Mass-produced European solar panels on the horizon – Information Centre – Research & Innovation

An EU-funded undertaking has developed a European edition of substantial-efficiency, future-technology solar technological know-how and a reduced-cost production course of action. The ground breaking solar cells could raise a switch to solar vitality and recharge European solar-panel production.


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Solar cells and panels, or modules, are central to Europe’s motivation to using renewable vitality to fulfill up to a 3rd of its vitality desires by 2030. But while the vitality will be dwelling created, nearly none of the required components is designed in Europe.

Most mass-created cells and modules are from China, Taiwan and Malaysia, in accordance to an EU report. The most productive crystalline silicon solar-mobile technological know-how ideas on the market place – interdigitated again-contacted (IBC) kind solar cells – are created by a compact variety of American and Asian corporations.

Europe is now nearer to getting its individual edition of this technological know-how. The EU-funded NEXTBASE undertaking has developed really productive IBC solar cells in the silicon heterojunction configuration (IBC-SHJ).

The NEXTBASE cells can convert twenty five.four % of the solar vitality they seize into energy.

‘This is a European record for an industrially possible edition of IBC-SHJ technological know-how,’ says undertaking coordinator Kaining Ding of the Forschungszentrum Jülich GmbH analysis organisation in Germany.

‘The existing laboratory environment record for a silicon solar mobile is %, which was also primarily based on the IBC-SHJ strategy but was very highly-priced to make. Our technique is shut to the optimum degree.’

NEXTBASE scientists have also developed a prototype four-mobile x four-mobile solar module that has attained 23.2 % efficiency, which is among the optimum silicon module efficiencies at any time described. Inspired by these success, the undertaking group has developed a cost-powerful production strategy that could make this sort of modules for beneath EUR .275/watt, enabling electricity technology at expenses equivalent to technology with regular Asian-designed systems.

‘It will make Europe competitive in solar mobile production,’ says Ding.

Energy-tech innovations

Ding adds that the cells can make Europe’s vitality far more sustainable and protected. ‘The better efficiency fosters the transition to renewables as it generates far more vitality from lesser locations than equivalent less-productive cells,’ he describes, adding: ‘From an environmental and societal check out, it is improved to make locally.’

The IBC-SHJ technological know-how is important to the extraordinary vitality conversion rate. Metallic contacts in regular mass-created solar technological know-how are on the entrance and again, squandering the solar vitality that is blocked by the metallic on the entrance. In contrast, again-contacted cells have all the connections at the again, so that they can seize solar vitality across their entire entrance area, in addition to remaining aesthetically satisfying.

Current IBC-kind modules offer only to a quality market place and are highly-priced to make, in accordance to Ding. The 14 field and analysis associates in the NEXTBASE consortium improved designs and processes for the silicon wafers, the cells and the modules in this technological know-how to make them both equally far more productive and far more cost-powerful.

Ding describes that IBC-SHJ cells have complex structures. ‘There was no cost-competitive industrial way to make them.’

NEXTBASE member Meyer Burger Investigation AG developed an automatic course of action for making the cells cheaply. ‘This course of action was very productive and straightforward,’ says Ding.

Pilot preparations

Ding believes that NEXTBASE can boost production and purchaser fascination in European photovoltaic technological know-how and make IBC-SHJ modules far more appealing to buyers. ‘The success are primary to commercialisation of substantial-efficiency PV modules primarily based on future-technology c-Si solar cells. With no EU funding, the associates would not have labored with each other that intently,’ says Ding. ‘Everyone has an lively fascination in undertaking the work, even outside of the undertaking.’

The future stage will be to display that the NEXTBASE mobile can work in bigger modules and to industrialise production. The associates are organizing a undertaking for a pilot line, led by Meyer Burger Investigation AG, which now has a patent on the mobile.

Having said that, scientific info about the project’s innovations can be accessed on the NEXTBASE internet site, like its cost and life-cycle effects investigation, allowing for other initiatives and enterprises to develop supplemental future-technology solar technological know-how in Europe.

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