EnBW Energie Baden-Württemberg AG

Lieferung und Montage der Mittelspannungsschaltanlage für das Batterieprojekt der EnBW in Philippsburg

Lieferung und Errichtung einer 380 kV Höchstspannungsschaltanlage im Projekt B400 der EnBW in Philippsburg

Die EnBW Energie Baden-Württemberg AG beabsichtigt den Abschluss eines Rahmenvertrags über eine wiederkehrende Prüfung sowie der End of Warrenty Prüfung für die Offshore Wind Parks Hohe See und Albatros, beginnend ab 01.01.2027 bis voraussichtlich 31.12.2031. Los 1: Ausführliche Beschreibung Der Leistungsumfang besteht jeweils aus der WKP für den Überwasserbereich und umfasst die Rotor-Gondel Baugruppe inkl. Turm sowie die Prüfung der Überwasserstruktur der WEA inkl. TP. Zusätzlich soll die OSS (Topside und Struktur Überwasser) entsprechend der Inspektionspläne geprüft werden. Wenn nicht anders beschrieben, handelt es sich bei der Prüfung um eine Sicht- und Funktionsprüfung auf Grundlage der jeweiligen Checklisten. Die Aufzählung ist als nicht abschließend anzusehen und entbindet den Auftragnehmer nicht von seiner Pflicht die Prüfung den örtlichen Gegebenheiten entsprechend auszuweiten.

Umbau und Neubau UW SPITZ: Das Umspannwerk Spitziger Berg steht zur Kompletterneuerung an. Es handelt sich um eine Gemeinschaftsanlage der Landeswasserversorgung und der Netze BW welches 1975 errichtet wurde. Das Projekt soll als Gesamtmaßnahme umgesetzt werden.

Der AN tauscht im Windpark Hohe See & Albatros die Hauptlagerdichtungen an bis zu 62 Anlagen. Die Leistung umfasst sowohl den up- als auch den downwindseitigen Tausch der Dichtung sowie eine Installation von neuen Fettwannen.

EnBW Energie Baden-Württemberg AG intends to procure a multi-persona Self-Service Data and Analytics Platform to enhance data accessibility, improve cross-functional collaboration, and strengthen analytical capabilities across the Trading business function. EnBW intends to procure a self‑service data and analytics Software as a Service (SaaS) platform to support analytical, modelling and data‑driven activities across its trading teams and associated business functions. The objective is to obtain a secure, scalable and enterprise‑grade solution capable of operating within a complex, regulated and data‑intensive trading environment. The SaaS platform will be used by trade, portfolio management, risk management, quantitative analytics, data science and supporting business functions. The tool is expected to support structured data processing, development and operation of analytical workflows, and collaborative usage across business units. It should enable both code-based and low-code/no-code usage patterns, allowing technical users (e.g. data scientists and quantitative analysts) to develop advanced analytics while also enabling non-technical users to configure, execute and monitor workflows within governed environments.

Energie Baden-Württemberg AG (EnBW) is Germany's third largest energy supplier. EnBW operates offshore wind farms in the German North Sea (Hohe See and Albatros) and in the Baltic Sea (Baltic 1 and Baltic 2). The third North Sea Offshore Windfarm, named He Dreiht, is currently under construction and is expected to become fully operational by the beginning of 2026. He Dreiht is located in the immediate vicinity of the existing EnBW Hohe See Wind Park. All EnBW farms in the North Sea are installed and operated in the western North Sea within the German Exclusive Economic Zone (EEZ). The area of the offshore wind farms is located approximately - 51 nm / 94 km north-west of Borkum and approx. 59 nm / 110 km west of Helgoland. The Employer plans to use helicopters for the offshore-onshore transport of personnel including personnel luggage in the contract period. In individual cases, and after consultation with the helicopter service provider, cargo, including dangerous goods, is also to be transported by helicopter. The Contractor shall provide a helicopter that is approved to fly within the German and Dutch airspace as well as fulfil all statutory requirements to work as an offshore helicopter. Furthermore, the Contractor shall provide - as additional service (optional) - sufficient PPE for Employer’s personnel according to Employer’s SchuSiKos. A permanent chartering of a helicopter throughout the entire contract phase is not envisaged by EnBW. Instead, a framework agreement is to be agreed. The helicopter must be able to approach the Hohe See OSS helicopter landing deck as well as the neighbouring wind farms (such as BARD Offshore 1 or Global Tech I) and converter stations (BorWin Gamma, BorWin Beta) of the transition grid operations. In individual cases, installation vessels or Service operation vessels (SOVs) with helidecks are also to be approached. The helicopter must be capable of performing helicopter hoist operations (HHO) to winch areas of offshore turbines of the wind farms Hohe See, Albatros and He Dreiht as well as to SOVs. The helicopter must be able to winch material to and from vessels, platforms and offshore turbines. The preferred airport is Emden. Other airports are possible. Start of the planned framework agreement is 01.04.2025 and it will last until 31.03.2032.

Energie Baden-Württemberg AG (EnBW) is Germany's third largest energy supplier. EnBW operates offshore wind farms in the German North Sea (Hohe See and Albatros) and in the Baltic Sea (Baltic 1 and Baltic 2). The third North Sea Offshore Windfarm, named He Dreiht, is currently under construction and is expected to become fully operational by the beginning of 2026. He Dreiht is located in the immediate vicinity of the existing EnBW Hohe See Wind Park. All EnBW farms in the North Sea are installed and operated in the western North Sea within the German Exclusive Economic Zone (EEZ). The area of the offshore wind farms is located approximately - 51 nm / 94 km north-west of Borkum and approx. 59 nm / 110 km west of Helgoland. The Employer plans to use helicopters for the offshore-onshore transport of personnel including personnel luggage in the contract period. In individual cases, and after consultation with the helicopter service provider, cargo, including dangerous goods, is also to be transported by helicopter. The Contractor shall provide a helicopter that is approved to fly within the German and Dutch airspace as well as fulfil all statutory requirements to work as an offshore helicopter. Furthermore, the Contractor shall provide - as additional service (optional) - sufficient PPE for Employer’s personnel according to Employer’s SchuSiKos. A permanent chartering of a helicopter throughout the entire contract phase is not envisaged by EnBW. Instead, a framework agreement is to be agreed. The helicopter must be able to approach the Hohe See OSS helicopter landing deck as well as the neighbouring wind farms (such as BARD Offshore 1 or Global Tech I) and converter stations (BorWin Gamma, BorWin Beta) of the transition grid operations. In individual cases, installation vessels or Service operation vessels (SOVs) with helidecks are also to be approached. The helicopter must be capable of performing helicopter hoist operations (HHO) to winch areas of offshore turbines of the wind farms Hohe See, Albatros and He Dreiht as well as to SOVs. The helicopter must be able to winch material to and from vessels, platforms and offshore turbines. The preferred airport is Emden. Other airports are possible. Start of the planned framework agreement is 01.04.2025 and it will last until 31.03.2032.

Generalplaner-Leitsungen

Generalplanerleistungen für Bezirkszentrum mit Lager- und Logistikzentrum in Östringen