2015年7月30日星期四

Kyocera expects improving solar business profitability despite revenue decline


  • Kyocera’s Applied Ceramic Products Group, which houses its solar operations, had first quarter sales of 52,514 million yen (US$422.2 million), down 2.4% from the prior year period. Image: Kyocera
Japanese electronics firm Kyocera Corporation reported a small but consistent decline in PV sales in the first quarter of its 2016 financial results. 
Kyocera’s Applied Ceramic Products Group, which houses its solar operations, had first quarter sales of 52,514 million yen (US$422.2 million), down 2.4% from the prior year period. 
However, profits increased due to cost reduction measures, according to the company, resulting in a reported profit of 3,581 million yen (US$28.7 million). 
Applied Ceramic Products Group sales in the quarter declined compared with the previous first quarter due to weaker solar energy business for the public and commercial sectors primarily in Japan. 
Overall, Kyocera expects the Applied Ceramic Products Group to have FY2016 sales of 247,000 million yen (US$1.98 billion) down 11% from the previous year. Profit guidance of 19,000 million yen (US$152.7 million) for the financial year equates to a 500% increase of the previous year. 

2015年7月29日星期三

JA Solar appoints outside specialist to advise on founder’s de-listing petition


  • Ja solar
    JA Solar has appointed an outside financial advisor and legal counsel to advise on the petition by its chairman and CEO, Baofang Jin to take the company private and de-list from the NYSE. Image: JA Solar.

Financials

  • SOL
    NYSE
    1.31
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    4:02PM EDT
Major PV manufacturer JA Solar has appointed an outside financial advisor and legal counsel to advise on the petition by its chairman and CEO, Baofang Jin to take the company private and de-list from the NYSE. 
The special committee of its board of directors, fronted by two of JA Solar’s independent directors has appointed the firms of Houlihan Lokey (China) Limited as its financial advisor and Gibson, Dunn & Crutcher LLP as its legal counsel. 
JA Solar has not provided any timelines to which a decision will be made and reiterated that any definitive agreement on the proposal is not guaranteed. 

2015年7月28日星期二

SunPower guides 2015 revenue 50% lower than previous year


  • SunPower expects full-year 2015 GAAP revenue to be around 50% lower than in 2014, due to the impact of establishing its JV yieldco vehicle with First Solar.
  • Second quarter GAAP revenue was below market expectations at US$381 million, compared to US$440.9 million in the first quarter of 2015. Gross margin (GAAP) dropped to 18.6%, down from 20.6% in the prior quarter.
  • The company guided 2015 GAAP revenue of US$1.50 billion to US$1.70 billion, down 50% at the low point of guidance, compared to 2014 GAAP revenue of US$3.027 billion.

Financials

  • SPWR
    NASDAQ
    25.66
    +0.55 (2.19%)
    4:15PM EDT
Major PVEP (Photovoltaics Energy Provider) SunPower expects full-year 2015 GAAP revenue to be around 50% lower than in 2014, due to the impact of establishing its JV yieldco vehicle with First Solar. 
After the IPO of 8point3 Energy Partners, SunPower has for the first time this year provided full-year guidance. 
The company guided 2015 GAAP revenue of US$1.50 billion to US$1.70 billion, down 50% at the low point of guidance, compared to 2014 GAAP revenue of US$3.027 billion, up from US$2.507 billion in 2013. Gross margin for the year was guided at between 10 to 12% and a net loss per diluted share of US$2.35 to US$2.05.
Capital expenditure was also lowered from previous guidance of US$300 million to US$350 million to a range between US$250 million to US$300 million in 2015. 
Remaining capacity constrained, SunPower guided full-year module deployments of 1.25GW to 1.3GW for 2015, compared to PV Tech estimates of 1.3GW in 2014 and 1.03GW in 2012.
Second quarter GAAP revenue was below market expectations at US$381 million, compared to US$440.9 million in the first quarter of 2015. Gross margin (GAAP) dropped to 18.6%, down from 20.6% in the prior quarter. 
SunPower noted in an earnings call that it remained at full production utilisation rates and expected the new Fab 4 to produce around 225MW of solar cells in 2016. 
‘Meaningful megawatts’ from Fab 4 were said to be expected in the first quarter of 2016, compared to previous stated expectations of Fab 4 operating by mid-2015.
The fab was said to be coming online ‘later this year,’ according to management.
The company expects third quarter GAAP revenue to be in the range of US$400 million to US$450 million and have deployed between 300MW to 330MW.
The company said that it was raising its EBITDA guidance range for 2015, originally given at its Analyst Day event last November due to the positive impact of the yieldco. 
SunPower expects EBITDA to be in the range of US$425 - US$475 million, compared to US$400 - US$450 million. 

