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Fluence Energy (NASDAQ: FLNC) has clinched a deal with VERBUND to develop two significant battery storage projects in Germany, totaling 92 MW of output and 186 MWh of storage capacity. The first project, located in Weißenthurm-Kettig, will boast a capacity of 50 MW/100 MWh. The second, situated in Elsterberg-Coschütz, will offer 42.9 MW/86.5 MWh.
These initiatives are designed to stabilize grid volatility stemming from renewable energy sources while delivering essential grid support services. VERBUND, already managing 110 MW/130 MWh across various sites, aims to substantially expand its storage portfolio to 1 GW by 2030. Fluence was selected due to its proven track record in large-scale battery storage, its ability to meet stringent noise regulations, and its robust cybersecurity infrastructure.
Fluence Energy (NASDAQ: FLNC) è stata selezionata da VERBUND per sviluppare due importanti progetti di accumulo con batterie in Germania, con una potenza complessiva di 92 MW e una capacità di accumulo di 186 MWh. Il primo progetto a Weißenthurm-Kettig avrà una capacità di 50 MW/100 MWh, mentre il secondo a Elsterberg-Coschütz offrirà 42,9 MW/86,5 MWh.
I progetti mirano a bilanciare le fluttuazioni della rete derivanti dalle fonti rinnovabili e a fornire servizi di supporto alla rete elettrica. VERBUND, che attualmente gestisce 110 MW/130 MWh in diverse sedi, punta a raggiungere 1 GW di capacità di accumulo entro il 2030. Fluence è stata scelta per la sua esperienza nelle batterie di grande scala, le caratteristiche di protezione dal rumore e le solide misure di sicurezza informatica.
Fluence Energy (NASDAQ: FLNC) ha sido seleccionada por VERBUND para desarrollar dos grandes proyectos de almacenamiento con baterías en Alemania, con una potencia combinada de 92 MW y una capacidad de almacenamiento de 186 MWh. El primer proyecto en Weißenthurm-Kettig tendrá una capacidad de 50 MW/100 MWh, mientras que el segundo en Elsterberg-Coschütz contará con 42,9 MW/86,5 MWh.
Los proyectos buscan equilibrar las fluctuaciones de la red causadas por fuentes renovables y proporcionar servicios de apoyo a la red eléctrica. VERBUND, que actualmente opera 110 MW/130 MWh en varias ubicaciones, aspira a alcanzar 1 GW de capacidad de almacenamiento para 2030. Fluence fue elegida por su experiencia en almacenamiento a gran escala, sus características de protección contra el ruido y sus robustas medidas de ciberseguridad.
Fluence Energy (NASDAQ: FLNC)는 독일에서 총 92MW 출력과 186MWh 저장 용량을 갖춘 두 개의 대규모 배터리 저장 프로젝트를 개발하기 위해 VERBUND에 의해 선정되었습니다. 첫 번째 프로젝트인 Weißenthurm-Kettig는 50MW/100MWh 용량을, 두 번째 프로젝트인 Elsterberg-Coschütz는 42.9MW/86.5MWh 용량을 갖추게 됩니다.
이 프로젝트들은 재생 에너지로 인한 전력망 변동을 균형 있게 조절하고 전력망 지원 서비스를 제공하는 것을 목표로 합니다. 현재 여러 지역에서 110MW/130MWh를 운영 중인 VERBUND은 2030년까지 1GW 저장 용량 달성을 목표로 하고 있습니다. Fluence는 대규모 배터리 저장 기술, 소음 차단 기능, 강력한 사이버 보안 조치로 선정되었습니다.
Fluence Energy (NASDAQ : FLNC) a été choisie par VERBUND pour développer deux importants projets de stockage par batteries en Allemagne, avec une puissance combinée de 92 MW et une capacité de stockage de 186 MWh. Le premier projet à Weißenthurm-Kettig disposera d’une capacité de 50 MW/100 MWh, tandis que le second à Elsterberg-Coschütz offrira 42,9 MW/86,5 MWh.
