The large-scale storage system

Our large-scale storage systems provide high-performance lithium-ion energy solutions that offer a solid foundation for load balancing, atypical and intensive grid use, and other applications. We work with you to plan your very own INTILION | scalecube, to make sure you get the best solution – both financially and technically.

  • From 1.5 MWh
  • From 1 MVA
  • As a rack system or 20” container
  • IP55: Protection against water and dust ingress
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Get the best solution – both financially and technically

Modular and scalable battery storage solutions for any application, from grid connection extensions for e-mobility to trading scenarios on spot and balancing energy markets. Flexibility and integration of hardware and software components are our top priority.

Modular and customizable

Modularer und individuell geplanter Aufbau mit Netzintegration für verschiedene Energieinhalte und Leistungen sowohl im Gebäude- als auch als Containerlösung. Unsere Beratung reicht dabei vom Speichermodul über Umrichter sowie Trafo bis zum Netzanschlusspunkt und Energiemanagementsystem.

Flexibility in system design

Our three main components, the INTILION Application Unit (IAU), the INTILION Battery Unit (IBU) and the INTILION Control Unit (ICU) – INTILION ABC – provide a highly integrated, flexible and reliable basis for battery storage systems. This ensure smooth integration and efficient control of the overall system.

Intelligent software

Control, visualization and integration of the battery system and integration of external energy management systems into your overall system. Implementation of our battery systems in existing systems or infrastructures possible

High quality hardware

Hohe Verfügbarkeit sowie Qualität und Langlebigkeit der Komponenten sind essenziell, um eine zuverlässige Speicherung und Entladung des Stroms zu gewährleisten.​

Weather resistance

Outdoor enclosure with air conditioning for any installation location and weather conditions.

High safety

By dividing the systems into smaller units, so-called “power strings”, we ensure that your system is more fail-safe.

Efficient interaction of components - ABC

Our three main components, the INTILION Application Unit (IAU), the INTILION Battery Unit (IBU) and the INTILION Control Unit (ICU) – INTILION ABC – provide a highly integrated, flexible and reliable basis for battery storage systems. This ensure smooth integration and efficient control of the overall system.

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Lifecycle Management

From project planning to end of life

Your satisfaction is our top priority. INTILION gives you the complete fulfilment service package – from initial advisory, customised project management and installation, through to end of life. We guide you through the entire process and provide help and advice together with our powerful network of partners. Our team offers tailored advice on choosing the perfect system solution for you.

Service overview

1) Concept & design phase

Including tailor-made and individual design of the battery system (incl. inverters, transformers, switch gear) as well as planning of safety and service concepts.

2) General contractor activities

Including construction management and coordination of all trades, civil engineering measures, site security and supervision as well as
provision of temporary infrastructure for the construction phase.

3) Installation & commissioning

Including planning of delivery and installation of the battery storage, installation and cabling of the battery systems incl. the associated components, holistic commissioning of the system as well as integration of the grid control system for regulating and monitoring the energy flow.

4) Operation & maintenance

Including three-stage service concept adapted for the respective requirements and use cases, continuously monitoring of all storage systems through our self-developed cloud management system as well as ensuring reliable operation through preventive maintenance.

5) Add-on services & analytics

Including spare parts management with our suppliers and warehouse location, quick exchange of various components in case of need as well as regularly optimisation of the plant performance through continuous data analysis.

6) Dismantling & renature​

Including an individual concept for dismantling and disposal of the system and transportation to the disposal service provider, as well as preparation of all necessary disposal certificates in accordance with the Battery Act. Optional: Removal of foundations, dismantling of other system components through to dismantling in accordance with the former building permit conditions
Products

Components and variations

Do you need help? Feel free to contact us

Rack system design

The flexible solution for all system sizes

The ideally scalable solution for small and medium-sized battery storage systems from 1.5 MWh to approx. 30 MWh.

  • From 1.5 MWh
  • From 1 MVA
  • Rack system
  • IP55: Protection against water and dust ingress​
  • Color: RAL7035

Non-Walk-In Container 20"

The ideal solution for systems from 30 MWh

Our optimum solution for your large storage systems from approx. 30 MWh. Smallest construction area due to maximum energy density.
  • From 4 MWh
  • From 1 MVA
  • 20" Container
  • IP55: Protection against water and dust ingress
  • Color: RAL7042
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Where can you use our large-scale storage system for maximum efficiency?

Explore the most common uses for our project solution. More front-of-the-meter applications are also possible. Talk to us!

Emergency power for a secure power supply in the event of a power failure

By building a stand-alone grid, an energy storage system can bridge the power supply in the event of a grid failure and provide an emergency power solution.

Atypical grid use to relieve the grid during periods of high load

The energy storage system charges up in times of low grid loads and provides power at peak times to relieve the grid load and ensure custom grid fees.

Intensive grid use for optimized and individual grid fees

With an annual consumption of at least 10 GWh and usage hours of 7,000 h, you receive individual and optimized grid fees. Energy storage systems can help.

Energy storage solution on the energy market for additional revenues

Revenue from energy storage systems that store electricity during periods of low exchange prices and sell it again when prices rise

Control reserve (FCR, aFFR) for balancing power grid fluctuations

Balancing power grid fluctuations by absorbing excess energy when generation is too high and releasing it when demand exceeds generation.

Expansion of grid connection to support electromobility

The grid is not designed to cope with the increasing number of electric vehicles charging points. Energy storage systems increase the available output and optimize the charging infrastructure.

Peak shaving to avoid high peak loads

Commercial and industrial companies often have high peak loads in their energy consumption. An energy storage system can help shave those peaks.

Optimizing self-consumption of renewable energies

Optimize energy consumption by storing surplus self-generated power for use when needed.

Projects

Our great large-scale storage projects