2015年7月27日星期一

Spain environment ministry approves Juwi’s 450MW PV project plans


  • Juwi Ortaffa project, Pyrenees
    Juwi: The latest approval 'is just an intermediate step in the process – although an important milestone.' Image: Juwi
Spain’s Ministry of Environmental Affairs has approved a 450MW PV project, which Germany-based renewable energy firm Juwi plans to develop in Mula, in the the country's Murcia region.
The development would cover 1,088 hectares, and require a further EUR450 million (US$499 million) investment from Juwi.
When announced in May 2013, the project was assigned ‘strategic’ status by the government of Murcia in order to cut in half the time needed to obtain the necessary authorisations. The project was expected to create 200 jobs during the design phase and more than 1,000 jobs during construction and engineering.
A Juwi spokesman told PV Tech that the latest approval “is just an intermediate step in the process – although an important milestone”.
He added that the next major step is to gain administrative authorisation and project approval from the Ministry of Industry. Juwi hopes to receive these specific approvals by the first quarter of 2016.
The spokesperson added: “We have been busy working on the project since 2012 and hope to have received all approvals by Q4 2016."
The news comes after difficult conditions for the solar industry in Spain.
Back in January 2014, Juwi announced that it would pull out of its Spanish operations and cut a total 80 jobs in Europe as part of restructuring efforts.
Meanwhile, the Spanish government has introduced a range of punititive retroactive policies targetting solar installations receiving the country's feed-in tariff and other forms of support. The most recent, in June, was a proposed “sun tax” on the use of batteries for residential self-consumption of solar energy in Spain which would be punishable by a fined double that for leaking radioactive waste. However, in less than a week, more than 180,000 Spanish citizens signed a petition against plans.
It is understood the Murcia project will be built without any FiT support, instead competing in the open market with other generation technologies.

2015年7月26日星期日

Ecosolifer planning heterojunction cell module assembly plant in Brazil


  • EcoSolifer
    An initial investment in the assembly plant was said to be around US$8.7 million, indicating small-scale module production.
Swiss/Hungarian silicon thin-film equipment and technology firm Ecosolifer has been reported to be planning an 80MW module assembly plant in Brazil, using its proprietary amorphous silicon deposition technology on monocrystalline wafers produced at its plant in Csorna, Hungary. 
The Bloomberg report reveals that the company has yet to decide a location for the assembly plant and the heterojunction cells would be supplied to the assembly beginning in April 2016. 

An initial investment in the assembly plant was said to be around US$8.7 million, indicating small-scale module production. 
The report cites Bruno Zacharias, head of Ecosolifer’s operations in Brazil as wanting to be the first to produce solar cells in Brazil. 
EcoSolifer has claimed on its website to have developed deposition process on both sides of monocrystalline wafers capable of producing conversion efficiencies above 20%. 

2015年7月23日星期四

SunPower to develop 100MW plant in Boulder City, Nevada


  • The plant is expected to produce enough energy to power 15,000 homes. Image: SunPower
Solar panel developer and manufacturer SunPower has signed off on a 20-year power purchase agreement (PPA) with NV Energy to develop a 100MW PV plant in the Eldorado Valley in Boulder City, Nevada.
Tom Werner, CEO and president of SunPower said: "Today, power generated from solar plants is cost-competitive with power from traditional, fossil fuel burning plants – and becoming more cost-competitive every day.
“Increasingly, utilities are adding solar to their energy mix to ensure their customers are taking advantage of the reliable and emission-free power of the sun. We are pleased to partner again with NV Energy to enable more Nevada homes and businesses to take advantage of the state's abundant solar resource."
The installation, titled "Boulder Solar," is expected to create 200 jobs during its development, with a completion date set before the end of 2015 and commercial operation slated for 2016.
Once completed, the plant will produce enough energy to power 15,000 homes — based on estimates calculated by the Solar Energy Industries Association.
SunPower acquired the project from KOMIPO America — a subsidiary of Korea Midland Power — earlier this year. KOMIPO America will still take part in the construction and maintenance of the plant, while the PPA with NV Energy is still subject to approval by the Nevada Public Utilities Commission.
Comprised of SunPower Oasis Power Plant systems, the site is estimated to offset nearly 192,000 tonnes of CO2 annually — the equivalent of removing 740,000 cars from the road over the next 20 years.

