The rooftop segment was once again the main growth driver in the German PV sector. The feed-in tariff for PV systems not exceeding 10 kW in size will drop under the €0.08/kWh for the first time.
Photovoltaic systems for single-family homes reduce electricity-related CO2 emissions of the households by 45%, according to EUPD Research. When a battery is added the CO2 emissions can be reduced by up to 85%.
German energy provider EWE wants to set up a test cavern with a capacity of 500 cubic meters at a depth of 1,000 meters. It is scheduled to go into operation in spring 2022.
Wafer manufacturer Nexwafe is currently trying to commercialize its highly efficient monocrystalline wafer technology.
The country saw around 525 MW of new PV capacity come online in December alone. The feed-in tariffs for PV systems not exceeding 750 kW in size were reduced by 1.4%.
The funds come, on the one hand, from the regional government of Saxony-Anhalt and on the other, from the German central government.
The country added around 4.4 GW of new solar in the first 11 months of 2020 while its cumulative installed PV capacity reached 53.1 GW.
From PV panels to solar storage and solar collectors, rooftop installations grew 25% in Germany this year as due to increasing consumer demand for greater energy independence, lower solar tech prices, improved subsidy conditions and the rising popularity of electric cars. A further increase in solar technology expansion targets is expected to meet climate targets and avoid electricity shortfalls, according to the German Solar Association.
The German authorities allocated around 257 MW in the latest round of the tendering scheme for PV projects exceeding 750 kW in size.
The hydrogen storage cavern will be built near Berlin at a depth of around 1,000 meters and measuring 500 cubic meters. It is scheduled to go into operation in spring 2022.
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