 2014 to 400-650 MW annually 2015 through 2018.


 
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2014年9月16日星期二

Massachusetts utility-scale PV sector in danger

Massachusetts utility-scale PV sector in danger

Massachusetts' Department of Energy Resources (DOER) has proposed a 0 MW 2016 annual capacity target for the sector that features traditional ground-mounted solar PV projects larger than 650 kW and not sited on landfills or brownfields.

Under the state's new solar renewable energy credit program (SREC II), projects are broken into four sectors, with varying degrees of preference given to small generation, community solar, building-mounted solar, self-consumption projects, and projects on landfills and brownfields. 

PV projects which do not fall into any of these other three categories, are larger than 650 kW and feature less than 2/3 of electricity used for an on-site load fall into the “Managed Growth” portion of the program. 

DOER proposes to allocate no capacity for this sector in 2016, and as a result new projects would not be eligible for SRECs. Borrego Solar VP of Strategy and Business Development Dan Berwick notes that due to a backlog of 109 MW, this will effectively put an end to new projects in this sector.

“It is shifting us, it is going to force (the solar industry) into those sectors,” notes Berwick, who also serves as chair of the Massachusetts chapter of Solar Energy Industries Association (SEIA). “(The Managed Growth) segment is done, we aren't doing that anymore.”

A letter from SEIA, the New England Clean Energy Center (NECEC) and Solar Energy Business Association of New England (SEBANE) spells out the consequences of a zero allocation. The document warns of “the end of an important market sector, a further erosion of confidence in the Massachusetts solar market, millions of lost development dollars that were invested in anticipation of a more pragmatic estimate, and job contraction”.

The proposed zero allocation is based upon DOER's future market estimates in the other three sectors, in order to meet state targets to install roughly 150-200 MW annually towards Massachusetts Governor Deval Patrick's goal of 1.6 GW of installed solar PV by 2020.

SEIA, NECEC and SEBANE have appealed DOER's findings, stating that they are based on overly optimistic estimates of growth in the other sectors. The three organizations cite multiple factors, including pending net metering caps, which could provide barriers to growth in the other sectors. 

SEIA, NECEC and SEBANE estimate that the Managed Growth sector could accommodate 50 MW of PV in 2016, given more conservative assumptions. All three organizations also backed a bill to remove net metering caps as part of an overall policy redesign in the state's last legislative session, however this did not make it to a vote.

While Berwick notes that there is a “legitimate public policy objective here that DOER is pursuing”, he also says that it will affect the participation of larger developers in the state's market. 

“It has an impact on how attractive Massachusetts looks to us,” notes Berwick. He also emphasizes that the allocation is not yet final.

 
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Australia: Rooftop solar future boosted as Labor pledges support

