The use of near-natural sheep grazing as a nursing procedure complies with our ecological principles and is highly accepted by the population.
Since 2016 we have been using sheep herds to graze our solar parks in Mecklenburg-Vorpommern. A requirement for the functioning of the solar modules is the prevention of shading caused by plant growth. The regular care of the vegetation by sheep grazing prevents shading of the modules.In contrast to mechanical mowing, there is no dust development or damage caused by stone impact. The shepherd's checks at irregular times also reduce the risk of theft.
The shepherd also benefits from this safe pasture, which is already provided with fencing. The modules are a good shade dispenser and draft shield and the substructures offer retreats for lambing sheep. The surfaces are unloaded since no fertilizers and pesticides are used.
The nature conservation association welcomes the double use of the land, the extensive grazing has positive effects on the biodiversity, through the practiced change of the pasture the sheep serve other animal and plant species as means of transport and thus increase the biodiversity. Due to the good experiences with this environmentally friendly and gentle care of the areas our sheep are now also in Falkensee in Brandenburg -the sheep seem to like it.
With the impressive output of 3.281,76 kWp the latest SUNfarming free-field plant in Wriezen is a showcase of how to produce, clean renewable energy power on a former dumpsite for municipal and industrial waste.
It can be avoided 2.012kg CO2 emissions per year.
A special engineering and technical challenges were the concreted piles for the foundation of the support structure for the solar modules. Not deeper than 60 cm were the piles framed into the restoration layer of the dumpsite.
"Our engineers and technicians completed the plant in just 3 months, including power supply, and it was successfully connected to the grid in July 2016. 12,400 SUNfarming modules AT 235-60P 265 Wp "Made in Germany ", have been installed, explains Martin Tauschke, CEO of SUNfarming.
All work has been strictly controlled by the supervision of the landfill operator. The successful acceptance successes from the State Office for the Environment in Brandenburg.
SUNfarming builds another 11 MW in Friedland, making it the largest producer of electricity in the region Friedland
11 megawatt solar park at three more locations in Friedland are since March 2016 connected to the grid.
As already several times in recent years, the trustful cooperation of SUNfarming with DKB also allowed the financing of these solar parks.Through our unique quality assurance system, we are a reliable partner for banks and investors.
"As production partners for our SUNfarming quality modules we chose Aleo Solar, producing in Prenzlau and Astronergy, producing in Frankfurt/Oder. Only economically strong PV module factories with automated production lines are added to the supply chain of SUNfarming.
Prior to delivery all modules are regularly tested at the factory by our SUNfarming quality managers, in collaboration with external testing institutes such as the PI Berlin, in a particularly strict quality control, "said Martin Tauschke, CEO of SUNfarming.
"We have successfully realized five solar parks with 22 MW, making SUNfarming the largest electricity producer in the region Friedland".
Intersolar Europe 2015, from June 10. – 12. 2015, booth B2.270
In 2013 SUNfarming's own plants achieved performance 5.3 % higher than forecast. In 2014 this rose to over 7.7 % additional performance.
Everyone ist talking about the energy transition, we are making it
You can see for yourself at our booth at the Intersolar, promised the SUNfarming team and management.
SUNfarming GmbH specialises in project development for capital investors and the realisation and active support of PV projects for commercial and private own electricity systems. With our experienced team of commercial staff, engineers and electrical engineers we have already successfully realised projects for 350 megawatts of capacity. Read more
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