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IBC Solar has sold 2 solar projects totalling 120MW in Poland to Israel-based Afcon Renewable Energy. The projects are in sophisticated development in the western area of Poland. Afcon Renewable Energy will finish the advancement of the projects up to the stage of preparedness to construct (RTB) via growth agreements authorized with neighborhood entrepreneurs. " The finalizing of the contract is the kick-off of our joint project activities with Afcon, which might be included other nations as well," stated Patrik Danz, Chief Sales Officer of IBC Solar. " The sale to Afcon is just a part of our project growth in Poland, which comprises more than 600 MW as well as is being constantly expanded." " As a full-service provider IBC Solar is a seasoned partner for renewable energy projects from the growth and also turn-key realisation, as much as the operation as well as maintenance," included Wojciech Prokopowicz, Managing Director IBC Solar Polska. Israel Raif, Chairman of Afcon, added: "We are very pleased concerning our collaboration with IBC Solar. " These 2 projects are a contribution to our portfolio of projects as a whole and also in Poland specifically. " Afcon is continuing to buy unique large-scale solar projects as well as this procurement will place us as a considerable player in the renewable energy market in Europe."

production. How does laser-doping enhance efficiency and protection in IBC Solar cells? Laser-doping enhances oxidation in selected areas of Interdigitated

projects are being established with financial investment companion MET Group. IBC Solar Energy is responsible for the planning as well as the procurement of the

hectares (20.76 acres) in the Sand am Main municipality in southerly Germany, IBC Solar stated recently. Once up and running in October, the solar plant will

PV firm IBC Solar as well as industrial conglomerate Bosch are currently working together on the implementation of smart power remedies for residential

IBC Solar will certainly offer precautionary services, consisting of medium-voltage protection tests, for over 160 MWp of 7C Solarparken's portfolio which presently amounts to 335 MWp. Over the last months, 7C Solarparken has gotten 4 ground-mounted solar parks with an overall capacity of 31.76 MWp which were established, intended and also developed by IBC Solar. These include the Cossen area with 3.18 MWp in Saxony, the Milmesberg solar park with 5.44 MWp in Thuringia, the 3.14-MWp Osternburg plant in Saxony-Anhalt and also Draisdorf-Eggenbach with 20 MWp in Upper Franconia. The four facilities will create concerning 33,265 MWh of eco-friendly electrical energy each year. More projects are being currently planned.

passivation on phosphorus and boron diffusion demonstrating a 25% efficient IBC Solar cell," recently published in Progress in Photovoltaics. The cell is a

distribution to Switzerland-based power firm MET Group. The agreement was that IBC Solar ought to hand over the solar farms at ready-to-use stage. The German company

of 10 MWp and all four areas are expected to be attached to the grid shortly, IBC Solar said on Wednesday. Found on a location of 18.6 hectares (45.96 acres) in the

solar system preparation and also installment. For simplicity of installment, IBC Solar will certainly also offer a brand-new clip option for its installing systems,

HJT company Meyer Burger would be utilized to produce 25.4%- efficient HTJ-IBC Solar cells on a commercial scale. That effectiveness figure would comprise "a

ValkPro+ complements IBC Solar's mounting portfolio for level roofs. "We are eagerly anticipating this effective partnership that enables us to provide our

Researchers in the Netherlands have actually shown an interdigitated back call copper-indium-gallium-selenide solar cell with a sub-micron thickness of 673nm. The device has a light weight aluminum oxide as well as magnesium fluoride-based anti-reflective coating.

first purchase in India. The fund has gotten a 27.4 MWp plant in Odisha from IBC Solar Energy GmbH, the worldwide task division of IBC Solar AG, a leading

Researchers in Germany are trialing a host of new processes and materials to develop interdigitated back contact solar cells. A deposition technology named ‘hot-wire’ chemical vapor deposition, is said to provide excellent passivation without the need for treatments such as recrystallization or hydrogenation.