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The Solarpark Scaldia is being supported by North Sea Port, as the main land owner Photo: North Sea PortThe Solarpark Scaldia is being supported by North Sea Port, as the main land owner Photo: North Sea Port

A solar power project which is the largest of its kind in the Netherlands is helping North Sea Port increase its credentials as a steward for renewable energy.

The Solarpark Scaldia, which sits on the edge of the Sloehaven in the Vlissingen port area, is being supported by North Sea Port, as the main land owner.

Energy generated by the park will help the Netherlands in its transition towards renewable energies and in obtaining its goal of 37{0b7da518931e2dc7f5435818fa9adcc81ac764ac1dff918ce2cdfc05099e9974} sustainable energy sources in electricity consumption by 2020.

Energy transition

When completed in autumn 18, the solar park will have a capacity of 54.5 MWp and an average production of 51,000 MWh per year.

This can be compared to the consumption of more than 14,000 households. During its 30 years’ life it will save more than 738,000 tonnes of CO2 emissions.

It will be built next to a number of wind turbines and under a high-voltage line in a cable and pipeline corridor.

The total surface area comprises 38 hectares around the Sloehaven. 140,000 solar panels will be erected in an east-west direction in order to optimise land use and the production profile and consequently, also the cost-effectiveness.

The project was begun in February 2018 with the construction of the network connection. EPC contractor and owner ib vogt started the construction of the plant in May.

ib vogt, Dutch Solarfields and HSH Nordbank recently completed the financing of the project.

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DEKALB COUNTY, Ill. (WIFR) — Several counties around the stateline weigh the benefits of solar projects to create electricity for the region; it’s creating debates that pit neighbors against neighbors.

“I’ve got a bunch of grandkids that are going to be farming and it helps get the income to make sure that they can farm,” said Steven Heinsohn who is OK with bringing solar projects to DeKalb County. He and his brother plan to lease 90 acres of land to Summit Ridge Energy for a solar garden.

“We farm a significant amount of acres around there and when you’ve got money coming in every day, that’s different than when you’ve got a crop that you have to worry about planting,” said Heinsohn.
Summit Ridge Energy has eight solar energy proposals. The 2-megawatt, 15-acre projects would be in Kirkland, Somonauk and Waterman.

“Solar in a lot of regions are one of the cheapest forms of electricity. It’s also easy to build compared to a large nuclear, coal or gas fire power plant,” said Dan Jordan, the Senior Vice President of Operations for Summit Ridge Energy.

Summit Ridge Energy says building a solar garden on Heinsohn’s property could bring $700,000 dollars in revenue to the county over 20 years and enough power for 700 homes.

“There was a time when the only way you could buy power was through your utility which had a big power plant somewhere far away. Nowadays as the regulations are opening up, people here in Illinois can start to buy electricity locally, so when we saw that market open up, we started exploring with landowners,” said Jordan.

Citizens had a chance to voice concerns and ask questions at the hearing.

Recently the Ogle County Board halted solar farm discussions for at least six months after dozens of people voiced concerns.

The DeKalb County proposals will now go to the County Board and then to state leaders for review. If approved, Summit Ridge Energy could begin construction in the next several months.



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This past June, Carnegie Mellon Solar Racing (CMSR) took part in Solar Splash, a solar boat-racing competition. The team took seventh-place overall, scoring third-place in endurance.

Endurance is the most arduous for teams. “You have to charge your batteries while you’re driving,” CMSR member Nick Lamprinakos said. The event tests how efficiently a boat uses battery power while converting solar energy on the water.

Solar Splash splits into three main events: sprint, endurance, and slalom. Sprint tests how quickly each boat can drive 300-meters. Endurance tests how long the boat can run over four hours. And slalom tests boat maneuverability by having the pilot navigate sharply around buoys.

CMSR has been racing for a few years, and Lamprinakos described how the team has learned from previous races. “Last year, we weren’t entirely sure how fast to drive the boat,” he commented. The boat’s batteries stayed nearly at full charge throughout the race because they piloted the boat on the cautious side. This year, the team adjusted their driving and better managed speed with energy conservation. 