Ces projets visent à équilibrer les fluctuations du réseau liées aux sources d’énergie renouvelables et à fournir des services de soutien au réseau. VERBUND, qui exploite actuellement 110 MW/130 MWh sur plusieurs sites, ambitionne d’atteindre 1 GW de capacité de stockage d’ici 2030. Fluence a été choisie pour son expertise dans le stockage à grande échelle, ses dispositifs de protection contre le bruit et ses mesures solides de cybersécurité.
Fluence Energy (NASDAQ: FLNC) wurde von VERBUND ausgewählt, um zwei bedeutende Batteriespeicherprojekte in Deutschland mit einer Gesamtleistung von 92 MW und einer Speicherkapazität von 186 MWh zu entwickeln. Das erste Projekt in Weißenthurm-Kettig wird eine Kapazität von 50 MW/100 MWh haben, das zweite in Elsterberg-Coschütz eine Kapazität von 42,9 MW/86,5 MWh.
Die Projekte zielen darauf ab, Netzschwankungen durch erneuerbare Energien auszugleichen und netzunterstützende Dienste bereitzustellen. VERBUND, das derzeit 110 MW/130 MWh an mehreren Standorten betreibt, strebt bis 2030 eine Speicherkapazität von 1 GW an. Fluence wurde aufgrund seiner Expertise in großflächigen Batteriespeichern, seiner Lärmschutzfunktionen und robusten Cybersicherheitsmaßnahmen ausgewählt.
Positive
- Strategic expansion adding 92 MW/186 MWh to VERBUND’s battery storage portfolio
- Projects support integration of renewable energy and strengthen grid security
- Fluence brings proven expertise with over 750 MW of projects completed or under construction in Germany
- Advanced noise protection features and robust cybersecurity measures included in the design
Insights
Fluence’s 92MW/186MWh German battery projects cement its leadership position, driving growth in Europe’s largest energy storage market.
Fluence’s selection by VERBUND for two major battery storage projects totaling 92MW/186MWh represents a significant contract win in Europe’s most promising storage market. These projects in Weißenthurm-Kettig (50MW/100MWh) and Elsterberg-Coschütz (42.9MW/86.5MWh) showcase Fluence’s competitive technical advantages in noise protection and cybersecurity – critical differentiators in the stringent German regulatory environment.
The company’s statement that it has 750MW of projects completed or under construction in Germany demonstrates substantial market penetration in a country expected to require massive storage deployment to support its renewable energy transition. Germany’s coalition government and regulatory authorities have explicitly recognized energy storage as essential infrastructure, creating a supportive policy environment.
What’s particularly noteworthy is VERBUND’s position as a major utility with 110MW/130MWh already operational across Germany and plans for 1GW by 2030. Securing this customer relationship could lead to additional projects as VERBUND works toward that ambitious target. The modular design approach mentioned suggests potential for expanded capacity at these sites.
The projects address multiple value streams – grid services, renewable integration, and energy arbitrage through trading algorithms – indicating sophisticated revenue models that maximize financial returns. This positions Fluence advantageously as Germany’s renewable penetration increases and storage economics improve further.
07/15/2025 – 03:02 AM
VIENNA and ERLANGEN, Germany, July 15, 2025 (GLOBE NEWSWIRE) — In a move bolstering Germany’s renewable energy infrastructure, VERBUND has tapped Fluence Energy GmbH, a subsidiary of Fluence Energy, Inc. (NASDAQ: FLNC), a major player in intelligent energy storage solutions, for a significant battery storage project. The plan will create systems reaching a combined output of over 92 MW and a storage capacity of 186 MWh, promising to enhance grid stability and integrate more renewables.
These deployments are designed to meet stringent noise protection standards and the ever-increasing demands on the electricity grid. The initial phase will see a sprawling battery storage facility erected in Weißenthurm-Kettig, Rhineland-Palatinate, wielding a robust 50 MW capacity and 100 MWh storage. Following suit, a second system, clocking in at 42.9 MW / 86.5 MWh, is slated for Elsterberg-Coschütz, Saxony. Both initiatives employ a modular design, a strategic choice intended to enhance performance and ensure scalability as needs evolve.