2015年7月22日星期三

Solect Energy hits 20MW in commercial-scale projects


  • Solect's 20MW of PV projects serve as the equivalent of taking 3,200 cars off the road. Image: Jeremy Levine/Flickr
Massachusetts-based PV project developer Solect Energy announced that it has reached 20MW of solar power through over 150 finished commercial-scale projects — highlighting the company’s focus on delivering solar solutions to small and medium-sized businesses and groups across “The Bay State.”
Ken Driscoll, founder and CEO of Solect, said: “This is an exciting milestone for Solect Energy, which has grown by successfully working with a historically underserved market, small to medium-sized businesses, not-for-profit organizations and municipalities.
“Massachusetts manufacturing companies, commercial enterprises and institutions operate with tight budgets and require customized solutions to gain the maximum return on their capital investments. We are proud that all of our customers view us as a long-term, trusted advisor that will guide them through all phases of the process including feasibility, financing, installation and ongoing system support – with many of these customers coming back to do a second system with us or referring us to their professional network.”
Making up part of Solect’s 150-project portfolio is a 260kW installation on the roof of family-owned apple picking and shipping company Joseph P. Sullivan & Co (JP Sullivan), which, combined with another 99.5kW system on the group’s office building, will help account for over 75% of the company’s electricity needs.
Ned O’Neill, vice president at JP Sullivan, said: “When we first looked at solar with another developer five years ago, the economics did not make sense. However, with today’s financial and tax incentives in Massachusetts, a strong business case emerged.”
In addition, Solect’s 20MW of new projects serve as the equivalent of taking 3,200 cars off the road or cutting down on over 5,500 tonnes of waste sent out to landfill.b

2015年7月21日星期二

Chile installed 16MW of PV in June


  • SunEdison in Chile
    Figures from Chile’s Ministry of Energy (CIFES) oddly reported a drop in operational capacity of 9MW between April and May. Image: SunEdison
Chile installed 16MW of solar PV in June with operational capacity now standing at 553MW, up from 537MW the previous month.
Figures from Chile's renewable energy research institute Centro para la Innovación y Fomento de las Energías Sustentables (CIFES) oddly reported a drop in operational capacity of 9MW between April and May, but the new figures show a rise in capacity again in June.
Solar now represents 24% of Chile’s renewable energy capacity.
The latest findings show that a 250MW solar plant is also under environmental assessment, as is a 105MW concentrated solar power (CSP) plant.
Meanwhile PV capacity under construction stood at 1.84GW at the end of June, down from 1.98GW at the end of May.

2015年7月20日星期一

SunEdison’s Vivint buyout reinforces case for SolarCity yieldco – Vishal Shah


  • Vivint Solar
    Vivint Solar's sale to SunEdison and TerraForm Power bolsters the case for a SolarCity yieldco, according to Deutsche Bank analyst Vishal Shah. Image: Vivint Solar.
Deutsche Bank analyst Vishal Shah has said US installer SolarCity could be one of the indirect winners from news that SunEdison and its yieldco, TerraForm Power, are to acquire residential installer Vivint Solar.
Responding to this morning’s announcement of the US$2 billion Vivint Solar buyout, Shah said in a briefing note to investors that the move was “positive” for the solar sector overall.

But he went on to say that it was also positive news specifically for SolarCity, which is one of the few heavyweight US downstream players yet to form a yieldco, despite speculation that it could go down this route.
“SolarCity has talked about evaluating a potential yieldco in future and this acquisition makes that strategy more credible,” Shah said.
On SunEdison and TerraForm Power’s prospects following the deal, Shah was also upbeat.
“This acquisition also accelerates SUNE's [SunEdison’s] presence into the residential solar market where entry barriers are high and profit margins are more attractive. This transaction also reiterates our view that SUNE/TERP [SunEdison/Terraform Power] platform is best positioned to acquire assets due to cost of capital/structure and scale advantages over other players in the industry,” he wrote.
RBC Capital Markets analyst Mahesh Sanganeria took a similar line, writing in a briefing note: “In a first read, we view the acquisition as a positive to SunEdison as it accelerates company’s expansion into the US residential solar market.”
However, off the back of the acquisition news, New York City-based securities firm Faruqi & Faruqi announced it was investigating Vivint Solar’s board for “potential breaches of fiduciary duties” in connection with the sale.
The firm maintained that under the US$2 billion cash and stock sale Vivint stockholders would only receive US$16.50 a share whereas the median share price target is US$20 per share, and could go higher.