The team built their current boat, VorteX, over three years from commercial parts and from scratch. 


Working on the boat, the team divides into groups for each part of the boat: hull, propulsion, power, and optimization.

The hull group builds the hull and lays out its interior, like fitting the cockpit. “Making the hull out of carbon fiber and epoxy was a huge process,” Lamprinakos said. The group laid carbon fiber strips into a mold to make their boat.

The propulsion group manages the motor and propeller systems. Originally, the team purchased a commercial system from Torqeedo, but has for two years been building their own outboard motor system. They want to optimize the motor to adjust for multiple events and offer a greater top speed. “We machine most of the parts ourselves,” said James Zhang, president of CMSR. The team plans to deploy the new motor in 2019.

The power group manages the boat’s electrical system. They balance energy consumption from the boat’s batteries with energy conversion from the boat’s solar array. Recently, the group partnered with OceanPlanet Energy to create a lighter and more efficient solar array for the boat.

CMSR gave me my first opportunities to translate strong engineering theory into a realizable project.

James Zhang, President, Carnegie Mellon Solar Racing

The optimization group collects voltage and power consumption data and routes it to the tablet in the cockpit. That allows the pilot and team to assess the boat’s status during races.

Aside from installing a new motor system, the team plans to do more on-the-water testing to prepare for future races. “That should give us a better idea of how to approach different competition events,” Lamprinakos said. Zhang is also excited about taking the boat on the water more. “The trips will be fun and give the team much more data on the boat than before to work with,” Zhang said. 

CMSR isn’t all about the adrenaline of racing—the team also tries to enrich CMU. The team provides a place for students, in Zhang’s words, “to build crazy ideas they have for the boat.” CMSR is a place for students to apply their engineering and design knowledge to a fun and challenging project. Building and working on the boat tickles any fancy from designing an integrated computer system to building a solar-based engine.

The team’s boat especially catches eyes at CMU’s Activities Fair. By showcasing at the fair, CMSR hopes to inspire ideas for environmentally-conscious construction and attract members throughout the school year. CMSR also promotes renewable energy awareness and education on campus. Team members take part in events such as Energy Week and Explore Engineering.

To Lamprinakos, the most rewarding part of being with CMSR is the friendly atmosphere at competitions. “There’s a lot of sportsmanship,” Lamprinakos said. “Since we had a lot of members attend the race last year, we could help out other teams with launching their boats; it was nice to see the reverse this year.”

Zhang believes that the team offers members the chance to build something unique. “Few opportunities afford students to work on a project as cool as a solar-powered boat,” Zhang said. The high level of creative freedom lets students apply knowledge to build a hands-on project from the ground up.

Zhang emphasizes the need for students to create projects, since he needed to get out of the theoretical corner and apply his knowledge. “CMSR gave me my first opportunities to translate strong engineering theory into a realizable project,” he said.

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This is an excerpt from the August 2018 edition of The SOL SOURCE, a monthly electronic newsletter analyzing the latest trends in renewable energy based on our unique position in the solar industry. To receive future editions of the journal, please subscribe.

As solar deployment continues to grow, even amid political headwinds, the adoption of onsite solar by public and private schools serves as a strong undercurrent in the larger trend. In November last year, the Solar Foundation’s Brighter Future report counted more than 5,500 schools powered by solar, 61 percent of which had been built in the last five years, lending the country more than 5,500 examples of why solar makes sense outside and inside of the classroom.

Solar is Letting Students and Budgets Breathe Easier

As schools scramble to find ways to make smaller budgets work for larger classrooms, falling solar costs are opening doors for schools to save millions of dollars through a variety of onsite solar applications and financing models. While schools with wide, flat rooftops are building arrays atop their buildings, schools without the roof space have increasingly made use of carports systems in their parking lots and ground-mounted systems where there is enough land.

Similarly, there are numerous financial structures that allow schools to access solar energy. Though some schools and districts may have the means to purchase systems outright, more than 90 percent of schools with solar turn to third-party financing through a power purchase agreement (PPA), enabling them to go solar with no upfront cost. This is particularly useful for schools dealing with budget constraints, as PPAs allow schools and districts to see immediate savings without requiring an upfront investment.

