Solar Power Installers, Home Solar System, Energy Installers: May 2015

Sunday, May 31, 2015

New study: Hybridising electricity grids with solar PV saves costs, especially benefits state-owned utilities

The Frankfurt School – UNEP Collaborating Centre for Climate & Sustainable Energy Finance has published a new study on economic benefits of hybridising diesel-powered electricity grids with solar photovoltaics (PV).

In areas distant from main power grids, regional isolated grids – often referred to as mini-grids – are often the main source of electricity to industry and households. Power generation usually relies on diesel fuel, often imported over long distances. Yet generating costs can be reduced by hybridising these grids with PV or other renewable power sources.

On the basis of seven case studies in as many countries, this study finds that financing costs for a hybridisation project can be a major driver of electricity generation costs. Amongst other things, financing costs largely depend on the ownership structure of the power plant.

Significant cost reductions for state-owned utilities; insignificant or even negative savings for IPPs

“Relatively low ‘public sector’ return expectations can be assumed if the project is financed on the balance-sheet of a state-owned utility, and on concessional debt terms. In this case, hybridisation could achieve significant cost reductions at all seven sites” says Torsten Becker, co- author of the study.

However, assuming private sector return expectation – as possibly occurring if the hybrid is realised by an independent power producer (IPP) under a project finance structure – cost savings at six of seven sites would be insignificant or even negative.

Consequently, as Frankfurt School’s President Udo Steffens points out: “The analysis contributes to the very topical discussions on the affordability of climate change mitigation, and the challenges in crowding-in the private sector. It is part of our endeavour to advocate green energy without neglecting market realities and real economic costs.”

Diesel-powered grids can be hybridised using different types of system integration technologies and renewable energy sources. This analysis compares diesel plants to a “100-percent-peak PV penetration” hybrid technology, with which existing diesel generators can be switched off during peak availability of solar radiation. The focus on this technology, however, is illustrative only, and does not imply its general advantage compared to other hybrid technologies (likewise, solar PV was selected as only one of several options for hybridisation).

The full Study is accessible online: “Renewable Energy in Hybrid Mini-Grids and Isolated Grids: Economic Benefits and Business Cases”.

FS-UNEP Centre

2015-05-31 | Courtesy: FS-UNEP Centre | solarserver.com © Heindl Server GmbH

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Fraunhofer solar energy research center officially opened in Santiago de Chile

The Fraunhofer-Gesellschaft (Munich, Germany) is investing in a new solar research center in South America. The aim of the new Fraunhofer Center for Solar Energy Technologies, founded by the Fraunhofer Chile Research Foundation and located in Santiago de Chile, is to better exploit the solar energy potential in the sun-rich country, thereby reducing the dependence on fossil fuels.

With particular emphasis on regional implementation, the focus shall be on the further development of solar thermal and photovoltaic (PV) technologies and applications with partners from research and industry.

Joint research on solar electricity and heat production

Scientists from the Fraunhofer Chile Research Center for Solar Energy Technologies (FCR-CSET), the Fraunhofer Institute for Solar Energy Systems ISE (Freiburg, Germany) and the Pontificia Universidad Católica de Chile will together perform research on electricity and heat production using solar energy. Now the new research center for solar energy was inaugurated in the presence of the Chilean undersecretary of Energy Jimena Jara.

The official opening ceremony of the Fraunhofer Chile Research Center for Solar Energy Technologies (FCR-CSET) was held on the campus of the Pontificia Universidad Católica de Chile (PUC). Present at the event were the Chilean undersecretary of Energy Jimena Jara, the German Ambassador to Chile Hans-Henning Blomeyer-Bartenstein, the Vice President Research of PUC Sol Serrano and the Executive Vice President of CORFO Eduardo Bitran, who jointly opened the new research center.

In her welcoming address the Chilean undersecretary of Energy Jimena Jara highlighted:

“We are very happy to support the activities of FCR-CSET and we will follow with much interest their results. We hope they will contribute not only to the development of the renewable energies in Chile, but also to the emergence of an industry that can lead our country towards a solar economy.”

Institute Director of Fraunhofer ISE in Freiburg, Germany, Prof. Dr. Eicke R. Weber also spoke at the opening ceremony:

“Chile offers ideal climatic conditions combined with a challenging environment for solar research. Our intention is to combine this potential with the know-how and network of all partners, including Fraunhofer institutes, in order to promote photovoltaic, solar thermal and further technologies needed for the transformation of the energy system to sustainability, and to help implement those in Chile.”

The purpose of the newly founded Fraunhofer Chile Research Center for Solar Energy Technologies (FCR-CSET) is to support the development of a sustainable solar economy in Chile, with the assistance of Fraunhofer ISE’s vast experience in the field. The main focus at FCR-CSET will be the production and storage of electricity and process heat as well as water treatment using solar energy.

Reliable data collection for the country with the highest global direct solar radiation

First projects are to gather reliable radiation data for future solar power plants and to monitor a solar process heat system installed at a winery.

“For many reasons, Chile is an interesting location for solar energy,” explains Dr. Andreas Häberle, Director of the Fraunhofer Chile Research Center for Solar Energy Technologies (FCR-CSET).

“The country of Chile has the highest global direct solar radiation in the world. At the same time, the Chilean climate places high demands on the reliability of materials and components.”

Fraunhofer ISE holds extensive expertise in both of these areas. Scientists at Fraunhofer ISE have been working on solar thermal and concentrator applications for many years. They also specialize in testing materials and components under extreme climate conditions and apply their expertise to develop new procedures in order to improve the long-term stability.

“In Chile we can build on our experience in international R&D and so strengthen synergies in bilateral cooperation,” remarks Dr. Werner Platzer, Division Director of Solar Thermal and Optics at Fraunhofer ISE.

“Our job is to find solutions that have shown success under similar boundary conditions and to customize these for the country of Chile, involving local industry and science from begin on.”

On the evening before the opening, a course of workshops entitled “The Transformation of our Energy System” has commenced. Every two months, a workshop will be held where Chilean and international experts will discuss specific themes of solar technology.

With the Fraunhofer Chile Research Center for Solar Energy Technologies (FCR-CSET) the Fraunhofer-Gesellschaft strengthens its involvement in Chile.

In January 2011, the Fraunhofer Chile Research Center for Systems Biotechnology (FCR-CSB) opened its doors in Chile. Both centers were founded under the auspices of the Fraunhofer Chile Research Foundation and are co-sponsored by CORFO, the Chilean Economic Development Agency. With its departments of engineering, chemistry and geography, the Pontificia Universidad Católica de Chile (PUC) is one of the most important academic partners of the FCR-CSET as well as a founding member.

Scientists and engineers at the renowned university will work at FCR-CSET; the laboratories and offices of FCR-CSET are located on the university campus.

2015-05-31 | Courtesy: Fraunhofer-Gesellschaft | solarserver.com © Heindl Server GmbH

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EU ProSun welcomes anti-circumvention investigation against solar PV imports from Taiwan and Malaysia

The European Commission on May, 29^th, 2015 announced the opening of an investigation against solar photovoltaic (PV) imports from Taiwan and Malaysia.

These imports are suspected to partly originate from China, and therefore subject to duties against dumping and illegal subsidies. All imported solar cells and modules from Taiwan and Malaysia imported into the EU will now be registered, so that circumvented imports will incur duties of about 50 per cent, reports the European industrial initiative EU ProSun.

EU ProSun welcomes the European Commission decision.

EU ProSun President Nitzschke:”Circumvention is customs fraud and must be stopped”

"Chinese solar manufacturers circumvent the EU's anti-dumping measures by first exporting to third countries like Malaysia and Taiwan before they are imported into the EU, thereby falsifying their genuine origin,” comments Milan Nitzschke, President of EU ProSun. “Such circumvention is customs fraud and must be stopped."

European solar manufacturers are severely damaged by this continued dumping, EU ProSun emphasizes. Many EU companies have been forced to close their production.

Furthermore, EU ProSun estimates this massive fraud has already cost the EU and Member States over EUR 500 million euros in lost customs revenue.

