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Government tariffs may limit solar expansion in India

Government tariffs may limit solar expansion in India

The Indian government may strangle Prime Minister Narendra Modi’s efforts to reap more electricity from the sun should it impose duties on solar panel imports proposed by the nation’s previous administration.

Only a quarter of the 1.6 gigawatts of solar capacity in the works now will be finished if the levies are enacted, said Headway Solar Pvt., an industry consultant based in Gurgaon, near New Delhi. The tax would double the cost of solar power, according to the Solar Power Developers’ Association.

The estimates are aimed at pushing Modi’s government away from backing a recommendation to impose the duty, which would protect India’s few solar cell producers from cheaper Chinese and U.S. imports. Modi must balance the needs of those manufacturers led by Indosolar Ltd. and Websol Energy Systems Ltd. against the interests of panel makers and developers that benefit from cheaper cells.

“It’s a nasty, poisoned gift from the outgoing administration to the incoming one,” said Tobias Engelmeier, founder of Delhi-based consultancy Bridge to India Energy Pvt., who says everything from solar lanterns in rural villages to large grid-connected generators will become uneconomical. “It’s going to deflate the market terribly.”

Finance Minister Arun Jaitley, appointed by Modi after a landslide election victory on May 16, has until Aug. 22 to implement the duties favored by the Ministry of Commerce & Industry. Officials in charge of clean-energy policy oppose tariffs but say there’s little they can do.

Imported Equipment

“Our role is very limited as we can’t go to court against another ministry,” said Tarun Kapoor, joint secretary in the Ministry of New and Renewable Energy.

India has built photovoltaic plants capable of powering more than 6 million homes since 2010, mostly using equipment imported from the U.S., China, Malaysia and Taiwan. Developers led by Welspun Energy Ltd. and Azure Power India Pvt. have used imported panels for 80 percent of that capacity.

Modi, who pioneered large-scale solar development in 2009 as chief minister of his home state, Gujarat, has vowed to harness solar power to reduce blackouts and ensure energy security. His party pledges to run everything from street lights and farm irrigation pumps to lightbulbs in every Indian home by 2019 on the sun’s energy.

The commerce ministry recommended anti-dumping duties ranging from 11 cents to 81 cents per watt on imports. That would double the price of solar power to 12 rupees (20 cents) per kilowatt-hour, said the Solar Power Developers’ Association. Bridge to India calculates a smaller 10 percent escalation that would still kill many projects because they were won on thin margins in auctions, according to Engelmeier.

Impact Debated

India’s cell makers dispute those estimates, saying the duties would have a negligible impact on solar power prices. The cost would rise about 0.1 rupee a kilowatt-hour, said Pradeep Kheruka, vice chairman of Borosil Glass Works Ltd., a supplier to panel makers and spokesman for the Indian Solar Manufacturers’ Association.

Even so, it’s not certain there’s enough solar capacity in the world outside China and the U.S. to make up for the imports India is seeking to curtail. China controls about 70 percent of the world’s panel-making capacity, and First Solar Inc. of the U.S. much of the remainder.

Indian makers of cells — the basic building blocks of panels — say they can produce about 1 gigawatt a year of the technology. The renewable ministry’s Kapoor says that’s not enough to keep pace with India’s plans to quadruple its photovoltaic power capacity in the next three years.

Japan Demand

“It’s not possible to import from other countries — the capacity is not there,” said Vikalp Mundra, joint managing director of Ujaas Energy Ltd., which won a license to build a solar project in central Madhya Pradesh state in a February auction. He notes that Japan is consuming more panels than its companies such as Sharp Corp. can produce.

India’s solar manufacturers idled more than 70 percent of their capacity in the past few years, unable to compete in a global market during a four-year supply glut. If orders are placed, they can resume full production within 45 days, according to a statement last month by the Indian Solar Manufacturers’ Association.

Already, developers are scaling back work. BlackRock Inc.- backed SunEdison Inc. dropped a 20-megawatt solar power project it won in a government auction in February on concerns that local cell makers won’t be able to boost supply in time. The St. Peters, Missouri-based company lost its bidding deposit of 20 million rupees.