The diversity of options has helped schools in a variety of situations offset over 1 million metric tons of carbon dioxide annually through solar nationwide, contributing to a cleaner environment for the future that today’s students will shape.

Solar Provides an Educational Opportunity for Students

Aside from the cost and health benefits that solar energy provides, an onsite array provides a first-hand opportunity for students to both learn about the technology and champion its use. Solar can play a particularly useful role for science, technology, engineering, and math (STEM) programs, which can carve out a section of the curriculum to focus on energy and solar with a first-hand case study. As reported by the Solar Foundation, after Antelope Velley School District in California participated in a solar-focused science and algebra lesson involving its solar array, test scores in science and math rose by 60 percent. Similarly, Sol Systems offers schools specialized educational material to different levels of students including case studies, lesson plans, and tours led by our engineering team. These hands-on science lessons engage students and make solar more than just an energy source.

Solar also gives students a chance to champion a clean energy cause, adding valuable leadership experience. Many schools across the country that have gone solar were aided by student led efforts to adopt the technology. While school administrators and facility managers will always make the decision if and how to go solar, the opportunity to bring students on board can boost student engagement and help mold future leaders.

Is Your School a Fit?

Every school has unique needs and a unique site, and finding the most effective way to go solar is important for schools looking to maximize their cost savings. Sol Systems has worked with schools across the country to help them go solar, including over 30 schools in Washington, D.C. in one of the largest municipal solar portfolios in the country. If your school or district is exploring solar or would like to learn more about its options, don’t hesitate to reach out at energy@solsystems.com.

ABOUT SOL SYSTEMS

Sol Systems, a national solar finance and development firm, delivers sophisticated, customized services for institutional, corporate, and municipal customers. Sol is employee-owned, and has been profitable since inception in 2008. Sol is backed by Sempra Energy, a $25+ billion energy company.

Over the last ten years, Sol Systems has delivered 700 MW of solar projects for Fortune 100 companies, municipalities, universities, churches, and small businesses. Sol now manages over $650 million in solar energy assets for utilities, banks, and Fortune 500 companies.

Inc. 5000 recognized Sol Systems in its annual list of the nation’s fastest-growing private companies for four consecutive years. For more information, please visit www.solsystems.com.

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Notre Dame Catholic Schools has taken Pope Francis’ advocacy for renewable energy to heart with the installation of 836 solar panels.

“This is part of what Pope Francis has said about conserving and being good stewards of the environment, so I think we’re being role models for our kids in doing that,” Notre Dame High School Principal Bill Maupin said Wednesday after a day spent getting ready for the first day of school.

The school began the process of getting the solar panels about a year and a half ago after John Fruehling, owner of Precision Energy Services, whose family is involved with Notre Dame, came forward with the idea of Notre Dame hosting the panels on its campus and purchasing the system’s electric output from a private limited liability company that can use state and federal solar tax programs not available to nonprofits, rather than from Alliant Energy.

Through the power purchase arrangement, facilitated by Precision and Red Lion Renewables, the school pays the LLC a set amount for energy costs — about $500 less per month than what the schools’ budget billing is now — for about 12 1/2 years, at which point Notre Dame will be able to purchase the solar panel system from the LLC, which assumes all operational and maintenance risks up until that point, at a discounted price.

The panels have a lifespan of 25 to 30 years.

“Hopefully, in 12 1/2 years, our electrical bill will be just for the Alliant box,” Maupin said.

The 276-kilowatt system will provide enough energy to cover an estimated 95 percent of Notre Dame’s energy needs.

“The amount of sunlight that strikes the earth’s surface in just one hour delivers enough free energy to power the world economy for an entire year,” Brian Fleming, business development director of Precision Energy, said Wednesday in a press release.

While the cost savings will be a definite plus for the school, which also recently installed LED lighting to reduce its energy consumption, Maupin is more excited about the educational opportunities the solar energy system will provide students.

