2014年10月16日星期四

IHS: 45.4 GW of solar to be added globally in 2014

IHS: 45.4 GW of solar to be added globally in 2014

A strong Q4 will see the solar industry continue to grow strongly in 2014. IHS figures released today show that 32% of annual installations will occur in the quarter, totaling 14.4 GW.
NPD Solarbuzz also forecasts a strong Q4, however it's considerably more bullish, expecting 19.5 GW of solar to be added giving an annual figure of close to 50 GW.
The IHS analysis shows the U.S. and Chinese PV markets continue to drive global PV demand, with the countries installing 2.3 GW and 5 GW of solar respectively in Q4 – accounting for 50% of installations in the quarter.
U.S. installations have been “ramping up throughout the year” with 33% of the annual figure coming in Q4.

The utility scale sector continues to dominate the Chinese market, with 8.5 GW in 2014, while the rooftop market continues to fail to meet government expectations. IHS believes that the official, revised, target of 13 GW will be met by year’s end.
The relatively slow start to 2014 was attributed to declines in Europe, reports IHS, despite strong results from the UK and Japan. The decline of the German and Italian PV markets continued, with installations dropping 1.2 GW and 900 MW respectively. Germany will install 2.1 GW in 2014 and Italy 0.8 GW.
The UK shines
In a result that few would have imagined only two years ago, the United Kingdom has registered the strongest growth in 2014. With between 3.0 GW to 3.2 GW expected for the year, the UK will be the fourth largest market, behind China, Japan and the U.S. In a pattern that is familiar to the solar industry, the rush to complete installations before the ROC subsidy scheme is wound up will see 3.1 GW installed in the country in Q4 2014 and Q1 2015.
Looking to 2016, IHS expects global market growth to slow to 16% in 2015, resulting in a market of 53 GW. Growth in China is forecast to slow to 10% in the year. 2014 will be the peak year for Japan, with 9.1 GW installed, before declining in 2015.
In December 2013 IHS had forecast 40-45 GW of installations for the year, but later revised this upwards to 47 GW.IHS’ full report is the Q3 2014 PV Demand Market TrackerArticle From PV Magazine