According to media reports, European customs authorities have already launched investigations in order to collect duties retroactively, EU ProSun notes. The introduction of anti-circumvention measures should stop this kind of customs fraud in the future.

Products from genuine manufacturers not participating in customs evasion should be exempted from tariff measures

Genuine solar manufacturers in Taiwan and Malaysia, which do not participate in Chinese customs evasion should be exempted from tariff measures.

"EU measures should stop Chinese dumping and circumvention via third countries, not legitimate solar production from countries such as Taiwan and Malaysia which will continue to be imported duty free into the EU,” Nitzschke said.

Companies whose products are normally manufactured in Taiwan and Malaysia, are invited to make themselves known to the European Commission by a deadline of early July, and to request an exemption from additional tariffs, concludes Nitzschke.

EU ProSun

2015-05-31 | Courtesy: EU ProSun | solarserver.com © Heindl Server GmbH

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Friday, May 29, 2015

GTM Research: The U.S. deployed 5.8 MW of energy storage in Q1, 2015, up 16% y/y

According to the latest U.S. Energy Storage Monitor, a quarterly report from GTM Research (Boston, Massachusetts, U.S.) and the Energy Storage Association (ESA), the United States deployed 5.8 megawatts of energy storage in the first quarter of the year – up 16 percent over the first quarter of 2014.

Seventy-two percent of the nation’s recently deployed capacity was in front of the meter across six storage systems. The remaining 28 percent was behind the meter at residential, commercial, education, nonprofit and military sites.

Behind-the-meter storage sales to surpass front-of-meter storage sales by 2018

Behind-the-meter storage had a record first quarter and is trending upward in terms of total share of deployments. In fact, GTM Research forecasts that U.S. behind-the-meter storage sales will surpass front-of-meter storage sales by 2018.

Storage is a unique distributed energy resource because it can behave both as load and supply on the grid as needed, which can enable it to deliver more than just end-customer benefits.

As of the first quarter of this year, GTM Research identified 11 different programs or pilot deployments using behind-the-meter storage for grid or wholesale market services, the largest of which is the more than 150 megawatts of behind-the-meter energy storage that is being procured by Southern California Edison as part of its local capacity requirement (LCR) program.

Ravi Manghani, senior energy storage analyst and lead author of the report, notes that despite technological, regulatory and market barriers, grid-service storage pilot projects and procurements are just starting to get off the ground and will fuel the growth of the behind-the-meter market segment.

U.S. energy storage market is on pace for a record-breaking 2015

“Companies are seeing dynamic opportunities in energy storage,” said Matt Roberts, executive director of ESA.

“Wholesale solutions have fueled the market in recent years, but behind-the-meter applications for storage are quickly accelerating.”

“With year-over-year growth in the first quarter, the U.S. energy storage market is on pace for a record-breaking 2015,” said Shayle Kann, senior vice president at GTM Research.

GTM Research expects the U.S. to deploy 220 megawatts of energy storage in 2015, 11 percent of which will be behind the meter.

Delivered quarterly, the U.S. Energy Storage Monitor is the industry’s only comprehensive research on energy storage markets, deployments, policies and financing in the U.S. These in-depth reports provide energy industry professionals, policymakers, government agencies and financiers with consistent, actionable insight into the burgeoning U.S. energy storage market. More details available at http://ift.tt/18UnHTD.

2015-05-29 | Courtesy: GTM Research | solarserver.com © Heindl Server GmbH

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PV in Russia: Hevel Solar completes construction of a 5 MW solar power plant in Orenburg region

Hevel LLC, a joint venture established by Renova Group and RUSNANO, has completed construction of a 5 MW solar photovoltaic (PV) plant located in Orenburg region (Russia), the company announced.

This is the second PV plant of a more than 250 MW pipeline, Hevel notes, following the Kosh-Agach solar power plant commissioned in September 2014.

The new large-scale PV array is an investment project of Hevel selected in the first bidding round which was held in 2013 due to the state renewables development program aiming at 1.5 GW of solar power plants to be built by 2020.

Orenburg region has a high developed grid infrastructure and solar irradiation near 1250–1300 kWh/m² annually.

“Hevel will build 9 solar power plants in Orenburg region with total installed capacity 95 MW,” Igor Akhmerov, CEO of Hevel company, stated.

2015-05-29 | Courtesy: Hevel LLC | solarserver.com © Heindl Server GmbH

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Etrion connects first tract of its 9.3 MW Mito solar PV project in Japan to the grid

Etrion Corporation (Geneva, Switzerland) on May 28^th, 2015 announced that the first site of the Mito solar PV project in Japan has been connected to the grid and is fully operational.

Mito is a 9.3 megawatt (MW) utility-scale solar photovoltaic (PV) power project including five sites in the Ibaraki Prefecture with staggered connection dates expected through August 2015.

“We completed the first site of the 9.3 MW Mito solar project on schedule and on budget thanks to the hard work of our superb local team, our partner, Hitachi High-Tech, and the local utility, TEPCO,” comments Marco A. Northland, Etrion’s CEO.

9.3 MW project is expected to produce 3.1 million kilowatt hours of solar power annually

The first Mito site connected represents 2.7 MW of the 9.3 MW total planned capacity. This site includes 5.6 hectares and is expected to produce 3.1 million kilowatt hours (kWh) of solar power per year. The 9.3 MW Mito project includes a total of 28.3 hectares and, once fully operational, is expected to produce a total of approximately 10.5 million kWh of solar electricity per year.

The Mito project is owned 87% by Etrion and 13% by Hitachi High-Technologies Corporation, a subsidiary of Hitachi, Ltd. The solar project is being built by Hitachi High-Tech using Canadian Solar poly-crystalline PV modules, fixed-tilt technology and Hitachi inverters.

The project company has entered into a long-term, fixed-price operation and maintenance agreement with Hitachi High-Tech. The Mito project company has also entered into a 20-year power purchase agreement (PPA) with Tokyo Electric Power Company (“TEPCO”) under which the project will receive ¥40 per kilowatt-hour of electricity produced. Sumitomo Mitsui Trust Bank, Limited provided 80% of the financing for the project with an 18-year, non-recourse loan.

“We are on track to have all five sites of the Mito project connected by the end of August 2015. In parallel, we look forward to advancing our Japanese development pipeline in the months ahead,” Northland added.

2015-05-29 | Courtesy: Etrion Corporation | solarserver.com © Heindl Server GmbH

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JinkoSolar ships 789.2 MW of solar photovoltaic products in Q1, 2015; generates revenues totaling USD 443.5 million

JinkoSolar Holding Co., Ltd. (Shanghai, China) on May 28^th, 2015 announced its unaudited financial results for the first quarter ended March 31^st, 2015. Total solar photovoltaic (PV) product shipments to third parties amounted to 789.2 megawatts (MW), consisting of 703.5 MW of PV modules, 53.3 MW of silicon wafers and 32.4 MW of solar cells.

This represents a decrease of 5.8% from 838.2 MW in the fourth quarter of 2014 and an increase of 35.8% from 581.2 MW in the first quarter of 2014. Total PV module shipments were 753.8 MW, which includes 50.3 MW earmarked for use in the Company's downstream projects.

As of March 31^st, 2015, the Company had completed solar PV projects totaling 617 MW.

Total revenues were RMB 2.7 billion (USD 443.5 million), representing a decrease of 7.5% from the fourth quarter of 2014 and an increase of 36.5% from the first quarter of 2014.

Gross margin was 20.3%, compared with 22.8% in the fourth quarter of 2014 and 24.0% in the first quarter of 2014.

Downstream solar power project revenues increased 111.1% y/y

Revenue generated from downstream solar power projects were RMB 102.1 million (USD 16.5 million), representing an increase of 26.9% from the fourth quarter of 2014 and an increase of 111.1% from the first quarter of 2014.

Downstream PV projects generated 115.27 GWh of solar power, a 25.3% increase from the fourth quarter of 2014 and an increase of 149.1% from the first quarter of 2014.

