Clean and renewable energy any time? You can rely on us.
Innovative and sustainable medium to large capacity energy storage solutions – for reliable and clean energy for business, industry, and grid infrastructure.
Products
Scalability, flexibility, and connectivity
More than energy storage: From consulting on your individual storage project to full-service packages, we offer the best possible availability of our systems over their entire service life.
INTILION | scalebloc
The compact solution for indoors and out
The INTILION | scalebloc is our most compact commercial storage system for indoor and outdoor use. It covers mid-range storage capacities up to 1,170 kWh.
- 72.8 kWh nominal energy content per unit
- 25 kVA, 50 kVA, and 73 kVA
- All-in-one, turnkey battery storage solution including inverter
- Weather-resistant thanks to outdoor casing
- Intelligent system management for optimal and safe operation
INTILION | scalecube
Specially designed for large storage capacities
The INTILION | scalecube is the perfect solution for large-scale storage up to several megawatt-hours. The system is entirely modular and can be adapted to fit your precise requirements.
- From 1 MWh to 100 MWh
- From 1000 kVA
- Individual project management and consulting for all components, from inverter and transformer to grid connection
- Installable as rack or container available for indoors and outdoors
- Flexible system performance and energy content
News
Latest press releases and news
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Unser neues
Magazin 2024
Multi-use in the All Electric Society Park from Phoenix Contact
Balancing energy and intraday trading for more stability in the electricity grid
Green data centres: Large-scale storage for Deutsche Telekom
Construction site handover with our partner CCE Germany
INTILION moves into European Battery Hub in Paderborn
Sustainable, flexible, and secure
Energy for every application – behind the meter and in front of the meter.
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.
Emergency power supply for smooth operation
Bridging the power supply by setting up a stand-alone grid using an energy storage system.
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.
Power trading for new business models
Optimizing revenue by having energy storage facilities store surplus electricity during periods of low demand and sell it precisely when prices rise due to increased demand.
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.
Control power to stabilize the grid (FCR, aFFR)
Balancing rapid fluctuations in the power grid with energy storages by absorbing surplus energy when generation is high and releasing it when demand exceeds generation.
Sustainable, flexible, and secure.
Energy for every application – behind the meter and in front of the meter.
Peak shaving
Commercial and industrial companies often have high peak loads in their energy consumption. An energy storage system can help shave those peaks.
Self-consumption optimization
Optimize energy consumption by storing surplus self-generated power for use when needed.
Emergency power supply
Bridging the power supply by setting up a stand-alone grid using an energy storage system.
EV-Charging
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.
Atypical grid use
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
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.
Power trading
Optimizing revenue by having energy storage facilities store surplus electricity during periods of low demand and sell it precisely when prices rise due to increased demand.
Control power (FCR, aFFR)
Balancing rapid fluctuations in the power grid with energy storages by absorbing surplus energy when generation is high and releasing it when demand exceeds generation.
Projects
High-powered projects all over Europe
Find out where our products and solutions are already in use, and discover the wide range of possible applications.
Balancing energy and intraday trading for more stability in the electricity grid
Containment Reserve
Green data centres: Large-scale storage for Deutsche Telekom
The energy revolution has arrived in the telecommunications sector: Together with PASM Power and Air Solution Management GmbH (PASM), the energy supplier for the Deutsche Telekom Group in Germany, we have equipped three Deutsche Telekom data centres with battery storage systems. While we installed an indoor storage system in Münster, there are outdoor systems in Hanover and Bamberg.
EV-Charging
Public charging park with energy storage for 20 electric vehicles
At the first public charging park in Bad Lippspringe, located in the industrial area 'Kalli-Gaulke-Weg,' up to 20 electric cars can be charged simultaneously. The municipal service provider Ladeservice Westfalen Weser, together with business owner Heinz Römmich, have established the infrastructure, which includes two INTILION | scaleblocs for energy storage. The battery storage is sufficient for fully charging approximately three compact electric vehicles. What makes this project special is the integration of generation, storage, and distribution of charging power in one location.
Self consumption
“Storing with wind and foresight”: increasing the degree of self-sufficiency of the city of Haren
The city of Haren (Ems) has set itself the goal of increasing the city's energy self-sufficiency from local renewable energies to up to 80%. In this project, two large-scale storage units are being used as a containerised version