The future of the muli-billion dollar rooftop solar industry in Australia is looking more secure after Labor leader Bill Shorten pledged support for the small-scale component of the renewable energy target to stay as is.
Shorten's pledge on the rooftop solar scheme comes as he prepares to join the Save Solar campaign, which moves this week to the marginal Sydney seat of Barton this week, and reflects the growing traction that solar is having as an emerging political issue.
The Australian Solar Council is to move its campaign to the Melbourne seat of Deakin in October and will also target by-elections in New South Wales and state elections in Victoria, Queensland, and NSW.
In an interview with the Australian Financial Review published on Monday, Shorten was scathing of the Warburton Review and called on the government to disown the recommendations.
"If the prime minister wants to work with Labor to fix the mess he has created, he first has to rule out the recommendations in the Warburton review," Shorten said.
"That's the job for Tony Abbott. This is the prime minister's report with the industry and job-decimating recommendations he wanted. It belongs in the bin."
The Abbott government has managed to convince some in the media that it is moving away from the Warburton findings, but all that Industry Minister Ian Macfarlane has said is that the target will not be scrapped. But scrapping is not the language that Warburton used – he urged it either become a 16,000 gigawatt-hour target (where it is now, so effectively closed to new business), or a 26,000 GWh target, or a true 20%. The renewable energy sector says either option would be a death knell for the industry.
Warburton also urged the small-scale scheme to be ended now, or changed significantly to rapidly phase out upfront rebates. He also called for eligible rooftop installations to be cut from 100 kW to 10 kW – a move that the industry says would kill commercial scale solar just as it starts to build.
Rooftop solar is a particularly threat to incumbent coal fired generators because it is reducing demand from the grid, and doing so a the time of the day that the generators used to make most of their revenue.
Macfarlane has been seeking to put pressure on Labor to "compromise" on the target, but this has been rejected by both Labor and the renewable energy industry. In any case, says Labor, Macfarlane is yet to make any approach.
Solar Citizens, which has helped orchestrate the Save Solar campaign that targets marginal seats with large numbers of rooftop solar installations, welcomed Labor’s commitment to the rooftop solar scheme.
"Solar users around Australia will hold the Coalition to their pre-election promise that there would be no cuts to the Target," Solar Citizens Campaigns Director Claire O’Rourke.
"82% of Australians want to keep the Target strong – any attempt to weaken it will come at a political cost to the major parties."
The coalition does have the option to impose changes on the SRES by regulation, but there is growing speculation that even this could be resisted – a highly unusual move.
Asked about this, a spokeswoman for environment minister Mark Butler said: "We don't want to see any changes to the SRES and won't enter into hypothetical discussions. The government has offered no plan to negotiate with Labor."
Labor is, however, prepared to negotiate with the coalition on the large-scale component of the target.
But, it would seem, according to Shorten's remarks to the Australian Financial Review, that it will only go only as far as the recommendation of the chairman of the Climate Change Authority, Bernie Fraser, who said last week the target should stay at 41,000 GWh, but the deadline could be pushed back a few years.
As RenewEconomy reported last week, the clean energy industry could likely accept this, as long as the target was not pushed back much beyond 2022 – otherwise is would simply create another void where there would be no new investment in coming years.
As it is, there has been no new commitments since late 2012, and the industry will continue to stagnate until the policy certainty is resolved. Modelling for the Warburton review rejected the complaints of the fossil fuel generators that the target could not be met, but if uncertainty remains, then that 2020 target becomes more difficult.
The coalition knows this and is trying to use it as a blunt hammer, although there are signs some parts of the party are now starting to appreciate the political consequences of acting so deliberately in the interests of coal–fired generators.
This is in stark contrast with the US, where the combination of state-based-renewable energy policies and federal emission rules is likely to reduce the amount of coal-fired generation in that country by one quarter. And in China, where coal imports have actually declined for the first time.
Still, some environmental groups are disappointed that Labor is not taking a more ambitious stance, suggesting that it should be seeking an even higher renewable energy target.
"Labor does not need to back down from the existing target,” said Andrew Bray, from the Australian Wind Alliance.
"The government’s own modelling showed that keeping the current target delivered the best result for the consumer. Labor needs to be saying to Australians we can have more renewable energy, to clean up our power supply and reduce our cost of living."
Any delays in the target, however, is likely to result in more solar projects than wind projects, as the price of utility-scale solar is expected to fall and crowd out all but the best tier-one wind projects.
Bloomberg New Energy Finance has suggested that by 2018, around half of new large-scale renewable energy projects being constructed could be solar. The key is the cost of finance. There is little doubt there are several dozen solar projects ready to roll out, some already with
 
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India reveals draft of new program to support 20 GW of large PV projects by 2020

India reveals draft of new program to support 20 GW of large PV projects by 2020

India's Ministry of New and Renewable Energy (MNRE) has released a draft of a program to establish 25 new solar parks over the next five years. Each park will have a capacity of 500 to 1000 MW, allowing for a total of around 20 GW.

The draft policy document cites the success of Gujarat's Charanka Solar Park, and partnership with state governments is a key aspect of the program. States would supply the land and set up the infrastructure for the solar parks, and will be obliged to buy at least 20% of the electricity from the projects.

In exchange, MNRE would provide grants up to Rs 20 lakhs (US$33,000) per MW or 30% of costs for setting up the parks, as well as grants of Rs 25 lakhs (US$41,000) per park for related expenses. MNRE estimates that the total cost of these programs and a processing fee to Solar Energy Corporation of India (SECI) will come out to Rs 4046 crore (US$665 million).

The program also appears to emphasize state governments and the central government's SECI as developers. Private developers would have the option to partner with state governments and/or SECI, but government entities would retain 51% of the equity in the projects.

Mercom Capital CEO Raj Prabhu says that overall the program is a good sign for the incoming administration of Narendra Modi. “Opening up a new avenue of 20 GW of solar projects is India is very positive,” notes Prabhu.

However, he expresses concerns with several aspects of the program, including the emphasis on government development and ownership of the projects. Additionally, Prabhu questions the focus on very large projects.

“Since the whole world is going towards distributed energy because of the drop in prices, why is India going in the opposite direction?” asks Prabhu. “India has 25-30% transmission losses, among the highest in the world. How does it make sense to have these sorts of centralized huge projects?”

However, he emphasizes that this program is still in the early stages of planning. “This is a very preliminary draft, and I'm sure there are going to be other iterations coming and this policy is going to evolve.”

 
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