Module shipments to third parties exceeded the high end of JinkoSolar's guidance

“We had another strong quarter with solid growth as we further solidified our leading position in the global solar industry,” comments Kangping Chen, JinkoSolar's CEO.

“Total revenues during the first quarter of 2015 reached USD 443 million, representing an increase of 36.5% over the same period in 2014. Module shipments to third parties reached 703.5 MW, exceeding the high end of our guidance of 600 MW. As our solar project capacity and pipeline continue to grow and our Malaysia facility begins operations, I am optimistic about new opportunities for the rest of the year.”

“We expect that our Malaysia facility will be highly cost-competitive. As we increase production capacity, we expect the facility to help drive strong overall gross margins for the rest of the year.”

“Solar power output during the first quarter reached 115 GWh with revenues reaching RMB 102 million, representing an increase of 26.9% from the fourth quarter of 2014. We expect to generate 190 GWh to 200 GWh of power in the second quarter of 2015. With our project capacity continuing to grow, we expect to see this high-margin business will contribute more meaningfully to our net profits and total revenues.”

Total capacity of connected PV projects reached 617 MW

JinkoSolar connected 114 MW of solar projects to the grid during the quarter, bringing the total capacity of connected projects to 617 MW. With another 370 MW currently under construction, the company is on track to connect 600 MW to 800 MW for the year.

“To support our fast-growing power generation business, we have expanded our project financing capabilities with new strategic financing agreements with China Minsheng Bank and China Development Bank Leasing,” Kangping Chen added.

“Our geographic presence continued to grow thanks to strong brand recognition and deep relationships with global partners. We continued to make progress in the U.S. and new emerging markets such as Chile and Brazil. We also significantly increased our market share and shipments to Japan and the UK, where customers ended their fiscal year during the first quarter. We expect to see strong demand from the Chinese market since next quarter where we remain a market leader. By managing our resources efficiently, we are strengthening our position as a leading solar product supplier for key solar markets.”

Full-year 2015 PV module shipments expected to be in the range of 3.3 GW and 3.8 GW

For the second quarter of 2015, the Company estimates total solar PV module shipments to be in the range of 850 MW to 950 MW, which includes 750 MW to 800 MW module shipments to third parties and 100 MW to 150 MW for its own downstream projects.

For the full year 2015, the Company estimates total solar module shipments to be in the range of 3.3 GW and 3.8 GW which includes 2.7 GW to 3.0 GW module shipments to third parties. The Company expects to grid-connect solar power projects with a total capacity of 600 MW–800 MW in 2015.

2015-05-29 | Courtesy: JinkoSolar Holdings Co., Ltd. | solarserver.com © Heindl Server GmbH

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Hanwha Q CELLS Q1, 2015 results: PV products totaling 547.3 MW shipped; revenues increased by 54% y/y

Hanwha Q CELLS Co., Ltd. (Seoul, South Korea) on May 28^th, 2015 announced its unaudited financial results for the three months ended March 31^st, 2015.

The company shipped solar photovoltaic (PV) products totaling 547.3 MW in the quarter, and increased revenues by 54% year-over-year to USD 333.5 million. Gross profit rose 70% year-over-year to USD 48.4 million; Gross margin reached 14.5%

“We are pleased to announce our results for the first time as a new company following our strategic merger with Q CELLS,” said Seong-woo Nam, Chairman and CEO of Hanwha Q CELLS.

“Since the acquisition was closed in February and we incurred one-time charges totaling USD 22.1 million related to the acquisition, the first quarter financials do not fully represent the business after the acquisition. The newly formed Company had substantially higher revenues of USD 334 million and total shipments of 547.3 MW than the predecessor entity, Hanwha SolarOne, on a standalone basis.”

Nam notes that profitability was improved immediately with gross margins approaching 15%, and the company returned to pre-tax profitability excluding the aforementioned one-time charges.

New company maintains a higher ASP, following the strategic merger with Q CELLS

“We are in the early stages of reducing redundant costs and realizing our economies of scale in areas like supply chain management. Our improved brand and product features resulting from the merger allowed us to maintain a higher Average Selling Price (ASP) than would have been achieved by the former entity,” Nam added.

Europe and certain emerging markets represented about one-third of Hanwha Q CELLS’ shipments, followed by Japan at nearly 25% and North America totaling 20%. The company’s ability to deliver modules “tariff free” to the U.S. has boosted its competitive position in that market. “China remains a market with enormous potential, although we chose to approach selectively near-term as pricing and credit terms stabilize,” Nam notes.

Hanwha Q CELLS is evaluating additional solar cell and PV module capacity additions this year

The company has largely completed the conversion of all module lines in its Qidong, China production plant to full automation and announced a 30% improvement in productivity. The first new module line in Korea, with annual capacity of 250 MW, is currently ramping up and the second line of 250 MW capacity is scheduled to commence operations in September.

The new module Fab in Malaysia is under construction and scheduled for mass production beginning in October. The company says it is evaluating additional cell and module capacity additions this year.

Hanwha Q CELLS targeted annual shipments are between 3.2 and 3.4 GW. Gross margins for the full year 2015 should range from 16% to 18%.

Chairman Nam concluded by noting, “the benefits of our recent acquisition with Q CELLS were quickly validated in April when we signed the largest solar module agreement in the history of our industry, at more than 1.5 GW over a five quarter period beginning in 4Q15. Our agreement with the largest US renewable energy company, NextEra Energy Resources, provides us strong visibility for the foreseeable future and greatly improves our potential profitability and growth. Our ability to ship tariff free modules in scale to the U.S., provide a high-efficiency module equipped with our innovative Q.Antum cell architecture, and the stability and longevity provided by our parent Hanwha Group, a Fortune Global 500 company, provided a powerful competitive advantage.”

2015-05-29 | Courtesy: Hanwha Q CELLS | solarserver.com © Heindl Server GmbH

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European Photovoltaic Industry Association rebrands: SolarPower Europe

On May 28^th, 2015 the members of the European Photovoltaic Industry Association (EPIA) voted to re-brand the organisation as SolarPower Europe.

“This is a true endorsement of a new era in the rapid evolution of solar power in Europe,” CEO James Watson proudly commented, on the 100% vote in favour of the change.

“Our organisation has reached 30 years of age and the nature of our sector has fundamentally changed from where we were back then. The new brand reflects the growth and expansion of the scope of our organization.”

Members all along the solar value chain

SolarPower Europe President Oliver Schaefer announced the result and stated: “I am delighted that we have taken this positive step to give our association a modern and future oriented brand. We will build on the achievements of EPIA, fully recognizing how much success we have had in the past. But now is the time to take the association forward and to reflect that we now have members all along the solar value chain and are fully inclusive of all segments in Europe.”

CEO James Watson: Power is our business; Europe is our geographical home

Watson added: “SolarPower Europe reflects three clear aspects of who we are today: Solar - we cover the whole solar value chain through our members; Power - electricity is our business; Europe - our geographical home.”

The new brand will be launched at Intersolar Europe, the Continent’s leading solar trade fair, which will take place from June 8–10 in Munich.

“We encourage all stakeholders to come and meet SolarPower Europe – the New EPIA at Intersolar,” said Watson.

SolarPower Europe will drive the interests of the solar sector in Europe and will focus on shaping the regulatory environment and enhancing business opportunities for solar companies in Europe. SolarPower Europe’s vision is to ensure that solar energy is the leading contributor to Europe’s energy system.

2015-05-29 | Courtesy: SolarPower Europe | solarserver.com © Heindl Server GmbH

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Thursday, May 28, 2015

Kyocera Solar completes construction of third floating PV Plant; 2.3 MW in Hyogo Prefecture, Japan

Kyocera Corporation (Kyoto, Japan) and Century Tokyo Leasing Corporation on May 28^th, 2015 announced that Kyocera TCL Solar LLC has completed construction of its third floating mega-solar photovoltaic (PV) power plant in Hyogo Prefecture, Japan.

