Some figures you should know about the photovoltaic projects developed by greeneps GmbH
200
Total number of photovoltaic projects developed to date
28,000 t/a
Estimated reduction in CO₂ emissions (28,675,603 kg/year)
54 MWp
total capacity of the planned photovoltaic systems
6.5 MW photovoltaic system
Participation in the planning of a solar park with an annual energy production of 9 500 MWh in Castilla-La Mancha, Spain.
3.7 MW photovoltaic system
Participation in the planning of a solar park with an annual energy production of 3 700 MWh in Saxony, Germany.
2.6 MW photovoltaic system
Participation in the planning of a solar park with an annual energy production of 2 650 MWh in Teramo, Italy.
3981 kWp photovoltaic system
A renowned and experienced mill operator needed to reduce energy consumption in their logistics center in Leipheim, Bavaria. The planned solution includes 7512 photovoltaic modules, offers an output of 3,981.00 kWp and avoids CO₂ emissions of more than 2300 kg/year.
3915 kWp photovoltaic system
Comprehensive consulting in the realization of a photovoltaic project for several company halls of the Glave Gruppe GmbH in Norden, Germany.
The overall rating of the project (without storage) shows:
Photovoltaic power: 3,915.60 kWp
Self-consumption amount: 1,121,495 kWh/a
CO₂ savings: 1,685 t/a
3611 kWp photovoltaic system
Photovoltaic planning for the roof of several halls in Erlangen, Bavaria.
Photovoltaic generator output: 3,611.57 kWp
Photovoltaic generator energy (AC grid): 3,348,562 kWh/year
Avoided CO₂ emissions: 2,008,778 kg/year
Photovoltaic project realized for our partner VSB Vertriebs- und Servicegesellschaft für Baudienstleistungen mbH.
1820 kWp photovoltaic system
Planning of a solar park with 1,820.07 kWp on an area of 24,000 m² for the Benedictine monastery Ettal in Garmisch-Partenkirchen, Bavaria.
Photovoltaic generator energy (AC grid): 2,266.08 kWh/yearSystem utilization rate (PR): 90.90%Grid feed-in: 1,446,832 kWh/year
Avoided CO₂ emissions: 1,359,347 kg/yearThis photovoltaic project is installed by our partner VSB Vertriebs- und Servicegesellschaft für Baudienstleistungen mbH.
1186 kWp photovoltaic system
Planning and design of a photovoltaic project for JT Solarbau GmbH in Hamburg.Photovoltaic generator output: 1,186.22 kWp
Photovoltaic generator area: 5,930.2 m²Number of photovoltaic modules: 3206
Plant utilization rate (PR): 91.8%
Avoided CO₂ emissions: 507,059 kg/year
1072 kWp photovoltaic system
Preparation of a feasibility study and entire photovoltaic planning for UPMANN.PV generator output: 1,072.48 kWpPV generator energy (AC network): 954,429 kWh/yearSelf-consumption share: 49.6%Avoided CO₂ emissions: 448,481 kg/year
1071 kWp photovoltaic system
Planning and design of a photovoltaic project for JT-Solarbau GmbH and investors in Hamburg. The total output of the installed PV system is 1,071.00 kWp, with a high specific annual yield of 857.40 kWh/kWp. The system utilization rate (PR) is 89.72% and the savings in CO₂ emissions amount to 431,588 kg/year.
1048 kWp photovoltaic system
Photovoltaic planning for the Lövenich Soccerworld in Cologne.
Photovoltaic generator output: 1,048.13 kWpSystem utilization rate (PR): 88.68%
Avoided CO₂ emissions: 446,721 kg/year
Photovoltaic project for our partner JT-Solarbau GmbH.
999 kWp photovoltaic system
Photovoltaic planning for the company SOMMER Fassadensysteme – Stahlbau – Sicherheitstechnik GmbH & Co. KG, Döhlau, Bavaria.
