Our Showcase

Projects with a future

Selected locations and planning with foresight. We focus on long-term, profitable systems and the highest quality in planning and execution. In total, we have already installed around a gigawatt of power.

Diesen,
France

Construction area: 20 ha
Construction time: 5 months
Performance: 17 MWp
CO2-savings: at least 8.500 t/p.a.
To CO2 calculation

Kell am See,
Germany

Construction area: 14,5 ha
Construction time: 4 months
Performance: 15 MWp
CO2-savings: at least 7.500 t/p.a.
To CO2 calculation

Terril Wendel,
France

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Construction area: 23,7 ha
Construction time: 9 months
Performance: 17 MWp
CO2-savings: at least 8.500 t/p.a
To CO2 calculation

Raststatt,
Germany

Construction area: 1,6 ha
Construction time: 1 month
Performance: 17 MWp
CO2-savings: at least 1.240 t/p.a.
To CO2 calculation

Delfzijl,
Netherlands

Construction area: 30 ha
Construction time: 6 months
Performance: 30,8 MWp
CO2-savings: at least15.400 t/p.a.
To CO2 calculation

Lerchenborg,
Denmark

Construction area: 80 ha
Construction time: 9 months
Performance: 61 MWp
CO2-savings: at least 30.500 t/p.a.
To CO2 calculation

Upper Wick,
England

Construction area: 10,5 ha
Construction time: 3 months
Performance: 5 MWp
CO2-savings: at least 2.500 t/p.a.
To CO2 calculation

Plütscheid,
Germany

Construction area: 15 ha
Construction time: 4 months
Performance: 10 MWp
CO2-savings: at least 5.000 t/p.a.
To CO2 calculation

Blechhammer,
Germany

Construction area: 3 ha
Construction time: 4 months
Performance: 2 MWp
CO2-savings: at least 1.000 t/p.a.
To CO2 calculation

Haselberg,
Germany

Construction area: 7,5 ha
Construction time: 4 months
Perfomance: 4,5 MWp
CO2-savings: at least 2.250 t/p.a
To CO2 calculation

Haupersweiler,
Germany

Construction area: 5,5 ha
Construction time: 4 months
Performance: 4,5 MWp
CO2-savings: at least 2.250 t/p.a.
To CO2 calculation

Sinsheim,
Germany

Construction area: 3,5 ha
Construction time: 4 months
Performance: 2,4 MWp
CO2-savings: at least 1.000 t/p.a.
To CO2 calculation

Mellin,
Germany

Construction area: 19,5 ha
Construction time: 3 months
Performance: 8,8 MWp
CO2-savings: at least 2.250 t/p.a.
To CO2 calculation

Velsen,
Germany

Construction area: 2,9 ha
Construction time: 2 months
Performance: 1,2 MWp
CO2-savings: at least 600 t/p.a.
To CO2 calculation

Nordband,
Germany

Construction area: 6,5 ha
Construction time: 4 months
Performance: 4 MWp
CO2-savings: at least 2.000 t/p.a.
To CO2 calculation

Dechen,
Germany

Construction area: 4,8 ha
Construction time: 3 months
Performance: 1,5 MWp
CO2-savings: at least 750 t/p.a.
To CO2 calculation

Brönnechsthal,
Germany

Construction area: 15 ha
Construction time: 5 months
Performance: 7,8 MWp
CO2-savings: at least 3.900 t/p.a.
To CO2 calculation

Wellesweiler,
Germany

Construction area: 2,1 ha
Construction time: 3 months
Performance: 1,7 MWp
CO2-savings: at least 850 t/p.a.
To CO2 calculation

Klüsserath,
Germany

Construction area: 8,4 ha
Construction time: 4 months
Performance: 5,1 MWp
CO2-savings: at least 2.550 t/p.a.
To CO2 calculation

Lohberg,
Germany

Construction area: 1,1 ha
Construction time: 3 months
Performance: 1,8 MWp
CO2-savings: at least 900 t/p.a.
To CO2 calculation

Quellenbusch,
Germany

Construction area: 1 ha
Construction time: 2 months
Performance: 0,8 MWp
CO2-savings: at least 400 t/p.a.
To CO2 calculation

How does STARVERT Energy GmbH calculate the CO2-saving of a solar park?

In calculating CO2 savings, WIRCON GmbH attaches great importance to traceability and transparency. Calculations are based on a CO2 avoidance of 500g per kWh. In general, CO2 savings can be lower or higher, depending on the composition of the electricity. In general, CO2 savings can be lower or higher, depending on the composition of the electricity.

Solar and wind energy are low in CO2, whereas lignite and hard coal in particular are high in CO2 emissions. Gas has yet another CO2 balance. Germany and other European countries provide an electricity mix made up of different energy sources with different weightings. By supplying renewable energies such as wind and solar power, the CO2 load decreases for every kilowatt hour consumed.

Based on the guide „Aktuelle Fakten zur Photovoltaik in Deutschland“ an avoidance of approx. 690 g CO2/kWh is estimated for photovoltaic electricity (page 50). A low value of 500g CO2 per kWh was deliberately used for the calculation. The CO2 savings are therefore likely higher.

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