2015年7月19日星期日

Swinerton signs Array Technologies trackers for 1GW US pipeline


  • Array Technologies claims its latest DuraTrack HZ v3 tracker needs no scheduled maintenance over its 30-year lifespan. Image: Array Technologies.
Developer Swinerton Renewable Energy has signed a deal to use the latest trackers from Array Technologies on a 1GW pipeline of US PV plant projects.
The tracker manufacturer announced yesterday that over a dozen utility-scale projects will be built in various regions, using the DuraTrack HZ v3, which Array claims is a “groundbreaking design built to lower the levelised cost of electricity”.
As of June, when a 40MW supply deal for two plants in California was announced, the two companies had worked together on 270MW of solar installations, with yesterday’s announcement therefore representing a significant scaling up of the partnership.
Array Technologies, the solar market’s leader for tracker sales, has seen 3GW of its trackers installed worldwide. The company claims DuraTrack HZ v3 needs no scheduled maintenance over its 30-year expected lifetime and has a 6% power density advantage over rivals.
“Its advancements will allow us to provide the lowest installed cost tracker in the industry,” Swinerton Renewable Energy vice president and division manager George Hershman said of the single-axis tracker.
“ATI’s high reliability and low maintenance costs provide our clients the best overall plant performance. Swinerton is proud to be a long-term partner with ATI and we look forward to successfully delivering our 1GW portfolio together.”
Array Technologies CEO Ron Corio meanwhile talked up the company’s partnership with Swinerton.
“Our partnership is based on a mutual interest to increase the dissemination of solar by lowering LCOE and improving its economic viability. We are honored to work with such a well-respected organisation and believe that the experienced team at Swinerton proves to be a superior asset to the solar industry,” Corio said.
Corio recently said that Array had expanded manufacturing output and increased automation at its production lines in order to meet an expected surge in demand for utility-scale system components as the US solar industry readies itself for the likely scaling down of the investment tax credit (ITC) support in December 2016.

2015年7月16日星期四

Power optimiser firm Ampt fuels expansion with US$25 million funding round


  • FS.
    A report out this week - funded by First Solar - appeared to show that utility-scale solar has better economic and environmental impacts than residential, coincidentally based on a study conducted in Ampt's home state, Colorado. Image: First Solar.
US power optimiser supplier Ampt has raised US$25 million to ramp up its production, sales and product innovation, with its optimisers aimed at the commercial and utility-scale PV plant markets.
After securing a Series C funding round worth US$20 million and raising working capital worth US$5 million, the company said yesterday that it was seeking to “support continued growth”. Ampt’s module level power electronics range includes a string DC optimiser, which the company claims can lower PV plant costs.
In a statement given to PV Tech this morning, an Ampt spokeswoman said that as PV panel costs decline, reducing the cost of inverters and other electrical balance of systems (BoS) components is becoming more important, and claimed that adjusting PV power output at the module level could help address this.
“Globally, 60% of deployments are utility scale, which is the fastest-growing segment in solar,” the spokeswoman said.
“PV panels used to be bulk of the cost of PV systems, but now it’s less than 50% – and component costs, such as inverters, make up more of the expense. Ampt’s DC optimisers reduce inverter and electrical BoS costs by up to 50%, while distributing MPP tracking throughout the PV array to deliver more energy.”
An investment firm in Ampt’s home state of Colorado, Bohemian Investments, led the Series C round, while other investors included the family trust of Ampt founder Doug Schatz, who is already a strategic investor in his own company.
Ampt’s optimisers use two patented technologies, String Stretch and Ampt Mode. The company claims both can result in significant savings, for electrical BoS costs and PV inverter costs per watt respectively. Ampt has been looking to broaden its horizons already this year, sending a representative to the PV Expo show in Tokyo earlier this year, spying opportunities in the Japanese market, a belief that appeared to be backed up by the analysis of Cormac Gilligan at IHS, who called Japan a "huge opportunity" for power electronics firms.