Photovoltaic generator output: 999.32 kWp
Avoided CO₂ emissions: 583,369 kg/year
degree of self-sufficiency: 32.1%
Photovoltaic project realized for our partner VSB Vertriebs- und Servicegesellschaft für Baudienstleistungen mbH.
987 kWp photovoltaic system
Photovoltaic planning of a self-consumption system for one of the production sites of the multinational KaVo Dental GmbH in Warthausen, Baden-Württemberg, Germany.
Photovoltaic generator output: 987.20 kWp
Photovoltaic generator energy (AC grid): 990,173 kWh/year
Self-consumption share: 96.9%
Avoided CO₂ emissions: 594,025 kg/year.
The system was installed by our partner VSB Vertriebs- und Servicegesellschaft für Baudienstleistungen mbH.
975 kWp photovoltaic system
Planning of a photovoltaic system for the buildings of hapa AG, a company in Herrieden, Bavaria, that manufactures innovative products in the areas of plastic windows, front doors and roller shutters.
Photovoltaic generator output: 975.65 kWp
Photovoltaic generator energy (AC grid): 1,011,696 kWh/year
Avoided CO₂ emissions: 606,907 kg/year
The installation was carried out by VSB Vertriebs- und Servicegesellschaft für Baudienstleistungen mbH.
814 kWp photovoltaic system
Photovoltaic planning for Steel Automotive GmbH, a company that develops and manufactures tools and parts for the automotive industry.
Photovoltaic generator output: 814.42 kWp
Avoided CO₂ emissions: 511,840 kg/year
self-consumption share: 69.7%
Another project to be installed by our partner VSB Vertriebs- und Servicegesellschaft für Baudienstleistungen mbH.
800 kWp photovoltaic system
Loll Feinmechanik GmbH, which has been designing precision mechanical systems and components for 70 years, wanted to improve the energy efficiency of its plant in Tornesch in Schleswig-Holstein.
The planning and conception of the 800 kWp photovoltaic project, precisely distributed across 6 halls (realized together with our partner Hansa Energie Service GmbH & Co. KG), enables independence from the power grid and a reduction in CO₂ emissions by 288,000 kg/year.
707 kWp photovoltaic system
Photovoltaic project planning for rooftop and open space systems in an industrial area in Aurich in the Wallinghausen district.
Photovoltaic generator output: 707.25 kWp
Generator area: 3,372.4 m²
Number of PV modules: 1725
Avoided CO₂ emissions: 318,558 kg/year
Photovoltaic system from our partner JT-Solarbau GmbH.
574 kWp photovoltaic system
Photovoltaic project planning for West Campus UG (limited liability) & Co.KG, Herxheim, Rhineland-Palatinate.
Photovoltaic generator output: 574.82 kWp
Specific annual yield: 1,012.82 kWh/kWp
self-consumption share: 63.3%
Avoided CO₂ emissions: 273,628 kg/year
Project realized for our partner Energiewatt Solartechnik GmbH.
478 kWp photovoltaic system
Preparation of a feasibility study and entire photovoltaic planning (Hof Peitz).
PV generator output: 478.91 kWp
Grid feed-in: 415,099 kWh/year
Avoided CO₂ emissions: 194,919 kg/year
327 kWp photovoltaic system
Caralux LED- und Neonlichttechnik GmbH, a large company in Rackwitz that is active in the field of LED manufacturing, was looking for a comprehensive solution to reduce energy consumption.
The proposal for the main building included a photovoltaic system with a capacity of 327.75 kWp as well as inverters and storage from our partner Azzurro - Zucchetti Centro Sistemi. In addition to reducing dependence on the electricity grid (specific annual yield: 955.59 kWh/kWp), the annual CO₂ savings amount to 147,195 kg/year.
236 kWp photovoltaic system
Photovoltaic project planning for a property developer of the Karlsruher Sport-Club (KSC).