“The kids will be able to get on their Chromebooks and actually watch what’s being produced, how it’s being used,” he said. “They will integrate this into the science classes, quite possibly a social studies class, just talking about renewable resources.”

Students will be able to see how much energy is being produced in real time during different types of weather. They also will be able to monitor the panels to see if anything goes wrong. Some students already took advantage of the panels, earning Silver Cord hours by being there during their installation.

Notre Dame will celebrate the solar panels with a ribbon-cutting ceremony at 2:30 p.m. Aug. 31 at 702 S. Roosevelt Ave. The public is invited to attend.

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France-based energy giant and the unit of the French conglomerate, Casino have obtained approval from the European Commission for the creation of a new common unit specializing in the development of solar projects for self-consumption.

The European Commission has approved the creation of a common subsidiary by France’s Engie and GreenYellow.

“The joint venture will be primarily active in the development, construction, operation and maintenance of photovoltaic power plants,” the EC specified in a statement released, adding, “The Commission concluded that the proposed concentration did not create concerns for free competition, given the horizontal overlaps and the very limited vertical relationships between the business activities of the two companies.”

In its investor presentation published in June, the Casino Group, which is the parent company of GreenYellow said that the creation of the common subsidiary with Engie was “dedicated to solar production for B2B, which will significantly increase GreenYellow’s revenues,” without adding more details on the operation. At that time, GreenYellow, which was defined by Casino as an affiliate specialized in solar energy and energy efficiency solutions, had 150 MW of operating facilities and 1,200 active contracts.

In the first half of 2018, Casino Group recorded sales of €17.8 billion and a net profit of €48 million. The French conglomerate is active in the retail industry in France and in global food retail markets, with more than 12,000 stores worldwide – in France, Latin America and in the Indian Ocean.

GreenYellow was set up by the Casino Group in 2007. In 2016, the solar unit obtained authorization to implement the sale of power to final clients and power providers through its subsidiary, Greenyellow Vente d’Énergie. The company has mainly deployed solar projects in France’s mainland and overseas territories, and in French-speaking Madagascar.

Engie, for its part, keeps expanding its activities in the solar sector. In France’s latest tender for large-scale solar, the French group was able to secure the largest share of the 727.9 MW awarded.

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As part of this deal, Daystar will supply PV power to the bank’s branches, as well as provide a concept for the supply of electricity to rural Nigeria. Image: Crashdburnd / Flickr

As part of this deal, Daystar will supply PV power to the bank’s branches, as well as provide a concept for the supply of electricity to rural Nigeria. Image: Crashdburnd / Flickr

The Nigerian Agricultural Bank, the Bank of Agriculture and electricity supplier Daystar Power have signed off on a cooperation deal for rural electrification in Nigeria.

Daystar Power, a pan-African electricity company specializing in the generation of solar energy, with a focus on medium and small-scale solar systems (20KW to 2MW), will install PV systems at the Bank of Agriculture’s 158 locations and develop and operate solar power solutions for rural areas in Nigeria. It will also provide a concept for the supply of electricity to rural Nigeria.

Christian Wessels, managing director of Frankfurt-based Sunray Ventures, whcih operates Daystar Power, said: “In Nigeria there is a large gap between electricity production and demand. The rural population in particular suffers from a lack of reliable electricity supply, which has a negative impact on agricultural productivity. By supplying Nigeria’s population with clean solar power, Daystar Power enables increased productivity and higher crop yields through better cooling. In this way we contribute to increasing prosperity for the local population.”

Kabir Mohammed Adamu, the CEO of the Bank of Agriculture, added: “The Nigerian government has set itself a target of 30{0b7da518931e2dc7f5435818fa9adcc81ac764ac1dff918ce2cdfc05099e9974} of renewable energies in the national energy mix by installing new solar plants with a capacity of 30GW by 2030. Our cooperation with Daystar Power will help us achieve this goal.”