In today’s statement the spokeswoman said that the latest funding round was the company’s largest to date and “will be used to drive our global expansion and allow us to continue to innovate – making technology that creates cost reductions for commercial and utility scale PV systems”.  

2015年7月15日星期三

HydroRevolution to develop solar desalination facility in California


  • Once the site is completed, HydroRevolution will be able to produce enough water for 10,000 homes. Image: HydroRevolution
HydroRevolution — a subsidiary of renewable-energy water reuse system provider WaterFX — has announced plans to develop a commercial solar desalination plant in the Panoche Water and Drainage District, located in California’s Central Valley.
Once the site is completed, HydroRevolution will be able to offer a sustainable water source to water districts by utilising solar energy to change salt water into freshwater.
Aaron Mandell, chairman of HydroRevolution, said: "The demonstration plant proved that we can reliably treat drainage water, and also showed that the treated water is not a waste product; it is a valuable new source of freshwater.  Using a sustainable source of energy to recycle or desalinate water will become a mainstay in regions with water scarcity."
The new plant will be built over 14 hectares of land, with the potential for the site to expand to 28 hectares. The spot that will hold the solar desalination facility makes up just a small fraction of the 2428-hectare area that is used to oversee and reuse irrigation drainage water for the Panoche Water District.
HydroRevolution will be able to produce 5,000 acre-feet of water annually — enough water for 10,000 homes or 809 hectares of cropland.
Dennis Falaschi, manager of Panoche Water and Drainage District, said: "Given the trend of highly uncertain inputs from the Delta, we need to develop a reliable supply of water in the Central Valley. This is a sustainable solution that can provide a substantial amount of additional water. After seeing the results from the demonstration plant by WaterFX, we're eager to get the HydroRevolution plant online quickly and optimistic about seeing others replicate what we're doing here. There is an enormous resource of subsurface water that can be utilized."

2015年7月14日星期二

New WINAICO modules pass TÜV Rheinland’s IEC certification tests


  • WINAICO has managed to reduce CTM losses to below 1% in its new modules. Image: WINAICO
Taiwanese PV module company WINAICO has completed TÜV Rheinland’s IEC 61215 and IEC 61730 certification tests for its 300 W monocrystalline PERC module.
The completion of these tests signals that the modules are ready for mass production and shipping to all major markets across the globe.
In an effort to cut down on CTM (cell to module) losses, WINAICO implemented PERC technology into its modules, reducing CTM losses to below 1%.
Sascha Rossmann, vice president of global sales for WINAICO, said: “WINAICO has more than 2 years of experience in mass producing PERC solar modules, so it is not surprising for us to be the first in the world to mass produce 300 W 60-cell PERC monocrystalline modules.
“Passing the IEC certification tests with TÜV Rheinland shows we are ready to mass produce and ship the 300 W modules to all major markets worldwide.”

2015年7月13日星期一

PowerSecure receives US$100 million in utility-scale PV installations


  • PowerSecure plans to expect around US$15 million in revenue from these plants in the fourth quarter of 2015. Image: Chandra Marsono/Creative Commons
PowerSecure International has been awarded US$100 million in new solar plants, including a ground-mounted project for one of the largest investor owned utilities (IOUs) in the United States.
PowerSecure plans to recognise around US$15 million in revenue from these plants in the fourth quarter of 2015 and US$85 million through 2016.
The awards follow US$120 million in utility grade solar plants that were announced in mid-2014 for a large IOU customer, as well as around US$30 million of microgrid and energy storage projects.
Sidney Hinton, chief executive officer of PowerSecure, said: "The solar marketplace remains very active and we are excited to add these new large awards to our growing backlog of utility-scale solar projects and complex microgrid solutions which integrate solar energy. Projects like these new solar awards build on our strong start to 2015 and add to the backlog that is already building for 2016.”

