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World Bank doing feasibility study of CRMM will take 2 years, Upendra Tripathy informs

At the tenth International Solar Alliance (ISA) monthly get-together and stakeholders meeting, held today in Noida, India, Interim Director-General of ISA announced that the World Bank is handling the common risk mitigation mechanism, and they need two years to complete the feasibility study. ISA believes that CRMM will help to get access to finance at lower cost and in larger volumes for solar-related projects in ISA member countries. European Investment Bank is developing a financial facility for off-grid projects in ISA member countries, combining the grant and debt finance.

The 9th ITRPV: module price pressure to continue as production capacity tops 130 GWp and price learning curve rises to 22.8%

Annual International Roadmap for Photovoltaics, compiled by the German production equipment industrial association (VDMA), reveals slowdown in module price reduction for 2017 in contrast to significant market increase that saw module production capacity rise above 130 GW.

The sun shines brighter if the risks don’t cloud it

Finance in developing countries: Economics teaches that capital flows from where it is in surplus to where it is in demand. But that is not the case with renewable energy. The biggest pots of institutional capital in advanced economies are not shifting to developing ones. It is time to take a hard look and develop solutions that resolve this anomaly.

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Let’s mitigate LID & LeTID!

Cell degradation: LID in p-type monocrystalline PERC cells has caused serious issues in PV plant performance. Now, it can be prevented with regeneration processes or by replacing boron with gallium. The cause of LeTID in multicrystalline PERC cells, meanwhile, is still a mystery, but researchers have proposed an industrial solution to address it.

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Q&A: JinkoSolar discusses half cut cells, multi-busbars and bifacial technology

Ahead of its upcoming webinar, on March 27, JinkoSolar’s Head of Technical Service Europe, Andrea Viaro, discusses the company’s new Half Cell (HC) Series, the benefits of multi-busbar and bifacial technology, and upcoming innovations, in a Q&A with pv magazine.

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Big weekend: What will happen at the International Solar Alliance Summit 2018 on March 11 in New Delhi?

International Solar Alliance (ISA), now registered under the United Nations, is organizing its first summit to be held this Sunday March 11. It is also set to host a founding ceremony of ISA in the presence of French President, Emmanuel Macron, Indian Prime Minister, Narendra Modi and Bangladeshi President, Abdul Hamid. Government dignitaries of member countries are joining, and 51 solar projects will be signed, by announcing the concrete instrument to facilitate the project execution.

ISA to sign 121 solar projects by 2nd edition of Global RE-INVEST in April 2018

50 projects will be signed on March 11, 2018 during ISA Solar Summit, and 71 will be signed on April 20, 2018 at RE-Invest summit. Now, with five new countries, Madagascar, Gabon, Rwanda, Sri Lanka, and Uganda, the number of nations to have ratified the International Solar Alliance (ISA) framework agreement has reached 26.

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Unique properties of organic polymer solar cells expected to open niche market opportunities

While they cannot match the durability and efficiency of inorganic silicon-based solar cells, organic polymer solar cells show potential to provide power to remote microwatt sensors, wearable technology and the Wi-Fi-connected devices constituting the Internet of Things.

Solar to lead global renewables growth for next five years — KPMG

Investors throughout the world made 406 investments in large-scale renewables in 2017, collectively valued at roughly €40.1 billion (US$49.5 billion), but solar is set to grow more in terms of capacity than any other clean-energy technology over the next half-decade, according to a new report. Battery storage will play a crucial role in this, it found.

An arm and a leg

Robotics in PV: The momentum of China’s solar growth appears unstoppable, driving the hunger for faster, qualitative automated solutions for the domestic PV manufacturing industry. Thus, most new solar manufacturing facilities or production upgrades are equipped with nearly fully automated lines.

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