Construction of a 400 kWp Photovoltaic System and Two 1 MWh Battery Storage Units
Published 12 March 2026
Location
Coesfeld, Nordrhein-Westfalen, Germany
Deadline
2 April 2026
3 days remaining
Suggested bid value
~EUR 1,500,000
Source
bund.de
Description
This German (Nordrhein-Westfalen, Coesfeld) public tender seeks a general contractor to deliver a renewable energy project at the Höven landfill. The core of the project involves the construction of a 400 kWp photovoltaic (PV) system. In addition, the project includes the installation of two 1 MWh battery storage units. As the general contractor, the awarded company will be responsible for the entire project, implying responsibility for design coordination, procurement, installation, testing, commissioning, and potentially grid connection.
The project's scale involves a mid-sized PV array coupled with significant battery storage. Complexity arises from integrating these two technologies and ensuring their seamless operation, alongside potential challenges related to landfill site conditions, which may require specific ground preparation or environmental considerations. The short deadline of roughly three weeks from publication to submission requires a rapid response and assessment of resources and capabilities. Absence of explicit CPV codes makes accurate categorization and identification of potential sub-contracting opportunities challenging at this stage.
Given the general contractor role, successful bidding requires significant experience in PV systems, battery storage technologies, and managing comprehensive construction projects, including ensuring compliance with German regulations and grid connection requirements. Furthermore, the unspecified value necessitates careful cost estimation and risk assessment to deliver a competitive bid.
Original description
This tender is for the construction of a 400 kWp photovoltaic (solar) power system and two 1 MWh battery storage units at the Höven landfill. The contractor will be the general contractor for the entire project.