Tags:
nigeria, africa, daystar, nigerian agricultural bank, sunray ventures

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Imagine you’re the principal of a middle school and you decide to invest in solar to lower the school’s energy bills and invest those savings in school supplies and other classroom needs. One way you’d recoup utility bill savings is with a policy called net metering, where your school would receive a credit on its utility bill for any excess power the school generates and sends back to the grid for someone else to use.

Until recently, everyone who invested in solar, including schools, families and small businesses, had the right to receive a bill credit equal to the amount that the utility charged for selling electricity to the public. Now, DTE Energy wants to slash that credit, along with any hope that Michigan customers can continue to save money with solar.

Michigan residents already pay the highest electricity rates in the Midwest.  Over the last 10 years, residential electric rates have increased 44 percent, even as the average income in Michigan has dropped. While utility rates have gone up this last decade, the cost of solar power has decreased by 85 percent over the same period of time, making solar a cost-effective option for homeowners, businesses and schools to reduce their energy bill.  

While solar technology becomes more affordable, policies like net metering that make it possible for individuals and business to use it are increasingly under attack. Michigan lawmakers must step up to ensure that all residents have the option of generating their own electricity and are protected from attempts by big utility companies to take that right away.

For years, Michiganders with solar had this straightforward net metering arrangement with their utility, paying the retail rate for energy purchased from their utility and earning a credit on their bill at the same retail rate for any extra solar electricity they sent back to the grid. More than 2,500 customers in Michigan are making use of this net metering policy.

In 2016, the Legislature decided to replace net metering and directed the Public Service Commission to develop an “equitable” set of new rules. In response, DTE Energy proposed an alternative that will essentially end the market for small scale solar for homeowners, farmers, business and schools in Michigan.

Under DTE’s proposal, solar customers will face a new automatic bill charge of about $12 a month. On top of that, they will pay DTE more than three times more for electricity they buy than the credit they receive for the excess solar electricity sent back to the grid. And yes, DTE will sell that solar electricity to other customers for a lot more than what it paid.

This one-two punch is unfair to Michiganders and, if approved, will likely put solar out of reach for most people.   

We are asking lawmakers to support House Bills 5861–5865, bipartisan legislation to restore fair net metering. The legislation also includes a framework for community solar gardens, which allow all Michigan consumers to have the option of choosing solar. Right now, physical and financial barriers prevent the majority of families and businesses, including those who rent, have shaded rooftops, or don’t qualify for standard financing solutions, from going solar.

Community solar programs give customers like these a way to go solar and save by enabling them to participate in a shared solar installation located somewhere else in their community and receive a credit on their utility bill for their share of the power produced.

We need more competition in the energy market to help drive down costs for everyone. Solar gives homeowners and business the freedom to choose how they generate and consume electricity and the option to save money. Michiganders have long embraced innovative, forward-thinking technology and the local investments that follow; it’s time our lawmakers do the same with solar energy.



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One of the world’s leading solar cell manufacturers has shut down its production line in Suzhou, China, due to “environmental” issues, and in response to “industry market needs”.

In a filing to the Taiwan Stock Exchange this week, Motech Inc. responded to earlier Chinese media reports that it had shut capacity down on August 13, due to falling sales and an unexplained environmental issue.

“The Company aims to adjust its production capacity efficiently for the industry market needs, as well as upon the environment issue of Motech (Suzhou),” read the filing.

It added that it plans to focus its efforts on Motech (Maanshan) and Motech (Xuzhou), with these becoming its main production lines in China in the long-term.

According to its Q1 2018 financial report, released in May, Motech has a current cell production capacity of 3.6 GW, 1.7 GW of which is located in China (compared to the 1.6 GW in Q4, 2017).

In the April edition of pv magazine, however, IHS Markit wrote that the company had a production capacity of 4.182 GW in 2017, with this increasing to 4.482 GW this year.

Commenting on the discrepancy, Karl Melkonyan, senior analyst, solar demand at IHS Markit said, “The difference in numbers was mainly related to the new fab with 800 MW in Kunshan, China, which was planned initially. However, it is now postponed and might be even canceled with the replacement of the equipment to other fabs in China. There is also some capacity decrease in Taiwan, which might refer to elimination of some old equipment.”