A ceremony was held on May 24^th to commemorate completion of the 2.3 MW plant, which will generate an estimated total of 2,680 megawatt hours (MWh) of solar power annually – enough electricity to power approximately 820 typical households.

Floating PV utilizes Japan’s abundant water surfaces

Kyocera TCL Solar installed 9,072 PV modules in total. Start of operation is scheduled in June 2015.

Due to the rapid implementation of solar power, securing tracts of land suitable for utility-scale plants is becoming increasingly difficult in Japan. In order to utilize the country’s abundant water surfaces, Kyocera TCL Solar began installing floating solar power generation systems last year.

The new PV plant marks the third floating installation completed by the company, in addition to 1.7 MW and 1.2 MW plants which began operation last month at two different sites in Hyogo Prefecture. The company is also developing a 13.4 MW installation on a dam reservoir in Chiba Prefecture, Japan.

2015-05-28 | Courtesy: Kyocera Corporation | solarserver.com © Heindl Server GmbH

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Abengoa obtains environmental approval for its second solar power complex of 210 MW in Chile, Atacama 2

Abengoa SA (Seville, Spain) has obtained a favorable environmental rating for Atacama 2, a 210 MW solar power complex located near Sierra Gorda, in the Antofagasta region of Northern Chile.

Atacama 2 will feature a 110 MW concentrating solar power plant (CSP) with tower technology that will incorporate a thermal energy storage system able to generate electricity for 15 hours without direct solar radiation. It will also include a 100 MW photovoltaic (PV) plant.

The Environmental Qualification Resolution from the Environmental Evaluation Service (SEA) took into account aspects such as land and water use, emissions reduction and the management of waste from the projects. Construction of the complex is expected to start within the next two months. Atacama 2 will generate 2,000 jobs at the peak of its construction, Abengoa notes.

Thermal storage system will permit to produce electricity for 15 hours without direct solar radiation

The design follows the Atacama 1 solar complex model currently under construction near Maria Elena, in the Antofagasta region of Northern Chile. Atacama 1 will incorporate the first solar thermal electricity power plant in Latin America, with 17.5 hours of thermal storage. The complex will also have a 100 MW PV plant.

Both Atacama 1 and Atacama 2 will showcase an innovative thermal storage system with molten salts designed and developed by Abengoa, which provides solar thermal technology with a high grade of dispatchability, supplying stable electricity 24 hours a day and permitting to meet the different periods of energy demand.

In addition, these plants will also have a management system for the energy produced by both solar thermal electric and PV technologies, which will mean a new step forward for the integration of renewables in the grid through the incorporation of this ancillary service.

The approval of this second solar complex means a great advance for Abengoa in its long-term objective to be a major producer of energy in Chile, the company emphasizes.

Abengoa has been present in Chile since 1987, where it has carried out numerous projects for mining companies, the electrical industry, communications and the industrial sector.

Abengoa currently has 1,603 MW of installed capacity in commercial operation worldwide, along with 360 MW under construction and 320 MW in pre-construction.

2015-05-28 | Courtesy: Abengoa | solarserver.com © Heindl Server GmbH

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Huaxia Life Insurance Company invests approx. USD 1.455 billion to jointly develop PV plants totaling 1 GW with United PV

United Photovoltaics Group Limited (United PV, Hong Kong, China), on May 26^th, 2015 announced that the Company will partner up with Huaxia Life Insurance Company Limited (Huaxia Life) to develop solar photovoltaic (PV) plants in China, with a total installed capacity of 1 GW and an aggregate consideration of RMB 9 billion (approx. USD 1.455 billion), in the coming two years.

As insurance can offer a long term stability of financing, United PV sees the cooperation with Huaxia Life as another big step forward for its acquisition business of solar PV plants.

“This cooperation marks the injection of Chinese insurance funds into the solar industry, fulfilling the strategic plan of the State Council,” comments LU Zhenwei, Executive Director of United PV.

The Company strives to develop more investment and financing channels through alliancing with Chinese and overseas sizable financial institutions. United PV aims to create a cross-border platform for the new energy and finance sector through business collaborations with leading financial institutions overseas.

2015-05-28 | Courtesy: United PV | solarserver.com © Heindl Server GmbH

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Wednesday, May 27, 2015

LG Solar PV module shortlisted for the Intersolar Award 2015

LG Solar, the solar business unit of LG Electronics (Seoul,Korea) has announced its MonoX NeON 2 (NeON 2) solar photovoltaic (PV) module with Cello Technology has been shortlisted for the Intersolar Award 2015.

Part of Intersolar Europe, these awards bring together the solar industry’s brightest to showcase and recognize innovation, LG Solar emphasizes in a press release.

Cello Technology uses 12 thin wires instead of 3 bus bars

The successor to the MonoX NeON, the NeON 2 adopts Cello Technology. Cello Technology uses 12 thin wires instead of 3 bus bars, to improve the output and increase the reliability of the PV module. The NeON 2 demonstrates LG’s efforts to increase customer’s values beyond efficiency. It features enhanced warranty, durability, performance under real environment, and aesthetic design suitable for roofs.

“We are extremely pleased that our new flagship module; the NeON 2, has been shortlisted for this year's Intersolar Award. This short-listing demonstrates our leadership within the industry not to mention our commitment to research and development,” explains Michael Harre, vice president of the EU Solar Business Group at LG Electronics Germany.

“It is fantastic to see our latest innovations have not gone unnoticed in the highly competitive solar market. Cello Technology is one of our latest innovations, providing a leap in performance whilst extending the warranty and improving the design of the NeON 2.”

With its newly reinforced frame design, LG has extended the warranty of the NeON 2 for an additional two years. As a result of its new design, the NeON 2 can endure a static snow load up to 6,000 Pa, and a static wind load up to 5,400 Pa. Additionally, the NeON 2 also has an enhanced performance warranty. The annual degradation has fallen from 0.7%/year to 0.6%/year. Even after 25 years, the cell guarantees 2.4% more output than the previous modules, LG Solar notes.

The NeON 2 has a double-sided cell structure for increased efficiency. Just like the front of the cell, the back of the cell will absorb any light – meaning light reflected from the roof will be absorbed to generate additional power.

2015-05-28 | Courtesy: LG Electronics, Inc. | solarserver.com © Heindl Server GmbH

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Convergent Energy + Power to install a GE energy storage system for Ontario grid operator

GE’s renewable energy business on May 27^th, 2015 announced it will supply Convergent Energy + Power with a 7 megawatt (MW) / 7 megawatt hour (MWh) battery energy storage system for the Ontario Independent Electricity System Operator (IESO).

The new system is expected to help the IESO balance longer duration voltage and frequency irregularities in the area. While it was engineered primarily to provide ancillary power services, including voltage control, reactive power support, frequency regulation and ramp rate control, the control system also offers energy related services such as peak shaving and load shifting, depending on the IESO’s needs.

The complete solution features GE’s “Mark VI” plant control system with SCADA, “Brilliance” MW Inverters, packaged lithium ion battery modules, medium-voltage transformers and switchgear integration.

“Convergent is thrilled to be working with GE’s energy storage team on this important project for the Ontario IESO,” said Frank Genova, COO of Convergent Energy + Power.

“GE worked with us to create a fully integrated energy storage solution that meets the growing needs of the local transmission system. The project utilizes reliable GE equipment and products ranging from enclosures through the point of utility interconnection – a strategy that is cost-efficient, simplifies system warrantees and guarantees and provides a financeable solution to our customers.”

“Battery energy storage systems are a great way to provide flexibility to the grid,” added Jeff Wyatt, general manager of GE’s energy storage business.

GE recently expanded its energy storage portfolio, and this deal marks the second system to utilize lithium ion battery modules. Last month, the company announced it would support Con Edison Development with an energy storage project in California.

The deal includes delivery of all equipment and installation support plus GE performance guarantees. Commercial operation is expected to begin in the fall of 2016.

2015-05-28 | Courtesy: GE | solarserver.com © Heindl Server GmbH

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SunEdison: Utah's largest solar PV plant is now operational; 3.8 MW at Milford

SunEdison, Inc. (Belmont, California, U.S.) on May 27^th, 2015 announced the successful completion and interconnection of the South Milford solar photovoltaic (PV) facility in Milford, Utah.