Local Makers

Also caught in the dispute are local panel makers such as Waaree Energies Ltd., which need to import cells that go into modules that make up panels. Waaree Chairman Hitesh Doshi didn’t respond to a phone call and text message seeking comment.

Chinese manufacturers got government subsidies that allowed them to build up massive capacities and undercut rivals, said Ratul Puri, a former executive director at panel maker Moser Baer India Ltd. who now heads power plant-developer Hindustan Powerprojects Pvt., echoing arguments by U.S. and European governments to levy duties on Chinese solar imports.

“Legally, everything stacks up,” said Puri, whose company has mostly used Chinese panels at its solar projects. “But is it in the public interest? That’s the dilemma.”

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Six new GSS sites to help integrate more solar and wind energy into the UK’s electricity grid.

Six new GSS sites to help integrate more solar and wind energy into the UK’s electricity grid.

The six energy storage systems were installed in substations in both urban and rural locations as part of the Customer-Led Network Revolution (CLNR), a three-year smart grid project in the UK. The largest of the six NEC energy storage systems — a 2.5MW, 5MWh GSS™ in Darlington — is located in an urban industrial area, while one of the smallest, a 50kW GSS™, is located in a residential area in Wooler.

“Part of the challenge of installing energy storage in these areas was the wide diversity in the various sites,” said Ian Lloyd, CLNR technology manager at Northern Powergrid. “We needed battery systems that could fit into a range of electricity distribution substations, so it was important to have a very flexible battery design to accommodate our very different locations.”

To fit the needs of the project at four of the six sites, NEC Energy Solutions supplied lithium-ion based grid battery systems packaged in a variety of enclosures, including standard 40-foot containers and smaller customized enclosures. The last two locations required energy storage systems installed directly into pre-existing buildings, and serve to demonstrate the flexibility of NEC Energy Solutions’ modular and scalable designs.

“This project enables distribution network operators in the UK to implement new technologies designed to increase energy efficiency and support the adoption of clean energy,” said Bud Collins, CEO of NEC Energy Solutions.

Energy storage is a key component of the CLNR smart grid project, and will be used to help integrate more solar and wind energy into the UK’s electricity network.

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India plans to construct four giant solar projects with 1,000MW capacity each

India plans to construct four giant solar projects with 1,000MW capacity each

The Indian Government is planning to construct four giant solar power plants, with a capacity of 1,000MW each, as part of its efforts to accelerate the solar energy program.

The potential solar projects are expected to be located in Rajasthan, Gujarat, Jammu and Kashmir, and Ladakh.

In order to make renewable energy more affordable, the Ministry of New and Renewable Energy (MNRE) plans to bundle solar and conventional power, The Economic Times reported.

In order to deal with larger project delays, several sites and cities have been surveyed by the government to assess the solar power’s potential and viability in the country for receiving adequate radiation during its 300 days of sunshine a year.

On condition of anonymity, a senior MNRE official said with the clean energy sector receiving an investment of $7bn last year, where private sectors invested 70%, the ministry is hoping that it would double up by the end of the second phase in 2017.

“Now that MNRE is under the same minister as power, synchronising of common issues such as grid connectivity and sale of power would be better. Policy delays hamper the investment, both domestic and foreign,” official said.

The government is also planning to re-design the Jawaharlal Nehru National Solar Mission, aimed at achieving the target of commissioning of 20,000MW of solar power generation capacity ahead of targeted 2022.

“The government is also planning to re-design the Jawaharlal Nehru National Solar Mission.”

Additionally, the Electricity Act 2003 scope may also be expanded to push for higher renewable energy utilisation.

Indian Power Minister Piyush Goyal said that the ministry has an opinion that the Electricity Act scope should be expanded to empower renewable energy.

Goyal said, “The Electricity Act 2003 does not deal extensively with renewable energy and state utilities cannot be compelled to procure expensive solar power through policies and regulations alone.