He added that in its Q1 financial report, Motech makes no mention of around 200 MW of capacity, which it acquired from Aide Solar in Xuzhou, China. “It’s current annual capacity is, therefore around 3.8 GW,” concluded Melkonyan.

According to Motech’s latest financials, Q1 shipments were just 780 MW, above the 727 MW shipped in Q1 2017, and down slightly from the 866 MW shipped in Q4. Overall, in 2017, the manufacturer shipped 3.26 GW of cells.

In terms of markets, Motech said in the filing this week that China, India, and other emerging regions are of interest. It has been a “slow season” it said, but visibility is increasing, thus serving to boost long term sales contracts.

Meanwhile, it says it has experienced “moderate” impacts from the U.S. anti-dumping and countervailing duties, and Section 201 tariffs.

According to Taiwan media outlet Digitimes, Motech also halted production of its solar ingots and wafers in Taiwan in June; while on August 6, Motech announced that Dr. Peng-Heng Chang had resigned from the position of Chairman and Director of the Board. He was replaced by Mr. Steve Tseng, founder of Motech.

Motech had not responded to requests for more information at the time of publishing.

Financials

While Q1 2018 shipments remained relatively stable, its Q1 2018 revenues took a tumble, falling 21{0b7da518931e2dc7f5435818fa9adcc81ac764ac1dff918ce2cdfc05099e9974} from Q4 2017, to NT$4.9 billion (around US$160 million), and compared to NT$5 billion in Q1 2017.

A net loss of NT$1.09 billion was recorded in the first quarter, similar to the NT$1.08 billion in Q1 2017, and not far off the NT$991 million lost in Q4 2017. Its operating margin also fell to -19.7{0b7da518931e2dc7f5435818fa9adcc81ac764ac1dff918ce2cdfc05099e9974}, down from -7{0b7da518931e2dc7f5435818fa9adcc81ac764ac1dff918ce2cdfc05099e9974} in Q4 2017, and -18.7{0b7da518931e2dc7f5435818fa9adcc81ac764ac1dff918ce2cdfc05099e9974} in Q1 of the previous year.

While no official financial statement has been released, in another stock exchange filing, Motech reported on August 6 that it had suffered further, large, losses in Q2. These included revenues of NT$4.4 billion, and a net loss of NT$2.096 billion.

“Due to the uncertainty in solar industry, therefore, compared to the same quarter in the previous year, the net revenue decreased by 21.05{0b7da518931e2dc7f5435818fa9adcc81ac764ac1dff918ce2cdfc05099e9974}; the gross loss increased by 160.17{0b7da518931e2dc7f5435818fa9adcc81ac764ac1dff918ce2cdfc05099e9974}; the operating loss increased by 63.88{0b7da518931e2dc7f5435818fa9adcc81ac764ac1dff918ce2cdfc05099e9974}; the net loss (attributable to Motech stockholders) increased by 199.52{0b7da518931e2dc7f5435818fa9adcc81ac764ac1dff918ce2cdfc05099e9974}; the comprehensive loss (attributable to Motech stockholders) increased by 217.99{0b7da518931e2dc7f5435818fa9adcc81ac764ac1dff918ce2cdfc05099e9974},” read the filing.

Global ranking

In 2016, following the merger with Topcell Solar International Co., Ltd a year prior, Motech had 3.2 GW of cell production capacity, thus catapulting it to the leading manufacturer globally.

Last week, PV Infolink ranked the company among the top five global solar cell manufacturers – the only Taiwanese firm to achieve this status, with Taiwanese players showing “disadvantage in cell costs.”

“The utilization rates of conventional multi-Si cells were generally low, hence only Motech made it to the top five,” it reported, adding, “However, with the merger of NSP, Gintech, and Solartech, the new joint venture is likely to enter the top five list of cell makers.”

The merger, first announced last October, will unite cell manufacturers Neo Solar Power, Gintech Energy Corp and Solartech Energy Corp as the United Renewable Energy Company (UREC). It will have a production capacity of around 3 GW, IHS Markit’s Melkonyan tells pv magazine.

