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Germany to install more than 10 GW of PV before 2022 contraction 2019-02-20 14:06

From pv magazine Germany.
Extraordinary PV tenders by the federal government will provide for more growth. Market research company EuPD Research expects newly installed capacity of 4 GW in 2021. After that, however, the market could see a sharp reduction, after the 52 GW cap for solar subsidies is reached. 
In 2021 Germany could see 4 GW of new PV capacity, according to analysts.
With Germany’s Federal Network Agency confirming 2.96 GW of new solar capacity was added in the country last year, analysts at business intelligence company EuPD Research are predicting continued growth until the national 52 GW subsidized PV limit is reached.
EuPD Research is anticipating a slight rise in new capacity this year, to 2.93 GW, with a surge to 3.57 GW next year and 3.9 GW in 2021, helped by the extraordinary tenders for large-scale solar and wind enabled by November’s Energy Act.
Martin Ammon, head of energy management at EuPD Research, said the effect of falling feed-in tariffs driven by November’s legislation would be counterbalanced by rising electricity prices, which will make self-consumption more attractive. He has predicted a 3-5% fall in PV system costs this year and a marginal decline next year, and said the capacity expansion expected from 2021 would drive stronger price reductions.
The Energy Act introduced FIT reductions for rooftop solar systems with a capacity of 40-750 kW that took effect on Friday. However the policy also ushered in new renewable energy auctions, with two 500 MW procurement exercises for solar projects larger than 750 kW in capacity to be held this year. A further 3 GW of PV capacity will be sought in further tenders next year and in 2021.
 
Electricity price will drive self-consumption
EuPD’s Ammon does not anticipate rising tender prices in Germany. “The price development of tenders is less dependent on the volume … than on the global market,” he said. “All in all, stable tender prices are expected in 2019.” The special tenders are expected to have little influence on new capacity additions this year. In the next two years, however, they could contribute significantly to market growth, with EuPD anticipating 3.57 GW and around 3.9 GW of new solar.
The cost of integrating all that new capacity into the grid is expected to drive up electricity prices, something Ammon says would pormpt further household and commercial self-consumption installations. “Self-consumption systems are, in our view, the dominant business model,” he said.
E-mobility and the Building Energy Act – which mandates PV use in residential and public structures – will also have positive, if initially “niche” effects, according to the analyst.
Under the current regulatory framework, however, the solar market could almost halve in 2022 if, as expected, Germany passes 52 GW of installed capacity in 2021, triggering the expiry of its feed-in-tariff regime for new projects, under the terms of the Renewable Energy Law (EEG).
 
Will 52 GW limit remain?
“This will result in a significant reduction in plant size for new installations for self-consumption,” said Ammon, explaining the lack of tariff payments for energy exported to the grid would prompt system operators to install arrays only large enough to meet their own needs, probably incorporating storage.
If the feed-in-tariff cliff-edge occurs, EuPD expects 2.08 GW of new solar capacity in Germany in 2022 as the special RE tenders would continue to drive installation at the same time as the rooftop segment retreated. The figure would fall to 1.77 GW of new capacity in 2023, say the analysts, at which point commercial rooftop systems would be the main driverof German solar.
Were the 52 GW ceiling to be abolished, said Ammon, the results would be mixed. “Abolition of the cap would, therefore, not induce a pull-forward effect, but the plant sizes in private photovoltaic systems would continue to increase,” he said. “In addition, it would be the right signal for the photovoltaic market that Germany needs significantly more than 52 GW of additional solar power to [continue] the energy transition.”

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