The 3.8 megawatt DC facility is now the largest operating PV power plant in Utah. TerraForm Power acquired the solar power plant from its Call Right Projects List.

PacifiCorp, an electric utility that serves 1.8 million customers in six western states, will purchase the solar power according to its obligation under the federal Public Utilities Regulatory Policies Act.

The purchase agreements and the price of the electricity were approved by the Utah Public Service Commission to ensure a fair price for PacifiCorp customers.

“We're proud to announce the completion of Utah's largest solar power plant,” said SunEdison Executive Vice President of Americas and EMEA, Paul Gaynor.

“This is the first of many SunEdison projects to come online in Utah, and SunEdison is leading the way with more than 700 megawatts of solar projects planned for delivery over the next 18 months.”

20-year PPA

The South Milford plant is expected to generate enough electricity to power more than 500 homes. PacifiCorp will purchase the electricity via a SunEdison 20-year power purchase agreement, which enables customers to lock-in low priced electricity at long term predictable prices.

Operation and maintenance of the solar power plant will be performed by SunEdison Services, which provides global 24/7 asset management, monitoring and reporting services.

2015-05-27 | Courtesy: SunEdison | solarserver.com © Heindl Server GmbH

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Kyocera and partners announce construction of a 92 MW solar PV plant in Kagoshima Prefecture, Japan

Kyocera Corporation (Kyoto, Japan), K.K. GAIA POWER, Kyudenko Corporation and Century Tokyo Leasing Corporation on May 27^th, 2015 announced that the companies have made a joint investment in Kanoya Osaki Solar Hills LLC, a solar power operating company, to construct and operate a 92 megawatt (MW) solar photovoltaic (PV) plant.

Planned for construction on a site stretching across Kanoya City and Osaki Town in Kagoshima Prefecture, the PV project will become one of the largest solar installations in Japan.

Project planning began in January 2014, as the local community expressed interest in effectively using the project site, which had been designated for a golf course more than 30 years ago but subsequently abandoned.

Roughly 99,230 MWh of solar power expected annually

Covering a total of approximately 2,000,000 m² (approx. 494 acres), the site will accommodate 340,740 Kyocera solar PV modules, and is expected to generate roughly 99,230 MWh of solar power annually – enough electricity to power approximately 30,500 typical households.

Under the agreement, Kanoya Osaki Solar Hills LLC will operate the PV site, and a joint venture established by Kyudenko and Gaia Power will undertake the design, construction and maintenance of the solar installation.

Kyocera will supply its high-efficiency solar PV modules, and Century Tokyo Leasing will arrange financing. Approximately 35 billion yen (approx. USD 290 million) in investment is planned for the project, with a goal to start construction in the second half of FY 2016 (October 2015 to March 2016) and begin operations in FY 2018 (April 2017 to March 2018).

The land development application for the project was submitted in April 2015, along with a year-long environmental impact assessment which has been completed. The massive installation will contribute to the local community through job creation and increase of tax revenues in Kanoya City and Osaki Town.

2015-05-27 | Courtesy: KYOCERA | solarserver.com © Heindl Server GmbH

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IEA PV Programme 2014 Annual Report: For the first time in history, PV satisfies more than 1% of the global electricity demand

IEA PVPS published its Annual Report on May 26^th, 2015. In a solar photovoltaic (PV) market becoming rapidly global, the IEA’s PV technology cooperation programme continues to provide unbiased and reliable information on PV deployment and challenges.

“Electricity from solar photovoltaic (PV) power systems has continued to grow all around the globe achieving, for the first time in history, more than 1% of the annual global electricity demand, comments IEA PVPS Chairman Stefan Nowak.

PV has further gained in cost-competitiveness, has become one of the least cost options of renewable electricity

“Although this number may still appear as small, it represents a tremendous development of the past years, much faster than all predictions had forecasted, be it from the IEA all the way to Greenpeace. Along with this important market growth, PV has further gained in cost-competitiveness and has become one of the least cost options of renewable electricity, achieving remarkable levelized costs of electricity as low as below USD 6 cents/kWh in the best cases.”

The report provides concise information about IEA PVPS collaborative projects and member country specific developments.

The recent PV technology, industry and market development and its future prospects are setting the scene for the activities within the IEA PVPS Programme. As a leading and unique network of expertise, IEA PVPS has the mission to cooperate on a global level in this rapidly evolving technology area.

IEA PVPS increasingly focuses on new business models and market related integration of PV in the electricity system

Working on both technical and non-technical issues, IEA PVPS undertakes key collaborative projects related to technology and performance assessment, cost reduction, best practice in various applications, rapid deployment of photovoltaics and key issues such as grid integration and environmental aspects.

Furthermore, in anticipating future needs, IEA PVPS increasingly focuses on new business models, sustainable policy frameworks, as well as technical and market related integration of photovoltaics in the electricity system.

New BIPV task

In 2014, under the leadership of the Netherlands, a new Task 15 on accelerating building integrated photovoltaics (BIPV) was decided on by the Executive Committee. Interest and outreach for new membership within IEA PVPS continued in 2014. Thailand has joined IEA PVPS as the 28^th member.

Download the full report here: http://ift.tt/NXC2nw

2015-05-27 | Courtesy: IEA PVPS | solarserver.com © Heindl Server GmbH

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New IRENA report: Mexico could deploy 30 GW of solar PV generation capacity by 2030

By 2030, Mexico could generate up to 46% of its electricity each year, or 280 terawatt-hours (TWh), from renewable sources, according to the new report “Renwable Energy Prospects: Mexico”, published by the International Renewable Energy Agency (IRENA).

This compares with 18% using business-as-usual developments (116 TWh/year). To achieve a 46% share of renewables in electricity generation, the country is likely to see the greatest deployment in wind, 30 gigawatt (GW) and solar photovoltaics (PV), 30 GW.

Together wind and PV could account for 26% of total power generation in 2030.

Solar thermal applications for heating/cooling in buildings and industry could amount to 33 GW

Total installed capacity of solar thermal applications for heating/cooling in buildings and industry would amount to 33 GW, making up almost one tenth of the country’s renewable energy consumption, according to the report.

Renewables can be an important driver for diversifying Mexico’s energy supply, IRENA emphasizes. Renewable energy has the potential to reduce Mexico’s total coal demand by 62%, natural gas by 21% and oil by 6% compared to business as usual to 2030.

Annual net savings of USD 1.6 billion are possible in Mexico’s total energy system cost by 2030

The result of a higher renewable energy uptake is an annual net savings of USD 1.6 billion in Mexico’s total energy system cost by 2030. Meanwhile, if the benefits resulting from lower harm to health and reduced carbon dioxide (CO₂) emissions are taken into account, savings could amount to USD 4.6 billion and 11.6 billion respectively each year.

To achieve such gains, policy changes in the power market are needed, IRENA notes. Planning is essential for transmission, expansion and grid integration to accommodate the full range of renewable power technologies. New policies are also needed to promote the uptake of renewable energy for heat and fuel applications in the buildings, industry and transport sectors.

2015-05-27 | Courtesy: IRENA | solarserver.com © Heindl Server GmbH

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Sheen Tai Holdings Group announces a 200 MW PV project in Xinjiang, China

Thailand-based investment company Sheen Tai Holdings Group Company announced that its indirect wholly-owned subsidiary Sheentai New Energy Power Company Limited has entered into a framework agreement with Liu Shu Quan Farm, part of the 13^th division of the Xinjiang Production and Construction Corps.

The partners agreed on development and construction of a solar photovoltaic (PV) project in Xinjiang, People’s Republic of China, with an expected capacity of 200 megawatts (MW).

According to Sheen Tai, the total investment is expected to be RMB 1.8 billion (approx. EUR 0.27 billion).

Liu Shu Quan Farm will liaise and arrange with the relevant government authority in the PRC in relation to the preparation works for the construction of the Photovoltaic Power Project. Sheen Tai has not provided details on timing and construction.