Taiwan’s troubles

With increasing cost pressures, particularly from China, and most recently, China’s 31/5 policy turnabout, Taiwanese manufacturers along the solar supply chain are struggling to keep up.

On the back of the changes, “Taiwanese multi-Si wafers with higher costs almost closed factories entirely,” said industry analyst, Corrine Lin. Similarly, the cell and module segments have seen falling utilization rates, beginning with the multi-cSi segment. “Multi-cSi cells are the first to reduce utilization rates, especially Taiwanese makers and tier-2 Chinese makers,” she continued.

Looking at wafer manufacturers, Digitimes reported earlier this week that domestic wafer manufacturers are “ill-equipped” to deal with such changes in the market.

Indeed, while Chinese companies have four options open to them to respond to the new market dynamics – upgrades to enable poly black silicon cells; produce quasi-mono-Si ingots; turn to mono-Si wafers; or exit the business – none are attractive for Taiwan makers, due to either tighter environmental protection standards, or for financial reasons.

“Withdrawal from market seems the last choice for Taiwan’s makers, but none of them have decided to to [sic] so. They hope the government can extend help,” it wrote.

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The 35rd EU PVSEC takes place from Monday to Friday, 24 to 28 September 2018 at Brussels meeting Centre, Brussels, Belgium.

The experts of the PV solar branch meet in Brussels to discuss new concepts, trends and developments in science and industry. The EU PVSEC provides an inspiring platform for dialogue and information exchange across the world.

“It is my great honour and great pleasure to invite you to attend the next EU PVSEC to be held for the first time in my home town, the beautiful city of Brussels, the capital and the heart of Europe”, said Dr. Pierre Verlinden, EU PVSEC Conference General Chairman and

Director at Amrock Pty Ltd. And Visiting Professor at Sun Yat-Sen University, Guangzhou, China .

“The EU PVSEC has always been for me a special event – continued Pierre Verlinden, where we are updated on all aspects of the latest photovoltaic technology developments, as well as on other topics such as new policies, market trends, social and educational impacts. Over the last 4 decades, the EU PVSEC has been for me an important forum, source of inspiration, a week of fruitful reflection on my work and a time to meet friends and colleagues from all over the world.

EU PVSEC – Where the Latest in Science & Technology Meets Industry
The advancements of solar scientists continue to be impressive, and so are the constant product innovations of solar companies – that’s why next to the EU PVSEC conference events we’ve been traditionally having an industry exhibition.

It almost seems that increasing efficiency has never been higher on the agenda of the PV industry, which is evaluating and quickly putting into production various advanced cell architectures.

Moreover, at EU PVSEC the world leading researchers in the crystalline silicon field will provide their latest updates, together with PERC cell technology the new standard in silicon solar cell technologies.

“From the early phases of photovoltaic energy deployment the scientific and technological aspects were supported by leading institutes in Belgium and the EU PVSEC 2018 is the perfect place for them to showcase this pioneering role and to interact with their partners and competitors” said Prof. Jef Poortmans, Director  PV@imec, R&D Strategy Coordinator of EnergyVille.  “Therefore – he concludes – we look forward to the exchange of exciting developments in PV science, technology and applications and all related topics, between stakeholders from all over the world. We hope to see you here from 24 to 28 September 2018 in Brussels in an atmosphere where the useful is combined with the pleasant, another Belgian characteristic!”

Conference Programme 2018 – with almost 1,000 presentations from all over the world, the programme is offering both an overview and in-depth insights to the latest research in the PV solar energy sector.

The international Conference programme is structured in plenary, oral and visual presentations and covers the entire range of PV research, technologies and applications, focusing on the latest scientific, technological and market-related trends.

The abstracts received have been reviewed and scored by the EU PVSEC Scientific Committee made up of more than 200 renowned PV research and industry experts from the global PV sector. To guarantee the quality of the programme, each abstract has been scored by three independent reviewers before the topic organisers met in April 2018 in Brussels to select the plenary, oral and visual presentations.

 

 

 

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