Successful Implementation of a PV System on a 25,000 m² Roof Area

General Planning

Feasibility, Planning, and Realization of Photovoltaic Systems

Garbe Green GmbH is a leading company specializing in the development, allocation, and mediation of projects in the fields of renewable energy, energy storage, and energy feeding. The company handles both the planning and realization of such projects, ensuring that the generated electricity is efficiently fed into the grid.

Two differently leased industrial halls in Berlin offered a total roof area of 25,000 m² for the installation of a photovoltaic system. While grid feed-in approval for the generated electricity was already in place, it required renewal. Close coordination with the tenants was necessary.

The project included the evaluation of existing documents, procurement of missing information, site setup, detailed planning, and step-by-step installation of the photovoltaic system. Specifically, substructures, modules, and inverters were installed, AC and DC cabling was laid, and a new medium-voltage system was implemented. Project management involved regular interim inspections and system certification.

Branche

Infrastructure

Products

Photovoltaicenergy

Service

General Planning

Dimension

25.000m²

Project focus and services

Master Plannig

Renewable Energies

Further references
General Planning
Infrastructure

Feasibility Analysis for a PV System on a 25,000 m² Roof Area in Western Germany

A leased hall in western Germany with a roof area of 25,000 m² was assessed for the installation of a rooftop photovoltaic system. As part of a feasibility study, technical, economic, and structural aspects were evaluated.

To reference
Feasibility Analysis for a PV System on a 25,000 m² Roof Area in Western Germany
General Planning
Electrical Engineering

Feasibility Study for a Large-Scale Photovoltaic System with 6.93 MWp Capacity

The challenge was to identify the optimal area for the PV system. To achieve maximum energy generation efficiency, a detailed analysis and comparison of the suitability of the available roof and open spaces were required.

To reference
Feasibility Study for a Large-Scale Photovoltaic System with 6.93 MWp Capacity
General Planning
Life Science

Innovative Campus Expansion for the Future of Biopharma

A comprehensive strategy and master plan were developed for the new campus. Based on specific requirements, the tasks were clarified in close collaboration with project stakeholders, spatial, personnel, and process needs were determined, and optimization potentials were identified.

To reference
Innovative Campus Expansion for the Future of Biopharma
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