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Solar roof Voerde

At the Panattoni industrial park in Voerde, GOLDBECK SOLAR has installed a 7 MWp rooftop photovoltaic system on two modern logistics warehouses. The project combines different feed-in models within an overall concept and demonstrates how large logistics rooftops can be used efficiently for sustainable electricity generation.
Project
Voerde
Country
Germany
Place
Voerde
Power
7 MWp

Project goals

The aim of the project was to install a large-scale rooftop photovoltaic system on two logistics warehouses at the Panattoni Industrial Park in Voerde. The project involved the technical implementation of various feed-in models and the installation of a high-performance PV solution on modern logistics warehouses
  • Use of large logistics roofs for photovoltaic systems
  • Technical implementation of full feed-in, as well as full and surplus feed-in
  • Reliable and trouble-free EPC implementation

Location & Dimension

The photovoltaic system was installed on two logistics warehouses at the Panattoni Industrial Park in Voerde. With a total roof area of around 60,000 m², the site offers excellent conditions for a large-scale rooftop PV system in a logistics setting.
  • Location: Voerde, Panattoni Industrial Park
  • Building type: 2 logistics warehouses
  • Rooftop area: ca. 60.000 m²
  • Number of modules: 15.842
  • Installed capacity:
    • Hall 1: 4,3 MWp
    • Hall 2: 2,7 MWp
    • Total: 7 MWp

Technical implementation & construction

GOLDBECK SOLAR took on the implementation of the project as an EPC partner. The system is designed to accommodate different feed-in concepts within a single project.

A full-feed-in solution was implemented at Logistics Hall 1. To this end, two new transformer stations and a medium-voltage distribution substation were constructed.

Logistics Hall 2 combines full-load and surplus feed-in, implemented via two separate converter cabinets, each designed for the different types of feed-in.

This configuration allows for the technically distinct operation of both halls within a single plant design.

Result & added value

The plant generates around 5.3 million kWh of solar power annually. This is enough to supply approximately 1,500 households with renewable energy. By utilising the large roof areas of the new logistics building, solar power is generated directly where suitable space is available.

Benefits at a glance

  • 7 MWp of installed rooftop PV capacity
  • 15,842 modules across two logistics halls
  • 5.3 million kWh of solar power per year
  • Estimated supply to approximately 1,500 households
  • Combination of full-load and surplus feed-in
References
ecovadis Sustainability Rating 2025, SILVER, Top 15% Focus Leading Innovator 2026