2015-05-27 | Courtesy: Sheen Tai Holdings Group | solarserver.com © Heindl Server GmbH

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Tuesday, May 26, 2015

Soitec sells its CPV business to refocus on its core semiconductor activities

Soitec SA (Bernin, France) on May 21^st, 2015 announced a definitive agreement with ConcenSolar, a privately held company and a business partner of concentrator photovoltaics (CPV) producer Suncore Photovoltaic Technology Co Ltd. (Huainan, Anhui province, China) to divest its solar system business.

Soitec sells its CPV business to ConcenSolar, including all technology assets, manufacturing operations in Freiburg, Germany and San Diego, U.S.A., the company announced.

Soitec shall retain for future disposal certain other assets, including the ownership interests in certain solar power plants. Soitec will continue to develop and bring to the market, based on its existing industrial capacity, a four-junction solar cell (Smart Cell) characterized by its world record efficiency.

“As announced in the press release dated January 19^th, 2015, our Board of Directors unanimously decided to implement a strategic plan, which aims at refocusing Soitec’s activities on its core semiconductor business,” comments Paul Boudre, Soitec’s Chief Executive Officer.

“This agreement represents a key milestone for Soitec and a reinforcement of our core semiconductor business.”

Transaction expected to close in the third quarter of calendar year 2015

“Soitec’s CPV solar modules represent the most advanced technology with proven reliability and project bankability, as well as competitive cost structure due to production automation and high-efficiency performance,” added Dr. Charlie Wang, CEO, ConcenSolar.

“Combining our experience of solar project development and financing capability from our established financing partners, this acquisition further strengthens our position to provide the most cost-effective solar power solutions for our utility-scale customers.”

Subject to regulatory approvals and other customary closing conditions, Soitec expects the transaction to close in the third quarter of calendar year 2015. Financial terms of the deal were not disclosed.

2015-05-27 | Courtesy: Soitec | solarserver.com © Heindl Server GmbH

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Enel Green Power announces start of construction on an 82.5 MW PV plant in South Africa

Enel Green Power (EGP, Rome, Italy) has begun construction of the Pulida solar photovoltaic (PV) plant, which is located in the Free State Province in South Africa.

The PV project will have a total installed capacity of 82.5 MW and once fully operational will be able to generate more than 150 GWh of solar power annually, equivalent to the annual consumption needs of around 48,000 South African households.

Solar power generated by Pulida will be sold to the South African utility Eskom through the 20-year power supply agreement that EGP was awarded in October 2013 as part of the Renewable Energy Independent Power Producer Procurement Programme (REIPPPP) promoted by the South African Government.

In addition to Pulida, EGP was awarded the right to build the Aurora (82.5 MW), Paleisheweul (82.5 MW) and Tom Burke (66 MW) solar power projects, in the same tender. The company, which already owns and manages the 10 MW Upington solar facility, was also recently awarded a further 425 MW of South African wind power projects in the fourth phase of the REIPPPP.

2015-05-27 | Courtesy: Enel Green Power | solarserver.com © Heindl Server GmbH

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ees Europe’s accompanying program highlights technological trends for e-mobility and energy storage

The ees Europe international exhibition for batteries, energy storage systems and innovative production is dedicating a comprehensive accompanying program to these topics from June 10–12.

A special exhibit on innovative mobility, for example, is presenting new vehicle concepts and charging technologies to show just how well e-mobility and renewable energy complement each other. Furthermore, experts at the ees Forum and the ees Europe Conference are informing visitors about current market developments and the latest energy storage technologies.

Battery and energy storage technology is the key to boosting exploitation of renewable energy, while the growing e-mobility sector is a promising market of the future for the supply industry.

Market for lithium-ion cells will continue to grow

This has also been picked up on by the German government, which intends to turn Germany into the leading e-mobility market and supplier. According to a recent study conducted by the Centre for Solar Energy and Hydrogen Research Baden-Wuerttemberg (ZSW), which is based in Stuttgart, Germany, if the momentum of recent years is sustained, the number of electric cars on the road worldwide will exceed one million in just a few months. This means that the market for lithium-ion cells will continue to grow and reach a value of around 15 billion euros by 2020. Future generations of cells therefore represent an encouraging area of development.

However, for the e-mobility market to succeed as expected, a widespread, intelligent charging infrastructure that is integrated into the grid is required. Governments and industrial companies must assume responsibility for driving forward this necessary expansion. The ees Europe exhibition offers a comprehensive accompanying program that includes the ees Forum, the special exhibit on innovative mobility, the ees Europe Conference and the ees AWARD.

This line-up sheds light on innovations and industry challenges, while providing room for discussion. With around 250 exhibitors, last year’s ees Europe, which was organized in conjunction with Intersolar Europe, was a great success. Of Intersolar’s 42,380 visitors, over 26,000 attended ees Europe and received information about pioneering energy storage products, solutions and services. This year, the exhibition space has increased fivefold in comparison to 2014, and more than 300 exhibitors are due to showcase their products and innovations.

The ees Forum – first-hand knowledge on energy storage technologies

At the ees Forum in hall B1, presentations and panel discussions are set to fuel discussions among experts. The topics range from technology and innovations to domestic and commercial storage solutions, the combination of decentralized storage units into swarms and the use of large-scale storage systems in the energy supply.

ees AWARD will be awarded on June 10^th

The forum also focuses on the topics of e-mobility and renewable energy as well as safety and security when installing battery storage systems. A particular highlight of the ees Forum is the presentation of the ees AWARD finalists, which takes place on Wednesday, June 10 from 1:00pm–4:00pm. This is followed by the award ceremony at the Innovation Exchange (hall B3, booth B3.450) at 4:30pm. This prize is handed out in honor of innovations in energy storage technology.

The forum is sponsored by Sonnenbatterie GmbH, Nidec ASI S.p.A. and Ingeteam Power Technology, S.A. Its partners are the German Association of Energy Market Innovators (bne), the German Association for e-Mobility (BEM), the Association of European Automotive and Industrial Battery Manufacturers (EUROBAT), the International Battery and Energy Storage Alliance (IBESA) and the German Electrical and Electronic Manufacturers’ Association (ZVEI).

The Innovative Mobility special exhibit – the charging technologies of tomorrow

E-mobility and renewable energy complement each other. The Innovative Mobility special exhibit highlights the potential of this synergy in hall B1, booth B1.470, where attendees present novel vehicle designs and charging technologies.

For example, Tesla is presenting its electric vehicle Model S, which has a range of more than 500 kilometers, while ClickCon and Bluetop are showcasing various solar carport solutions for parking lots. Mitsubishi Motors, meanwhile, is focusing its attention on bidirectional charging, using its Electric Vehicle and Plug-in Hybrid Outlander models to demonstrate how the electricity used to drive the vehicle can be fed back into the home if required. Nissan Center Europe GmbH, GreenPack GmbH, and the Reiner Lemoine Institute are also represented at the special exhibit.

Energy storage industry engages in stimulating discussions at the ees Europe Conference

The ees Europe Conference is this year being introduced for the first time to provide a platform for experts from industry, research and associations to discuss market developments and technological trends, as well as the economic and political conditions governing the energy storage industry. From June 9–10, 2015, eight sessions focus on the entire value-added chain of energy storage technology, ranging from renewable energy storage solutions through energy management sys-tems and mobility solutions to uninterruptible power supplies (UPS). The cross-industry discussions at the conference consolidate the topics covered at the ees Europe and Intersolar Europe exhibitions.

ees Europe 2015 takes place alongside Intersolar Europe at Messe Munich from June 10–12.

Further information on ees Europe can be found at www.ees-europe.com.

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SPI announces agreement with K.K. Uniroot to jointly develop over 500 MW of solar PV projects in Japan

Solar Power, Inc. (Shanghai, China) "on May 26^th, 2015 announced that SPI and its wholly-owned subsidiary, SPI Solar Japan G.K. have entered into a strategic partnership agreement with K.K. Uniroot, a diversified Osaka-based corporation with significant solar photovoltaic (PV) project development interests, to jointly develop a pipeline of more than 500 megawatts (MW) of PV projects in Japan.

