Construction work for halls of residence – Junges Wohnen am Waidesgrund - PV-Anlage 2026 Tender
Klinikum Fulda gAG
In context
This is a contract notice published by a corporate buyer covering construction and works. Delivery covers Germany (Europe). It is classified under Renewable Energy, Energy Storage and Sustainable Buildings and 1 other against the sustainability taxonomy rather than matched on keywords.
Construction and installation of a 113 kWp solar PV system with 90 kWh battery storage and energy management system for a new student housing complex in Germany. Bidders should have expertise in PV installation, battery integration, EMS design, and coordination with roofing and electrical infrastructure.
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About this tender
Construction project for a residential hall (Junges Wohnen am Waidesgrund) comprising 3 residential buildings with shared underground parking for students and trainees (Building Class 4). Installation of a photovoltaic (PV) system with total output capacity of approximately 113 kWp distributed across rooftops: House A = 41.4 kWp, House B = 48.6 kWp, House C = 23.4 kWp. Modules to be installed in east-west orientation at approximately 10 degrees on green roofs, mounted 450-700mm above roof surface. Installation includes module clamping, potential equalization of substructure, inverters with roof-parallel mounting, DC isolation switches in stairwells, battery storage system (~90 kWh) in underground garage technical room, and integration into an Energy Management System (EMS) controlling PV system, battery system, charging stations, grid connection, and heat pumps for hot water generation.
Key requirements
- ✓Design and install 113 kWp rooftop PV system across three buildings with east-west orientation at 10° angle
- ✓Integrate 90 kWh battery storage system with battery inverter in underground garage technical room
- ✓Implement energy management system (EMS) coordinating PV, battery, charging stations, grid connection, and heat pumps
- ✓Install DC emergency disconnect switches in each building stairwell and string-level disconnection at inverters
- ✓Mount modules on substructure 450–700 mm above green roof with potential equalization and dachparallel inverter placement
Relevant sectors
About this sector
Renewable energy funding covers solar, wind, hydropower, geothermal and bioenergy, from early research to grid-scale deployment. Public money tends to back demonstration, grid connection and access to energy in emerging markets, while procurement notices buy installation, operation and maintenance. Calls often ask for proof of resource assessment, permitting progress and local partners.
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