Scottish renewable energy in the post-referendum era

Scottish renewable energy in the post-referendum era


The democratic verdict of the independence referendum in Scotland gave the proponents of the Union a 55% majority ahead of about 45% of independence seekers.
Prior to the referendum, the U.K.'s three political party leaders had promised Scots that should they vote to remain in the U.K., "extensive new powers" over income tax rates, spending and welfare would be transferred to Holyrood, Scotland's parliament in Edinburgh.
However, the vow from the three party leaders -- Tory Prime Minister David Cameron, Labour's Ed Miliband and the Liberal Democrats' Nick Clegg -- did not refer to energy policies and there is not the least hint that a potential transfer of powers to Edinburgh would include energy policy.
The case of devolving energy policy
To date, Scotland does not hold constitutional energy policy powers. The impressive success of the Scottish renewable energy (RE) sector, which led to a combination of wind and hydro energies providing Scotland's 46% of electricity in 2013, stems mainly from its great resources, the U.K.'s RE financing model and the Scottish government's passionate push towards RE deployment via minor policy powers such as the devolved environment and planning policies as well as the U.K.'s RE financing model.
Should Scotland's energy policy become devolved to the Scottish Parliament, it is certain the Scottish National Partly (SNP)-led Scottish government will seek to increase the percentage of RE and achieve its goal for 100% of electricity from RE by 2020.
The SNP has pointed out that renewable energy generated locally in Scotland is also exported to the rest of the U.K. Being part of the Union guarantees the U.K. character of Scotland's energy market and has also benefited the Scotland's renewable energy sector.
Financing Scotland's RE sector under a devolved energy policy would be the big question. Until now, public spending on devolved matters is calculated according to the so-called Barnett formula, with funds allocated by the U.K. Treasury. There is talk to change the way the Barnett formula works, but nothing is certain.
Furthermore, various energy market analysts have spoken strongly against differentiating financing models within the same market. A shared energy market needs common financing rules applying to all parts of the U.K., otherwise there is risk of market distortions, they argue.
Energy policy being a U.K. matter
The second case of retaining the U.K. nature of the energy policy appears rather more likely. Given today's multifaceted nature of energy policy and its high position in the global agenda, the U.K. will most likely seek to keep the primary say in its energy market.
So, is it business as usual for the Scottish RE sector? It appears it is rather not.
Under the recently established Contracts for Difference (CfDs) renewable energy remuneration mechanism, subsidies are spread across different pots for renewable technologies. However, subsidies for the RE sector are capped. Furthermore, CfDs will be implemented via bilateral contracts between the generators and the Low Carbon Contracts Company, a state institution.
RE investors in Scotland applying for CfDs will need to compete with investors deploying RE plants elsewhere in the U.K. While onshore wind energy projects in Scotland are expected to continue strong, other renewable energy projects will face fierce competition from similar projects south of the Scottish border.
Large-scale solar PV plants larger than 5 MW will need to compete with onshore wind projects and conventional-waste-to-energy technologies for the £65 million per year that the CfD mechanism will allocate to them. Investors are expected to prefer the U.K.'s southern parts to develop their projects, where resources are better and empty sites near the big cities largely abandoned.
Rooftop solar PV
Small-scale rooftop PV installations in Scotland are eligible for the U.K.'s feed-in tariff scheme. Precisely, Scotland's 121 MW photovoltaic installations stem from this category. However, the Scottish government needs to promote this type of renewable energy harder. According to Scottish Renewables, Scotland's renewable energy industry voice, Scotland installed only 5 MW of solar PV in the first quarter of 2014. This is a figure the Scottish government cannot take pride in. Promoting solar rooftop installations will also benefit the local economy. Scottish Renewable's data is astonishing: Despite a tiny 121 MW of photovoltaic installations by the end of March 2014, the solar PV sector employs 363 people compared to the 3,397 jobs added to the Scottish economy by onshore wind power's 4,672 MW of installed capacity in the same time period.
A £20 million Local Energy Challenge Fund created recently by the Scottish government to support community energy and local energy solutions is an example of a Scottish initiative that could promote small scale installations.
Onshore wind
Onshore wind turbines will continue be installed in Scotland in high numbers mainly due to Scotland's particularly high wind potential that in some areas can even reach the offshore wind potential. Because of the way wind turbine technology works, a slight increase in the wind's speed means a huge increase in the energy harvested, leading to more profits. Developers investing in Scotland will generate much higher income than at any onshore spot in England. Add to that the facts that Scotland is less densely populated than England and the Scottish government is very supportive of the industry and it is no wonder why the onshore wind sector does so well in Scotland and will continue to do so.
Offshore wind and wave
Less established technologies, such as offshore wind and marine, will share in up to £235 million of the U.K.'s subsidy support this autumn when the government allocates the CfDs. Theoretically, a part of this support can end up in Scottish projects. However, Scotland does not have the same clear advantage over England in offshore wind potential that it does in onshore. Offshore wind speeds in England and Scotland are similar. Wave potential off the English shores is also equally good as Scotland's. Investors are expected to prefer siting their projects in English waters and nearer to the high population centers.
Bloomberg recently wrote that Scottish independence would harm the Scottish wind sector, which would risk loosing billions of U.K. government support. Bloomberg ignored a fundamental factor, however. Developers will have no need at all to invest in Scotland when they can do so in the south, near to where they sell the electricity they generate. Scotland, most possibly, will hardly benefit from U.K. subsidies in the marine sector. It would require extremely good political skills deployed from the Scottish government to expect the opposite.
Scotland's large solar PV and marine energy sectors will struggle to secure impressive gains under the existing U.K. energy policies. Its onshore wind sector is set to continue thriving while dependant on the Scottish government; the residential and commercial rooftop solar could gain too. For the last to happen, Scottish institutions need to promote solar PV solutions more actively and engage local councils and communities in solar projects.
Article From PV Magazine

Bright Capital, Energy of the Sun invest $300 million in Russian PV plants

Bright Capital, Energy of the Sun invest $300 million in Russian PV plants


Bright Capital Management, one of Russia's largest investment funds, is partnering with leading Russian solar developer Energy of the Sun to invest up to RUB 10 billion ($300 million) in the construction of six solar energy plants in Russia's Astrakhan region with a combined capacity of 90 MW.
The new solar power plants will be built in Narimanov, Volodarskiy, Enotaevsky and other districts of the region, while their commissioning is scheduled for the end of 2015. The plants are expected to reach a total capacity of 90 MW.
According to Bright Capital managing partner Michael Chuchkevich, Energy of the Sun has the rights for the construction of 105 MW of solar capacity in the Astrakhan region and an estimated 435 MW for the whole of Russia.
The planned projects are among a number of solar endeavors announced in recent months by Russian companies.
Earlier this year, Yelena Baturina, the wife of former Moscow Mayor Yury Luzhkov, announced plans to invest €10 million in the development of solar energy in Italy and other countries in the south and south-east Europe.
Russian analysts predict bright prospects for the development of solar energy in the country. This is confirmed by the results of a recent tender for the construction of solar power plants in the 2015 to 2018 period, which resulted in application submissions for a total of 785 MW of capacity.