2015年7月12日星期日

World’s largest bifacial PV plant nears completion in Chile


  • MegaCell bifacial
    The facility contains 9,180 bifacial PV n-type silicon modules with a nominal peak power of 270Wp each containing BISoN solar cells produced by Megacell. Image: MegaCell
Power systems company Griguol Impianti Elettrici is at an advanced stage of constructing the world’s largest bifacial PV system ‘La Hormiga’ at 2.5MWp capacity in Chile, using technology from Italy-based module manufacturer MegaCell, which is part of Mega Group.
The plant, located in the Valparaíso region, is due for completion in Q3 this year.
Total electricity generation will be around 5.78GWh per year, with the possibility of reaching a levelised cost of electricity (LCOE) value lower than US$59MWh per year, MegaCell claimed.
The facility contains 9,180 bifacial PV n-type silicon modules with a nominal peak power of 270Wp each. They contain BISoN solar cells produced by Megacell.
The modules are mounted on a fixed rack and produced in Carmignano di Brenta factory in Padova, Italy. There are also 240 standard monofacial modules.
The ‘glass-glass’ architecture of the bifacial PV module is expected to guarantee a life span of more than 40 years.
A Chile-based investor is also involved in the project.
Franco Traverso, chairman and chief executive at MegaGroup, said: “We are proud to contribute to the construction of such an ambitious project which has an international renown and [which involves] experienced Italian companies with high innovative capabilities.
“Together with our partner, Griguol Impianti, we will actively contribute to the solar international development and in particular to the Chilean one, which will render Chile the photovoltaic hub of Latin America.”

2015年7月9日星期四

IBC Solar starts work on Hungary’s largest PV plant


  • The 30-hectare slag heap of the country's largest coal-fired power plant Matrai Erömü will be covered with 72,480 solar modules in a few weeks. Image: IBC Solar
German firm IBC Solar has started working on what is expected to be the biggest solar plant in Hungary with a nameplate capacity of 18.5MWp.
The 30-hectare slag heap of the country's largest coal-fired power plant Matrai Erömü will be covered with 72,480 solar modules within a few weeks, said an IBC statement.
The plant will be able to supply electricity to around 1,000 households per year.
IBC solar, along with Romania’s EnergoBit Group and Hungarian company Wire-Vill Energetics, are responsible for the development, procurement and construction of the plant.
A six-week test operation of the plant will begin in August 2015
In January, the Hungarian government imposed an import tax on solar panels claiming the move is necessary on environmental grounds in a move that was condemned by the European Photovoltaic Industry Association (EPIA).

2015年7月8日星期三

PDO, GlassPoint Solar to develop solar thermal plant in Oman oilfield


  • Steam generation is expected to begin at the site in 2017. Image: Glasspoint Solar
Petroleum Development Oman (PDO) — the largest generator of oil and gas in Oman — and solar enhanced oil recovery (EOR) company GlassPoint Solar has announced its mission to develop one of the largest solar plants in the world.
The project, called Miraah, will stand as a 1,021MW solar thermal plant in South Oman, utilizing the sun’s rays to generate steam. The steam will then be used in thermal EOR to withdraw oil from the Amal oilfield.
Once completed, Miraah will dole out the greatest peak energy output of any solar plant in the world. It is projected to save 5.6 trillion British Thermal Units (BTUs) of natural gas per year.
Raoul Restucci, managing director of PDO, said: “PDO is proud to lead the industry by deploying solar-powered oil production at an unprecedented scale and level of efficiency. The project will provide a significant portion of the steam demand at Amal and is an important part of PDO’s production plans.
“The use of solar for oil recovery is a long-term strategic solution to develop PDO’s viscous oil portfolio and reduce consumption of valuable natural gas, which is needed elsewhere to diversify Oman’s economy and create economic growth. It also will displace diesel and higher carbon intensive power generation and oil burning in future thermal projects.
“PDO has been a pioneering force in EOR for a number of years and it will play an increasingly important part in the Company’s portfolio, accounting for around a third of our production by 2023.”
The full-scale installation will be comprised of 36 glasshouse modules — with the total project area spanning an swath of land equivalent to over 360 football pitches.
Restucci added: "PDO awarded GlassPoint the contract based on the strength of our successful solar steam pilot, which has exceeded expectations for reliable operations and steam delivery for the past two years. GlassPoint’s proven track record propelled us toward this historic project that will be over 100 times larger.”
At this time, the project is expected to break ground in 2015, with steam generation beginning in 2017. Once developed, it will also reduce CO2 emissions by over 300,000 tonnes annually.
Rod MacGregor, president and CEO of GlassPoint Solar, noted: “The oil and gas industry is the next major market for solar energy. It takes a tremendous amount of energy to produce heavy and viscous oil, with a typical oil field consuming the same amount of energy as a small city. PDO is the global leader in oil and gas innovation and the first to realise the value of using solar to replace traditional fuel sources to generate steam for EOR."
The top process used in extracting oil is steam flooding, an EOR method in which steam is sent into a reservoir in order to heat up the oil and lower its viscosity, making it much easier to pump it out of the ground. GlassPoint’s solar EOR method creates steam from solar energy, lowering an oilfield’s gas consumption by up to 80%.
Restucci stated: “This project has the potential to make Oman a world centre of excellence for solar EOR with obvious benefits in terms of job and training opportunities for Omanis, building a robust Omani supply chain and attracting further foreign investment, whilst building a reliable and sustainable proposition for solar EOR worldwide."