“It is believed that cost of solar power can be brought down by increasing the scale of demands for panels and equipment in the country.”

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India’s airport plans for a solar plant

India’s airport plans for a solar plant

Plans by the Airports Authority of India (AAI) to establish solar power plants at its airports have progressed with the signing of a Memorandum of Understanding (MoU) with Solar Energy Corporation of India (SECI).

AAI proposals to meet not only its own requirements but also to feed surplus power into the grid include the installation of 50 MW of cumulative capacity solar plants in Phase I, which will be enhanced to 150 MW over a period of time.

The plants will be installed on surplus land available within the AAI portfolio and on the large roof tops of AAI’s structures.

In all about 30 Airports have been identified by AAI as suitable for the establishment of solar power plants.

Shri Ashok Lavasa, India’s Secretary of Civil Aviation, highlighted the importance of tapping solar energy through various outlets, including storage of the power generated in rechargeable batteries. He also emphasized the potential, including roof top surfaces, as large areas are available at airports.

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Martifer Solar completes 11 MW utility-scale PV plant in Ginasservis, France

Martifer Solar completes 11 MW utility-scale PV plant in Ginasservis, France

PV plant will produce sufficient clean energy to power more than 7,400 residents.

For the project, Martifer Solar worked with Eco Delta, an independent developer and operator of wind and solar farms. Remarkably, the project — which is in the Provence-Alpes-Côte d’Azur region of France — was built within only 10 weeks.

“The completion of this PV plant is a key indication of Martifer Solar’s success and leadership in mature markets, such as France,” said Henrique Rodrigues, CEO of Martifer Solar. “As the market is moving towards a post-Feed-in-Tariff era, we are prepared to advance our business model in order to drive down the LCoE and to match the evolution towards increased national tender processes and self-consumption projects.”

Martifer Solar completed the PV plant on an area of approximately 200,000 m2, using 42,592 modules installed on fixed structures. The 11 MW plant is expected to produce an estimated 17 GWh/year. With this production capacity, the plant will offset 1,345 tons of carbon dioxide on an annual basis. In addition to the significant environmental benefits that the project provides to Ginasservis, it also provided more than 150 jobs throughout the course of construction.

“As the developer, owner and operator of this 11 MW solar PV plant, Eco Delta is happy to contribute to the growth of the French renewable energy market,” said Chantal GASS, CEO of Eco Delta.

Solar presence in France

A recent report from the Ministry of Ecology, Energy and Sustainable Development shows that approximately 1% of France’s electricity demand has been met with solar PV. Given the growing electricity rates and the country’s levels of solar irradiance, there is significant room for development in the maturing French PV market.

“We are proud to deliver this 11 MW project to Eco Delta on time and within only 10 weeks, which attests to our reliability and proven capability as a leading EPC player,” said Davide Pacheco, Country Manager of France for Martifer Solar. “This accomplishment contributes to the clear path set by recently appointed French Energy Minister, Mrs. Segolene Royal, promising green growth and added jobs for the country, where solar energy is undoubtedly an affordable and competitive solution when compared to other energy sources.”

Martifer Solar has been present in France since 2009 and has implemented close to 50 MW of solar projects throughout the country. In the most recent report from reputable research firm, iHS, Martifer Solar is the 5th largest integrated European installer and 11th in terms of PV Integrator market share in France.

For Eco Delta, this marks the company’s 15th PV plant.

Martifer Solar was responsible for the engineering, procurement and construction and will also manage the subsequent operation and maintenance service for the PV plant.

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RBI Solar to acquire Renusol

RBI Solar to acquire Renusol

RBI Solar has signed an agreement to buy Renusol, one of the PV industry’s solar mounting specialists for residential and commercial projects in Europe and in the US.

Under the terms of the agreement, RBI Solar will acquire Renusol, which is 100% owned by Centrosolar Group.

RBI Solar will also purchase the American subsidiary Renusol America, which is 100% owned by Renusol.