Photovoltaic generator output: 236.55 kWp
Specific annual yield: 1,180.62 kWh/kWp
Photovoltaic generator area: 1,113.1 m²
Number of PV modules: 570
Avoided CO₂ emissions: 131,259 kg/year
KSC photovoltaic system on the football stadium in the Wildpark realized by our partner Energiewatt Solartechnik GmbH.
233 kWp photovoltaic system
Luckenwalder Wohnungsgesellschaft mbH was to develop an e-charging infrastructure concept in combination with a photovoltaic system and a tenant electricity offer for an existing building complex in Luckenwalde, Brandenburg.
The proposed solution includes a 233.53 kWp photovoltaic system, the energy from which can be used both to supply electricity to tenants and to charge electric cars. In addition, this results in a CO₂ saving of 95,687 kg/year.
233 kWp photovoltaic system
Planning and conception of a photovoltaic system for Coswig.
Photovoltaic generator output: 233.47 kWp
Specific annual yield: 954.69 kWh/kWp
Plant utilization rate (PR): 94.0%
Avoided CO₂ emissions: 133,734 kg/year
Photovoltaic system from our partner JT-Solarbau GmbH.
200 kWp photovoltaic system
Planning and conception of a photovoltaic system for the parking garage of the Europa Center Berlin, which belongs to a large real estate group based in Hamburg.
The project was developed together with our partner Hansa Energie Service GmbH & Co. KG.
190 kWp photovoltaic system
Planning and conception of a photovoltaic project for Handel & Mack GmbH & Co. KG, a company in Weilheim an der Teck that specializes in high-quality roof systems and individual special sheets.
The photovoltaic project was implemented by our partner VSB Vertriebs- und Servicegesellschaft für Baudienstleistungen mbH.
150 kWp photovoltaic system
The cooperation between greeneps GmbH and its partner Hansa Energie Service GmbH & Co. KG has brought a photovoltaic system designed for tenants onto the grid in Greifswald.
The photovoltaic system resulting from the planning, design, tendering and project management of the photovoltaic project for the housing cooperative Greifswald eG achieves excellent annual solar power generation.
70 kWp photovoltaic system
On behalf of Immobilien Jugan Investmentverwaltung GmbH, we have implemented a project for some of their apartments in Munich.
It is a 70 kWp photovoltaic system, a photovoltaic generator output (AC grid) of 63,645 kWh/year and which saves the emission of 29,911 kg/year of CO₂.
40 kWp photovoltaic system
Another order for Immobilien Jugan Investmentverwaltung GmbH was the planning of a 40 kWp photovoltaic system.
This photovoltaic project enables a specific annual yield of 1,000.28 kWh/kWp and the tenant of the building avoids the emission of 18,805 kg/year of CO₂.
26 kWp photovoltaic system
Planning of a photovoltaic system for the country inn Langfeldsmühle, Babenhausen-Hergertshausen, Hesse.
Photovoltaic generator output: 26.24 kWp
Avoided CO₂ emissions: 10,794 kg/year
Degree of self-sufficiency: 54.7%.
The photovoltaic system was installed by my-GreenFactory GmbH.
14 kWp photovoltaic system
Planning, conception and installation of a photovoltaic system for car rental Heinz Wiedemann Inh. Ralf Wiedemann eK in Herford.
Photovoltaic generator output: 14.08 kWp
Generatorfläche: 63,9 m²
Number of modules: 32
PV generator energy (AC grid) with battery: 12,556 kWh/year
CO₂ savings: 5,854 kg/year
degree of self-sufficiency: 70%
12 kWp photovoltaic system
Planning, conception and installation of a photovoltaic system for a GbR in Bad Oeynhausen.
Photovoltaic generator output: 12.92 kWpSystem utilization rate (PR): 87.61%Installation time: 6 hoursAvoided CO2 emissions: 5,155 kg/yearSelf-sufficiency: 54.5%
