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Projekt-ID: #TEP_GRG_01-2025

Delivery and service for a battery storage project in Groß Laasch (Mecklenburg-Vorpommern) for TEP Juno GmbH & Co. KG

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goods
17.03.25 Frist

Projektbeschreibung

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. TEP Juno GmbH & Co. KG ("TEP Juno" or just "TEP"), a project company of Trianel Energieprojekte GmbH & Co. KG, wants to implement the Groß Laasch battery storage project in Mecklenburg-Western Pomerania from Q4/2025.

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TEP Juno is looking for a suitable supplier for the supply of the core components consisting of battery storage, battery inverter, transformer station and battery management system (BMS) and power plant controller. The supplier is also responsible for the commissioning of the components it supplies. In addition, a long-term service contract is to be awarded, which includes warranty extensions and is intended to ensure the performance of the system. After successful participation in the participant competition, interested companies will be invited to submit bids on the basis of a project profile including performance requirements and a term sheet. The goal of TEP Juno is to award the supply and service contract within the next few months, so that implementation can begin in Q4/2025, depending on delivery times. The following technical details are part of the project: - Grid connection load 12 MW (cos phi = 0.95) - Minimum storage capacity 25-35 MWh - Minimum apparent power WR 14 MVA - Voltage level grid connection 33 kV Cell: - Deep discharge capability 95% - Minimum number of cycles (1.5 cycles/day) 9,500 - Certification of cell manufacturers ISO 9001, ISO 14001, ISO 45001 - Battery cell certification IEC 62619, UL 1973, UL 9540A, UN38.3 - IP Class IP 65 Battery container: - Minimum capacity/container 4,000 kWh - Sensors for temperature, smoke and gas detectors - Cooling Liquid-cooled system - Fire Retardant Aerosol Gas Extinguishing System - Explosion Protection Automated Ventilation System - Enclosure Fire-resistant/flame-retardant materials - IP Class / Corrosivity Category 55 / C4 Further information can be found in the procurement documents that will be issued after the conclusion of the participation competition.

Vertragslaufzeit 30.09.2025 – 29.06.2026

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