RBI Solar focuses on designing, engineering, manufacturing and installing solar mounting systems for commercial and utility scale PV projects.

RBI president Richard Reilly said that the company gained more than 15 years of expertise in the area of residential and commercial projects with Renusol acquisition.

“This is a decisive step in our company growth and fits perfectly with our products and service portfolio. Renusol has proven, innovative and cost-effective solutions,” Reilly said.

“This is a decisive step in our company growth and fits perfectly with our products and service portfolio.”

With the acquisition, RBI will continue to focus on developing high-quality robust solar structures and engineer solutions to meet requirements on both a national and an international basis.

Renusol managing director Stefan Liedtke said that the RBI and Renusol combination improves the resources to deliver innovative products and services in all areas, especially in the sector of ground mounting to customers in Europe.

“With RBI’s multiple manufacturing facilities, two in the US and one in China we are now able to offer our innovative mounting solutions outside of Europe, so this is truly a win-win deal,” Liedtke said.

RBI Solar General Manager Bill Vietas said, “This is a tremendous opportunity, both companies have similar philosophies and we are incredibly energised and excited to utilise the synergies out of this merger into improving our products and services for our customers even further.”

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Yingli Green Energy plans to participate in Dubai’s 100MW solar park project

Yingli Green Energy plans to participate in Dubai’s 100MW solar park project

Chinese solar panel manufacturer Yingli Green Energy is planning to participate in Dubai’s 100MW solar park project, as part of the company’s expansion plans in the Middle East and Africa in 2014.

The company is looking to expand its business in emerging markets such as the UAE, Saudi Arabia, Jordan, Egypt, Qatar, Kuwait, Pakistan, Nigeria and others.

The National cited Yingli Green Energy managing director Dimitirios Bachadakis as saying that the company will bid on Dubai’s independent power plant (IPP) project.

“There is a huge move towards solar energy in Saudi Arabia, Oman and the UAE to name just a few,” Bachadakis said.

As part of the plan to diversify its energy mix by 2030 in the UAE, the state utility Dubai Electricity and Water Authority (DEWA) has issued a tender for the solar park project, with the deadline on 5 July 2014.

The tender for the solar part forms part of the AED1bn 1,000MW Mohammad bin Rashid Al Maktoum Solar Park project.

Yingli executive director Middle East Evangelos Lianos was quoted by Reuters as saying, “It is either we will partner with other companies together and then will submit our bid, or it might be that our strategy is we will support this project with services to the participating companies.”

Currently, DEWA is negotiating with other partners and governments to equip large-scale solar installations in the region.

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Sunlabob and Relitec  partnership aimed at Myanmar’s growing solar market.

Sunlabob and Relitec partnership aimed at Myanmar’s growing solar market.

Rural off-grid renewables specialist Sunlabob Renewable Energy and sustainable energy firm Relitec have announced a partnership agreement aimed at Myanmar’s growing on-site solar market.

Laos-based Sunlabob and Yangon, Myanmar-based Relitec said they plan to collaborate on addressing Myanmar’s growing demand for renewable energy.

According to estimates, less than 30% of the nation’s 60 million people have access to grid-connected electricity, and only 4% of the rural population has electricity.

Sunlabob offers on- and off-grid products and services ranging from hybrid mini-grids and solar home systems to energy efficiency consulting. Relitec specialises in the engineering, installation, and operation and maintenance of solar projects, and has implemented a number of solar projects in Myanmar.

Andy Schroeter, Sunlabob’s CEO, said, ‘Sunlabob’s experience implementing rural, off-grid renewable energy throughout the developing world will complement Relitec’s on-the-ground knowledge of the local Myanmar market.’

‘Myanmar is just seeing the tip of the iceberg for solar energy’s potential,’ said Than Aye, Relitec’s managing director. ‘We are excited to be well-positioned to meet the upsurge of solar activity.’

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Fernando de Noronha island gets 400 kWp solar photovoltaic plant.

Fernando de Noronha island gets 400 kWp solar photovoltaic plant.