Article From PV Magazine

UK: £300 million in subsidy support for renewables

Renewable electricity projects in the U.K will compete for £300 million ($484 million) in subsidy support this autumn, which is an increase of £95 million from the indicative budget published in July, U.K Energy and Climate Change Secretary Ed Davey announced on Thursday.
The U.K has decided to move away from its current Renewables Obligation Certificates (ROC) scheme for supporting renewable energy projects towards the so-called Contracts for Difference (CfD) subsidy program.
CfDs, which will go into effect in April 2015, will pay a variable top-up between the market price and a fixed price level, known as the "strike price." If the strike price is lower than the wholesale market price, generators will be asked to return the difference.
The policy for establishing a capacity market and the CfD subsidy scheme are the cornerstone of the U.K. government's effort to reform the electricity markets in order to drive investment in a new generation of clean, secure electricity supplies in a cheaper manner than through previous policies.
Increased budget to be split between different technologies
However, renewable energy investors should be aware of the U.K government bearing new gifts. The increased budget will be split between the various renewable energy technologies bidding for subsidy support.
Thus, according to Thursday's announcement from the country's Department for Energy and Climate Change (DECC), established technologies, such as onshore wind and solar, will compete for up to £65 million in support, while less established technologies, such as offshore wind and marine, will share in up to £235 million.
Today's increase in subsidy support for renewable power projects does not constitute a change in the government's stance towards financing the sector. "The Government is able to increase the CFD budget because the latest estimates of the overall costs of other policies, in particular the Renewables Obligation, are lower than expected," the DECC said.
Therefore, the projected spend of the budget remains within the Levy Control Framework, which means total subsidy to the sector is capped.
Conflicting case?
Commenting on Thursday's announcement concerning the finalized budget for CfDs, the U.K's Solar Trade Association (STA) suggests this is rather a conflicting case.
"DECC claims it is moving solar out of the Renewables Obligation (RO) two years early because of pressures on the RO budget, but the announcement today reveals the cost of the RO had been lower than expected, and DECC's latest figures show solar power took just 1.3% of the RO budget in 2013/14," STA says.
STA Chief Executive Paul Barwell said, "Today's decisions represent serious strategic mistakes in energy policy that are not supported by the facts and fly in the face of the urgent need for cost-effective action on climate change."
Who will invest?

Barwell argues that given solar power has gone from near zero contribution at the start of this government to providing 9.4% of renewable power in the second quarter of 2014, removing solar from the Renewables Obligation constitutes an unfair and unjustified discrimination.
The STA suggests that plenty of developers "have already decided that the financial risk due to the 'cliff edge' of zero ROCs from April is far too high" and have withdrawn investment plans.
The STA points out that "generally the structure of the CfDs favors large players in the industry who can shoulder large risks, while the U.K. solar industry is dominated by new entrants and SMEs that are less able to cope with risk and uncertainty."
Therefore, CfD budget and design "favour large, established companies over young, disruptive solar start-ups," the association adds.
There is a clear danger, Barwell says, that the CfD policy will remove rather than increase competition in the energy sector.
Barwell's argument appears to be in line with that of Jamie Richards, partner and head of Infrastructure at the U.K.'s Foresight Group, who said "the new CfD scheme will tend to favor larger scale assets, where economies of scale will apply."
Foresight's Foresight Solar Fund Limited (FSFL) announced recently it will seek new funds to acquire new solar PV assets in the U.K.. The fund has only invested in ROC accredited projects to date.
"Because the company is the largest solar focused investment company with gross assets of some £250 million, it will be well-placed to bid and acquire such assets as they become available," Richards told pv magazine.


Article From PV Magazine

Asian solar boom raises clean energy investment volumes in Q3 2014

Asian solar boom raises clean energy investment volumes in Q3 2014

BNEF has released its latest report on Global Trends in Clean Energy Investment, which finds that strong Chinese and Japanese solar markets are supporting a rebound in clean energy investments during the third quarter of 2014.

China and Japan became the world's two largest PV markets in 2013, and investment levels continue to grow. Chinese solar investment increased to US$12.2 billion during the quarter, a 63% increase over a year prior, and representing 22% of all clean energy investment during the quarter.

Despite China's plans to move to a distributed PV market, investments were led by enormous project finance deals in both nations. This includes $1.1 billion raised for a 231 MW solar PV project in Japan, as well as $850 million for the second phase of the 530 MW Huanghe Hydropower hybrid hydro/PV plant in Western China.

Investments in U.S. PV are also growing, albeit unevenly in the nation's utility-scale sector. BNEF estimates US$1.26 billion in financing was deployed for projects above 1 MW in the third quarter. This is a significant decline from the first two quarters, but more than double the third quarter of 2014.

Over the first three months, the company found another $8.56 invested in U.S. PV projects smaller than 1 MW, a higher volume than was invested in utility-scale solar and confirmation of a move to smaller projects.

Globally $15.9 million in project finance was deployed for projects larger than 1 MW during the third quarter, a 23% increase over a year prior. This is despite falling clean energy investments in many European nations including Germany and Italy, where policy changes have impacted solar markets.

BNEF does not provide quarterly figures for quarterly investment in PV projects smaller than 1 MW, but estimates $55.0 billion in small-scale distributed PV investments over the first three quarters of 2014.
Article From PV Magazine

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.
Article From PV Magazine

 

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.


Article From PV Magazine