Framework agreement for delivery and service of battery storage projects in Germany for Trianel Energieprojekte GmbH & Co. KG

Trianel Energieprojekte GmbH & Co. KG, AachenFrist abgelaufen

Frist (abgelaufen): 25.09.2026, 12:00 Uhrvor 10 Tagen abgelaufen
Geschätzter Wert: nicht angegeben
Verfahren: Verhandlungsverfahren mit Teilnahmewettbewerb, Lieferung
Ort der Leistung: Städteregion Aachen · Nordrhein-Westfalen
Veröffentlicht: 18.09.2026
Für KMU geeignet: keine Angabe des Auftraggebers
Branche: Elektrotechnik
CPV: 31154000 Unterbrechungsfreie Stromversorgung31000000 Elektrische Maschinen, Geräte, Ausstattung und Verbrauchsartikel; Beleuchtung · 31400000 Akkumulatoren und Batterien · 31422000 Batteriesätze

Die Vergabeunterlagen liegen auf der Plattform des Auftraggebers.

Beschreibung

Founded in 1999, Trianel GmbH ("Trianel") is a joint venture of independent municipal utilities based in Aachen. As a Europe-wide municipal utility cooperation, Trianel taps the potential of liberalized energy markets by bundling complementary interests in the municipal environment with the aim of strengthening municipal utilities in their competitiveness and thus their independence. Trianel's shareholders are more than 50 municipal utilities from Germany, Austria, Switzerland and the Netherlands, which together supply around 6 million people with electricity and gas. More than 100 municipal utilities are linked to Trianel via subsidiaries and associated companies as well as partnership agreements. The Trianel Group currently has around 15 subsidiaries and associated companies. Founded in 2018, Trianel Energieprojekte GmbH & Co. KG ("TEP"), as a wholly owned subsidiary, consolidates Trianel GmbH"s project development activities in the areas of onshore wind and photovoltaics. The subject of this tender is a framework agreement with up to partners as suitable suppliers for the supply of the core components consisting in particular of battery storage, battery inverter, transformer station and battery management system (BMS) and power plant controller. The actual demand-or the scale of the framework agreements to be awarded-is difficult to forecast, particularly due to the unpredictability of the required battery storage capacity. Based on the estimated demand volumes, the total volume under the framework agreement is estimated to be approximately 8 GWh over the contract term of up to eight years. The maximum volume applicable under the framework agreement is 10 GWh.

Beschreibung

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