WEG has supplied a complete solar photovoltaic plant for the Energy Company, Pernambuco State (Celpe), part of the Neoenergia group. The plant is installed at the Air Force Command and will supply 4.6% of the total energy consumption of the island, which represents a saving of almost 10% of the annual consumption of diesel.

The new Fernando de Noronha plant is part of the Celpe Energy Efficiency Program regulated by the National Electric Energy Agency (Aneel), which is conducted in partnership with the Air Force Command. The distance from the mainland hinders the use of energy through the network distribution centre, making the sun an attractive energy source in comparison to fossil fuels.

“Some hotels on the island already use solar energy to heat water; however, this is a pioneer project for electricity generation,” said Ana Christina Mascarenhas, the spokeswoman for Neoenergia Energy Efficiency Group. “The installation of a photovoltaic solar power plant, in addition to the benefits to the environment, promotes training in this new technology and helps expand the installation of this system of power generation.”

An additional project to install a second plant that will generate 500 kWp is currently awaiting authorisation from the relevant environmental agencies. As a further element to the project, wider strategies are being defined for the use of renewable energy on the island.

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China PV Exports Rise on Expansion in Emerging Markets

China PV Exports Rise on Expansion in Emerging Markets

BEIJING — Zhejiang province posted US$340 million in exports of photovoltaic (PV) products for the first quarter of this year, an increase of 18 percent over the same period last year. The rise is primarily attributable to industry expansion into emerging markets. Exports to Japan increased 121 percent year-on-year, while those to ASEAN countries increased 843 percent.

“China’s PV products previously were mainly exported to the U.S. and to European countries, but now exports to emerging markets account for more than 80 percent of the total,” said Shen Fuxin, secretary general of the Zhejiang Solar Energy Industry Association.

Since 2011, EU countries and the U.S. have initiated anti-dumping and anti-subsidy investigations over PV imports from China. Most recently, the EU imposed definitive measures on Chinese solar panels in the form of anti-dumping and anti-subsidy duties. These duties, ranging from 47.7 percent to 64.9 percent, will be valid for the two years starting 6 December 2013. This lead to dramatic decreases in the level of exports from many Chinese PV companies and was a major factor in Suntech Power’s bankruptcy, a leader in the field.

In order to offset the decrease, the PV industry across Zhejiang province began to expand into new markets while improving product competitiveness through technical innovations.

The more than two years of efforts are paying off. In 2013, the province’s PV industry achieved sales of 70 billion yuan (approx. US$11.2 billion), with Risen Energy, Zhejiang Sunflower Light Energy Science & Technology, ReneSola and JinkoSolar seeing continuous improvement in their competitiveness.

Of the $340 million export number, solar cell exports brought in $290 million, up 23 percent year-on-year, with the top five export destinations being Japan (+121 percent), Taiwan (+31 percent), ASEAN (+823 percent), the U.K. (+497 percent) and South Africa (+600 percent). “Exports to the U.S. and the European continent accounted for only 17 percent of the total,” said Shen.

Solar cell exports via the province’s Ningbo port increased despite the down market, thanks to the expansion efforts. During the first quarter of this year, exports via the port totaled 3.16 million units, valued at 1.67 billion yuan, up 53.7 percent and 13.4 percent from a year earlier, respectively.

Exports to emerging markets demonstrated an outstanding performance, with those to South Korea surging 112 times to 672,000 units, India 58.3 percent to 430,000 units and South Africa 140 times to 396,000 units.

Also dampened by EU tariffs, Ningbo’s solar cell exports to EU countries amounted to only 264,000 units in the first three months of this year, down 74.4 percent over the same period of last year.

While export volume of solar cells increased this year, the average export price dropped 26.2 percent from a year earlier, a source at Ningbo Customs revealed. This was mainly due to the intensifying price war between solar cell makers. It is encouraging that the city of Ningbo has issued new rules whereby the local government provides additional subsidies for qualified PV modules and encourages PV exporters to strengthen development of the domestic market.

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