Under the terms of the agreement, SPI will assume primary responsibility for certain functions including project funding, construction and equipment procurement, with Uniroot bearing primary responsibility for other matters including land purchase and lease, securing necessary permits, and obtaining power purchase agreements with local utilities, among others.

SPI and Uniroot will establish a joint venture in Japan, in which SPI will hold no less than 51% equity interest, for the development of the Solar PV power plant projects.

"We are delighted to announce this partnership agreement with Uniroot to jointly develop solar PV power plants in Japan, one of SPI's core markets globally," said Xiaofeng Peng, Chairman of SPI.

"Combining SPI's leading expertise in developing world-class PV power plants with Uniroot's deep local connections and experience in the Japanese solar market, we are confident that this a win-win partnership which will create significant value for both parties in the years ahead."

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JinkoSolar starts production of solar cells, PV modules in Malaysia

JinkoSolar Holding Co., Ltd. (Shanghai, China) on May 26^th, 2015 announced that its solar photovoltaic (PV) production facility in Penang, Malaysia has officially begun operations.

The production facility, which began construction in March 2015 and received TUV certification in late April, has begun to produce highly-efficient solar cells and multi-crystalline PV modules. Full production capacity of 500 MW of cells and 450 MW of modules per year is expected to be reached within two months.

“With the strong support of the local government and MIDA (Malaysian Industrial Development Authority), we were able to rapidly build and begin production in our new facility in Penang, Malaysia,” commented Mr. Kangping Chen, Chief Executive Officer of JinkoSolar.

“We have great confidence in the development of our new Malaysian production facility and the local business environment. With the facility’s production capacity almost fully booked by downstream orders, we will ramp up to full capacity soon while actively explore new opportunities to expand current capacity in the future.”

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PV Grid Parity Monitor: Decrease in system prices is the main driver of commercial PV systems’ grid parity

Creara (Madrid, Spain) has published the 2^nd issue of the PV Grid Parity Monitor, dedicated to the commercial segment (30 kW PV systems). As such, it analyzes PV competitiveness with electricity prices for commercial consumers and assesses local regulation for solar power self-consumption in seven different countries: Brazil, Chile, France, Germany, Italy, Mexico, and Spain.

The results of the analysis show that the main driver of PV grid parity is the decrease in solar PV system prices, one of the main parameters that determine levelized cost of electricity (LCOE).

Retail electricity prices for a commercial electricity consumer can be complex, combining diverse charges such as energy and capacity costs. The GPM only considers the costs associated to energy consumption (generally, this equates to the energy charge) to compare against the LCOE, but the reader must bear in mind that if self-consumption results in a change on the consumption pattern of the user, the additional avoided costs (e.g. capacity costs) should also be accounted for.

Solar power self-consumption needs governmental support

The analysis shows that only in Germany, France, and Chile average retail electricity prices for commercial consumers have been increasing. Those countries with a competitive LCOE and relatively high electricity rates are already at grid parity in the commercial segment.

However, grid parity by itself is no guarantee of market creation, Creara emphasizes. Solar PV self-consumption will only be fostered if grid parity is combined with governmental support. The chart illustrates the positioning of each country in terms of these two variables (“Grid Parity Proximity” and “Regulatory support”).

The following main conclusions can be drawn from the above figure:

In Brazil, high installation prices and a high discount rate still prevent PV from being competitive against grid electricity, but the regulatory support (an attractive net metering system) is a good example of an effective incentive for market creation.
Chile remains far from grid parity, mainly due to high installation prices, a high discount rate, and low electricity prices.
In France, high irradiation levels (in the South) do not compensate for low electricity rates in the commercial sector and the high installation prices for BAPV systems.
In Germany and Italy, low PV installation prices, a low discount rate, and high retail electricity prices all contribute to reach full grid parity.
In Mexico, certain commercial electricity consumers (“Tarifa 2”), have reached grid parity. For other consumers, low electricity tariffs still represent a barrier.
In Spain, grid parity has been reached, owing to high irradiation and competitive system prices, but poor regulatory support is a barrier for market creation. The recent draft law on self-consumption, which includes a fee on self-consumption, has not been considered in the LCOE analysis (neither has been the tax on electricity generation).

In order to explain the content of this issue, Creara has organized two webinars sessions that will take place on 12^th June at 10:30 am (Madrid time zone) and 30^th June at 5 pm (Madrid time zone). Please find below the links to register:

Download the complete analysis: http://ift.tt/1faVkwa

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Solar in Australia: Ipsos publishes new community consultation guidelines for large scale projects

Independent market research company Ipsos (Paris, France) has produced best practice community consultation guidelines for proposed large scale solar projects in Australia. Australian Renewable Energy Agency (ARENA) CEO Ivor Frischknecht said the reports would be an invaluable resource for establishing and maintaining community support to operate solar projects in Australia.

“The results show Australians strongly support renewable energy and demonstrate the importance of involving and consulting locals,” Frischknecht emphasizes.

Key industry participants have welcomed the best practice guidelines, which can help the solar industry more effectively communicate the economic, environmental and social benefits of solar projects to nearby communities, he added.

“As large-scale solar becomes more common in Australia, companies can draw on these reports and the lessons learned during the construction of the ARENA-supported Nyngan, Broken Hill and Moree solar farms to enable more successful project development,” said Frischknecht.

ARENA provided Ipsos with USD 153,000 funding towards the report.

Consultation and engagement with local communities is vital to ensuring communities fully support solar projects

“While supportive of large-scale solar energy facilities, community backing is often dependent on clear communication from project stakeholders about the efficiency of large scale solar power,” comments Ipsos Research Director Jennifer Brook.

“Details of any potential employment opportunities, project timelines and information about the area of land required to establish a large scale solar energy facility are also important factors in establishing community support. Early and ongoing opportunities for consultation and engagement with local communities about proposed large-scale solar projects is vital to ensuring communities fully support these projects.”

Australians support large-scale solar projects and funding

Ipsos also conducted an online survey, which found more than three quarters (78%) of Australians support large-scale solar energy projects.

Australians see large-scale solar energy as playing an important role in Australia’s future with more than three quarters (77%) believing that large-scale solar facilities can be a significant source of energy to help meet Australia’s energy needs.

There is also support for funding, with 60% agreeing that funding for large-scale solar facilities should be prioritized over funding for non-renewable energy sources.

There is also optimism that large-scale solar energy projects will reduce our impact on the environment, with 63% of Australians believing that increasing the number of large-scale solar facilities would reduce the nation’s carbon emissions and 53% believing large-scale solar energy projects have a positive environmental impact in general.

Dowloads:

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JA Solar, Essel Infraprojects sign MOU on a 500 MW PV production joint venture in India

JA Solar Holdings Co., Ltd. (Shanghai, China) on May 25^th, 2015 announced that it has signed a Memorandum of Understanding (MOU) with its Indian business partner, Essel Infraprojects Limited (EIL), to establish a solar photovoltaic (PV) cell and module manufacturing facility joint venture.

The MOU declares a 500 MW production capacity for the JV and outlines the duties of each party.

The agreement was reached on May 16^th, 2015 at the India-China Business Forum held in Shanghai, where Indian Prime Minister Narendra Modi, Chinese national leaders, and commercial and industrial representatives of both countries were in attendance, including JA Solar and its partner, EIL.

Cooperation opportunities in the photovoltaic industry were a special focus at the Forum. More than twenty different agreements were signed by representatives at the forum, representing up to USD 22 billion in total investments.

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BYD announces to build a 400 MW solar PV module factory in Brazil

BYD Company Limited (Shenzhen, China) and APEX-Brasil on May 21^st, 2015 jointly announced that BYD is building its second South American manufacturing facility to produce solar photovoltaic (PV) panels. This factory comes to add to BYD’s electric bus manufacturing facility to be opened in July 2015, both in the state of São Paulo.