2015年7月7日星期二

Coronal, Panasonic Eco Solutions complete 26MW Coronal Lost Hills project


  • The 26MW plant is expected to produce 54,620 MWh of emission-free solar power. Image: Panasonic
Coronal Group and Panasonic Eco Solutions have completed the 89-hectare Coronal Lost Hills Solar Project, which will produce enough energy to power around 5,200 Southern California homes through a 20-year power purchase agreement with utility Southern California Edison.
Jonathan Jaffrey, CEO of Coronal, said: "The successful, on-time completion of the Lost Hills project is further proof of both the success of our platform and of growing interest among utility companies to transition projects to the Coronal-Panasonic team to complete and manage. Together with Panasonic we now own and operate a portfolio of solar facilities in North America totaling nearly 100 megawatts.”
The 26MW plant produces 54,620 MWh of emission-free solar power — equal to taking 8,000 cars off the road. Built by Panasonic and Swinerton Builders, the installation utilises PV panels mounted on horizontal-axis trackers that rotate with the sun’s positioning.
Jamie Evans, head of Panasonic’s U.S. Eco Solutions business, added: “The Coronal Lost Hills project, completed in just under five months, exemplifies the Coronal-Panasonic team's ability to execute agreements and quickly bring solar projects into operation. Utility-scale solar projects, like the Coronal Lost Hills project that provides electricity for 5,200 homes, are vital to meeting the demand for clean, sustainable energy across North America."

2015年7月6日星期一

California electricity rate changes suggest ‘net benefit’ for rooftop solar


  • ADB rooftop project
    Installers will now have to consider the size of the systems they install to minimize the number of times the Minimum Bill is triggered .Image: ADB
The California Public Utilities Commission (CPUC) has opted to introduce a time-of-use (TOU) based system for state utilities to charge customers for electricity and has rejected a fixed monthly charge that was seen as a barrier to rooftop solar.
The changes come after a three-year process looking at Assembly Bill 327, which was put forward by CPUC president Michael Picker.
Cory Honeyman, a senior solar analyst at the consulting firm GTM Research, told PV Tech that the TOU rates will not take effect until January 2019 and it is not yet clear whether the rates will damage or improve rooftop solar adoption.
However, CPUC is introducing a Minimum Bill of US$10 per month for customers (US$5 for lower income customers), which will be phased in during this year.
Unlike the rejected fixed charge, which Honeyman said was “insurmountable” for solar users because it would have charged all customers regardless of their electricity usage, the Minimum Bill only takes effect when consumption levels fall below a certain point.
Honeyman added: “A Minimum Bill will only trigger in select scenarios where PV production is completely outpacing consumption from the grid.”
After a Minimum Bill introduction in other states including Massachussetts, Honeyman said it is “increasingly viewed as one of the "more palatable" compromises by all stakeholders.
However, installers will now have to consider the size of the systems they install to minimise the number of times the Minimum Bill is triggered.
No further consideration can take place on fixed charges until 2018 and until TOU rates have been implemented.
Under the new rules, utilities will also be required to create a “special outreach programme” to educate lower tier customers on no-cost and low-cost conservation measures.
Meanwhile, a four-tier rate system will be narrowed to two tiers. It is not yet clear exactly at what level the tiers will be narrowed, and this will be finalised in the coming months.
Honeyman said that for high energy usage customers the flattening of the tiers means that rooftop solar economics will worsen, but they will not disappear altogether. Meanwhile lower energy usage customers are expected to become an increasingly attractive demographic for installing rooftop solar as their rates are expected to rise.
He added: “This decision translates into a net benefit for California’s residential solar growth.”
He said that, last year, lower energy usage customers specifically in Northern California, for example, saw their rates jump up by 19-20% for the consumption portion of their bill, which is the portion which solar can offset, making it extremely attractive.
A CPUC statement said that overall the changes were to a “more effective and cost-based structure, empowering consumers with more opportunities to conserve, and promoting resource optimisation and grid reliability”.
Picker claimed: “Rate reform is necessary to move us into a future where consumers have the tools they need to manage their own energy use, and can install new, clean technologies such as storage and renewables.”
Finally Honeyman added the caveat that, at the end of the year, utilities have to come up with the next version of net energy-metering roles that will determine how rooftop solar customers are compensated for the power that they deliver back to the grid.
He said the result could have a far greater impact on the growth trajectory for California’s rooftop solar than this latest CPUC ruling.

