The Swiss solar equipment maker has already sold its corporate headquarters this week as it aims to generate a fighting fund until the hoped-for returns of a European PV manufacturing renaissance materialize.
The manufacturing facility, idled a few years ago, will produce bifacial modules. The company claims panel efficiency exceeds 20.5% and the factory has an annual production capacity of around 200 MW.
The regulations will come into effect on January 1 and will improve upon the regime introduced in 2014. The new provisions will for the first time provide a legislative framework for energy communities and storage deployment.
Although PV trails wind and nuclear in terms of its anticipated future footprint, the opposition party’s attempt to outflank left of center rivals on climate change has resulted in one of the world’s most ambitious national roadmaps towards a zero-carbon future.
The Norwegian power company acquired the projects for around $17.3 million. The transaction indicates interest in large scale solar is on the rise in Ireland and unsubsidized projects are viable.
The Netherlands-administered Caribbean island last year saw almost half its power demand provided by a 4.1 MW solar-plus-storage plant, commissioned in late 2017. The facility generated 6.5 million kWh of the 14.3 million kWh of electricity consumed in the territory in 2018.
The Italian fossil fuel company is not hanging around when it comes to diversifying into PV, with almost 1.5 GW of generation capacity plugged in since the start of last year. Canadian Solar has disputed Wiki-Solar’s positioning of First Solar as the world’s biggest PV developer.
The Chinese manufacturer has officially unveiled its high-efficiency product in Melbourne after celebrating a 13.6 MW panel order from the nascent Hungarian PV market.
The Swiss equipment maker has announced a fresh, CHF18 million order from Oxford PV but the news may have been strategically timed ahead of today’s update that it has completed the sale of its headquarters building.
A German start-up achieved more than 99% efficiency when charging a vehicle developed by the Bochum University of Applied Sciences with electricity from solar cells. Ambibox’s DC charging technology was used in a research project in the Australian desert.
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