The partnership signals a commitment to future-proof technologies to integrate variable renewables and strengthen grid resilience. As wind and solar energy’s role expands, their inherent variability can destabilize the grid. Battery storage serves as a critical buffer, smoothing fluctuations and ensuring consistent power delivery. By injecting stored energy, these systems also reduce reliance on costly grid infrastructure upgrades and substation voltage conversions. Moreover, excess renewable generation can be channeled into balancing energy markets or intraday trading, optimizing returns on investment.
VERBUND’s existing portfolio of 110 MW / 130 MWh of storage, spread across more than a dozen locations, positions it as a key figure in the German market. This collaboration with Fluence accelerates VERBUND’s ambitious target of reaching approximately 1 GW of storage capacity by 2030. The partnership underscores the escalating demand for flexible energy solutions in Germany, as the nation pushes towards its ambitious renewable energy goals.
Noise Protection & Cybersecurity Expertise Key to Selection
Fluence secured the contract thanks to its vast experience in large-scale battery storage, alongside its in-depth understanding of Germany’s complex regulatory landscape. VERBUND cited Fluence’s cutting-edge noise protection technology, evidenced by a comprehensive noise assessment report, and robust cybersecurity measures as key differentiators. In the current geopolitical climate, and with Germany’s strict environmental regulations, these factors are increasingly critical for project approval and long-term operation.
Markus Meyer, Managing Director of Fluence Energy GmbH, stated, “With over 750 MW of projects in progress or already operational across Germany, Fluence is at the forefront of building a cost-effective, reliable, and secure energy supply. These projects in Weißenthurm-Kettig and Elsterberg-Coschütz are pivotal steps in reinforcing Germany’s energy infrastructure. Our extensive experience in deploying high-performance systems that comply with stringent technical and regulatory standards makes Fluence uniquely positioned to support Germany’s energy transition. We look forward to shaping the future of energy storage in Germany alongside an innovative partner like VERBUND.”
Pioneering Firms Align to Advance German Energy Storage Scene
Recent policy pronouncements by Germany’s coalition government and subsequent plans by the Federal Network Agency underscore the critical role of energy storage in ensuring a secure and affordable energy system. Navigating the intricate web of grid codes, permitting requirements, and cybersecurity regulations demands a deep understanding of the German landscape. Drawing on its position as a market leader, Fluence expertly guides its customers through the process, accelerating project timelines and mitigating potential risks.
Under the terms of the agreement, VERBUND will oversee facility operations and manage the marketing of the battery storage capacity. As a seasoned player in energy markets, VERBUND will look to leverage its specially-developed trading algorithms to optimize storage assets and contribute to grid stability. By intelligently placing offers across various markets, VERBUND aims to maximize returns and bolster the reliability of the German power grid.
“With our innovative trading algorithms, we can optimally market battery storage and thus make a significant contribution to a stable electricity grid. This partnership is another step towards a secure and affordable energy system in Germany,” explained Karl Potz, Head of Battery Storage Systems at VERBUND.
### FAQ
### What is the total capacity of the new battery storage projects between Fluence and VERBUND?
The projects will achieve a total output of 92 MW with a storage capacity of 186 MWh, split between two locations in Germany.
### Where are the new FLNC battery storage facilities being built in Germany?
The facilities will be built in Weißenthurm-Kettig, Rhineland-Palatinate (50 MW/100 MWh) and Elsterberg-Coschütz, Saxony (42.9 MW/86.5 MWh).
### What is VERBUND’s current battery storage capacity and future target?
VERBUND currently operates 110 MW/130 MWh across multiple locations and aims to install 1 GW of storage capacity by 2030.
### How much battery storage capacity has Fluence deployed in Germany?
Fluence has over 750 MW of projects either completed or under construction across Germany.
### What are the main benefits of these FLNC battery storage projects?
The projects help balance grid fluctuations from renewable energy sources, provide grid-supporting services, and aim to reduce costs associated with grid infrastructure and voltage conversion.
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