The solar factory will have an annual output capacity of 400 MW and is slated to open in the first half of 2016, creating another 200 job opportunities for Brazilian citizens, as well as representing a great technological advancement for Brazil, by creating a new front for renewable energy production, the partners announced.

According to BYD’s Director of Government Relations Adalberto Maluf, this move inaugurates a new stage of sustainable energy for the country: “Our cutting-edge double glass solar panel will bring unparalleled efficiency and durability, making clean and decentralized power generation increasingly more competitive in Brazil.”

Along with the solar panel manufacturing plant, BYD is also installing an R&D center for electric vehicles, energy storage, smart grid, solar power and LED lighting.

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Monday, May 25, 2015

Neo Solar Power announces plans of YieldCo formation and IPO on the Hong Kong Stock Exchange

Neo Solar Power Corporation (NSP, Hsinchu, Taiwan), a producer of solar photovoltaic (PV) cells, announces plans of a YieldCo formation and an IPO on the Hong Kong Stock Exchange.

On May 21^st, 2015 the company reported that its Board of Directors approved to increase NSP’s solar PV system business and participate in the formation of a YieldCo. This YieldCo is planned to be publicly listed on the Hong Kong Stock Exchange at the end of 2015 or the first quarter of 2016.

USD 50 million YieldCo investment with an international PV project developer

NSP intends to invest more in global solar PV system construction with General Energy Solutions Inc. (GES) to expand PV projects and generate a steady profit source for the NSP Group.

In addition, to enhance NSP’s competiveness and to leverage funds from global capital markets, NSP plans to invest USD 50 million to form the YieldCo with an international project developer of solar systems and this YieldCo is planned to be publicly listed on the Hong Kong Stock Exchange which is the pioneer among Taiwanese solar players.

The stable cash inflows generated from solar system projects would ensure that the investors of YieldCo enjoy steadily-increased dividends in the long-term as well as its growth momentum, NSP notes.

Based on the YieldCo model, NSP can raise funds at relatively low costs in global capital markets to invest in more solar system projects and also increase its sales pipelines for solar cells and PV modules. Additionally, GES of NSP Group can also leverage the abundant funds coming from the YieldCo to more aggressively construct solar farms globally, reads the press release.

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Hanwha Q CELLS supplies 28 MW of PV Modules to O2 emc in North Carolina

Hanwha Q CELLS Co. Ltd. (Seoul, South Korea) has signed an agreement to supply 28 megawatts of PV modules to O2 emc (Cornelius, North Carolina, US), an Independent Power Producer which has developed more than 80 MW of solar photovoltaic (PV) plants in the Southeastern part of the US.

"Hanwha Q CELLS is pleased to be working with O2 again," said Justin Lee, managing director of Hanwha Q CELLS America.

"The North Carolina market has become one of the largest markets in the US, and we are excited to be working with a major player in that region."

Montgomery PV plant is scheduled to reach completion in November 2015

The modules will be used at O2 emc's Montgomery Solar plant. Construction will commence in May and is scheduled to reach completion in November, 2015.

"This is our second major order in less than a year with Hanwha Q CELLS," said Joel Olsen, O2 emc's CEO.

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Enphase Energy partners with Swiss Solar Technics to bring smart PV to Switzerland

Enphase Energy Inc. (Petaluma, CA, U.S.), a manufacturer of solar photovoltaic (<wbr></wbr>PV) micro-inverters and system solutions on May 21^st, 2015 announced a strategic partnership agreement with Swiss Solar Technics SA, a full-service solar PV installer based in Saxon, Switzerland, to deliver its Enphase solar energy systems to Swiss residential and commercial customers.

“Swiss Solar Technics SA is a dynamic and rapidly growing player in the Swiss photovoltaic market. Securing this partnership is a big win for our EMEA operations,” said Olivier Jacques, Enphase Energy EMEA managing director.

“This partnership will enable us to accelerate the adoption of Enphase systems by Swiss solar power users who recognize the importance of investing in quality solar solutions.”

Founded in 2011 and with over 16.5 MW installed in Switzerland, Swiss Solar Technics SA has rapidly become a key player in its domestic market by specializing in turnkey consumer PV installations as well as small and large scale industrial projects. Recently, the company has also added a new range of services to its business portfolio, including energy auditing, project financial assessments and intermediary services for solar rental and investments.

“We want to align our business with a world leader in energy management technologies that doesn’t compromise on quality, reliability and safety,” said Mathias Darbellay, Sales Manager at Swiss Solar Technics SA.”

“Enphase systems’ flexible design and installation and superior energy production provide our customers with reliable performance alongside a solid 20 year warranty that delivers a lower cost of ownership than other competing solutions,”

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Saturday, May 23, 2015

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Thursday, May 21, 2015

Southern Company subsidiary announces acquisition of a 103 MW solar PV project in Georgia

Southern Company subsidiary Southern Power (Atlanta, GA, U.S.) is demonstrating its commitment to developing more renewable energy resources through the acquisition of the 103 MW Butler solar photovoltaic (PV) facility from Community Energy, Inc., in Georgia.

The project, which was initially developed by Community Energy, Inc., was selected by Southern Company subsidiary Georgia Power in a competitive process through the nationally recognized Georgia Power Advanced Solar Initiative.

More than 1 million of First Solar's thin-film PV modules to be mounted on single-axis tracking tables

The PV plant, which will be located on approximately 1,070 acres in Taylor County, Georgia, is expected to enter commercial operation in the fourth quarter of 2016. Construction is slated to begin in September 2015, with First Solar, Inc., managing the building, operations and maintenance of the facility.

The Butler solar facility is expected to consist of more than 1 million of First Solar's thin-film PV modules mounted on single-axis tracking tables.

The electricity and associated renewable energy credits (RECs) generated by the facility will be sold under a 30-year power purchase agreement with Georgia Power, which will have the option to keep or sell the RECs, for the benefit of its customers or renewable energy programs.

A national leader in renewables, Southern Power has strategically acquired or is constructing more than 1,100 MW of renewable energy generating capacity with 16 solar, wind and biomass projects, including four solar projects in Georgia.

“The Butler solar facility builds on Southern Company's innovative approach to diversifying our nation's energy mix,” said Southern Company Chairman, President and CEO Thomas A. Fanning.

“Our strategic development of solar in Georgia continues our company's expansion of renewable energy generation in the Southeast.”

The Butler solar facility fits Southern Power's business strategy of growing its wholesale business through the acquisition and construction of generating assets substantially covered by long-term contracts.

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IHS: Q1 sees massive solar PV inverter shipment growth & solid quarter for SMA Solar Technology

According to latest findings from IHS Technology’s Q1 report on the global solar PV inverter market, PV inverter shipments grew 37.5% in Q1, 2015 versus the same quarter of 2014 and exceeded 11 GW. This is the largest Q1 on record and the fourth largest quarter the industry has recorded, IHS notes.

Market leader, SMA Solar Technology, enjoyed an outstanding quarter and saw a slight rebound in its market share. Despite not having a major presence in the major Asian markets, its strength in other regions such as the UK saw its global market share increase to 15.7% in Q1, 2015.

PV inverter shipments to Asia exceeded 6 GW in Q1, 2015

PV inverter Prices continued to decline rapidly. ASPs dropped by 23% to USD 0.14/W in Q1. Despite this, the strong growth in shipments drove a 5.4% increase in industry revenue.

Shipments to EMEA, the Americas and Asia all grew at a rate of more than 30% in Q1, 2015. The UK accounted for more than half of EMEA’s 2.7 GW of shipments as developers rushed to complete projects ahead of the March 31^st deadline for ROC support.

Shipments to Asia exceeded 6 GW in Q1, 2015, with shipments to China hitting 2.5 GW and shipments to Japan exceeding 2.7 GW.

In a sign of possible consolidation of the solar PV inverter market, the top 4 suppliers all recorded market share gains in Q1, 2015. Collectively they increased their market share by 7.3 percentage points to nearly 36% combined.

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Sunday, May 31, 2015

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