Russia

We need to build solar parks only when there are no more square meters left on the rooftops, writes Mikhail Lifshitz, co-owner of Russia-based JSC Rotec.

Three projects with generation capacities of 5.6-6 MW were pre qualified for a 5.6 MW capacity procurement and Finnish utility Fortum secured the only PV project selected. The capex figure offered by solar developers was lower than that for 71 MW of wind power allocated and lower than for previous PV projects.

A Russian research team believes that the addition of rare-earth ions into the structure of photonic nanoparticles could help to increase the efficiency of industrial solar cells to 25–30%. However, they also said that further research is necessary.

Researchers at the University of California, San Diego – with the help of the university’s Comet supercomputer – modelled thousands of halide compounds to come up with a shortlist of 13 materials that could be candidates for the efficient solar cell materials of the future.

The 75 MW project was built by Russian developer Solar Systems LLC in Novokuybyshevsk, in the Samara oblast. The facility was mostly financed by Russian state-owned lender PJSC Sberbank.

The superpower has always been seen as a fortress for oil and gas but positive signs are emerging from its renewable energy sector.

In the latest of our interviews about renewable energy and geopolitics, Indra Øverland – head of the Center for Energy Research – discusses the difficult relationship between Russia and renewable energy. Despite a belief the gas and oil superpower will have little interest in clean energy, Overland believes the world’s most extensive nation will use renewables to improve its domestic power supply, especially in remote regions. Russia has a highly continental climate, with lots of sunshine – more than most of Western Europe, Overland says. Whether it can take advantage of that potential, however, is unclear.

The agreement includes the possibility of establishing an industrial cluster for solar module manufacturing, as well as industrial and financial cooperation within the Eurasian Economic Union.

University of Groningen in the Netherlands is adding its name to the growing list of research institutes that have developed an “industrially scalable” technique for the production of perovskite solar cells. In a separate publication, Russian scientists have reviewed the suitability of one group of perovskite materials for use in space.

Solarpower Europe has released its estimates for Europe’s installation figures in 2018. A reduction in system prices and a policy push boosted solar across the continent. And if the trade association’s CEO is to be believed, the newfound growth has just begun.