2015年7月5日星期日

Key First Solar export creditor, US Ex-Im Bank, faces closure


  • First Solar
    First Solar's entry into India has been backed by the Ex-Im bank. Source: First Solar.
Leading thin-film manufacturer First Solar faces the prospect of losing a key financial supporter of its foreign exports as the possible closure of the US Export-Import Bank looms.
Congress allowed a deadline earlier this week for the reauthorisation of the bank to pass without acting, and a vote on its future scheduled for next week could see the organisation stop issuing new loans permanently.
The Ex-Im provides cheap loans to secure business for US exporters looking to enter markets that could be deemed risky. Its website already states that new loan applications are currently on hold.
During a visit to a First Solar factory in Perrysburg in February 2015, Fred Hochberg, the chairman and president of Ex-Im revealed the extent to which First Solar has relied on the bank's support:
"We have worked closely with First Solar on putting these innovative products overseas. Close to 90 to 95% has been financed by the Export-Import Bank, so we help them compete against China and against other countries that are also trying to get into the solar field.”
A spokesperson for First Solar declined to comment.
In October 2014, President Obama and Indian Prime Minister Narendra Modi announced a US$1 billion loan agreement between the Ex-Im Bank and the Indian Renewable Energy Development Agency (IREDA).

In a statement to PV Tech at the time, Sujoy Ghosh, country head, First Solar, India said: “Cost of capital is the single biggest contributor in the overall cost of energy from a PV plant today. US Ex-Im has been supporting the Indian Solar sector since 2011, and its credit support typically has extended tenure and lower cost as compared to local Indian debt.”

In 2011, First Solar and SolarWorld Americas secured deals in India after loans totalling US$103.2 million were made. Module maker Suniva has also benefitted from Ex-Im support.

2015年7月2日星期四

NASA images highlight scale of China’s solar rollout


  • New satellite images highlight China's PV expansion in the Gobi Desert. Image: NASA
  • Imaging from the same site in 2012 reveal the swath of development that has taken place over the three-year period. Image: NASA
New images produced by NASA’s Advanced Land Imager (ALI) on the Earth Observing-1 satellite has shed some light on the spread of solar across China’s Gobi Desert.
Just six years after China began construction on its first large-scale PV installation, new inroads have been made across the Gobi — with satellite scans revealing a large growth in solar panels in an area on the outskirts of Dunhuang in northwestern China’s Gansu Province.
In a plot of land that was largely untouched back in 2006, photos show the development of solar panels across the desert in 2012 — while new images from this year revealed that the size of the PV facility has increased three-fold over the last three years.
According to China Daily, Gansu Province’s total installed solar capacity hit 5.2GW in 2014, while the National Energy Administration (NEA) noted in February 2015 that the China installed 10.6GW of solar in 2014.

2015年7月1日星期三

Sunrun to raise US$111 million via securitization


  • Sunrun residential solar
    Image: Sunrun.
US residential solar company Sunrun has announced it will offer US$111 million worth of notes.
The offering will be made through its wholly-owned subsidiary Sunrun Callisto Issuer 2015-1, LLC and will be secured by the cash flow generated by Sunrun’s portfolio of residential solar energy systems.
Of the notes, US$100 million (Class A) have an interest of 4.4% annually, while US$11 million of the notes will have an interest of 5.38% per annum.
The notes have a scheduled maturity date of 22 July 2024.
This is Sunrun's first issuance into the asset backed securitization market and the transaction is expected to close on 9 July 2015.
SolarCity was the first US installer to arrange a bond securitisation against a portfolio of residential solar assets.