Perfect design for your battery storage system
DC-DC converter, AC-DC inverter and system control: everything perfectly coordinated by a single provider – with exceptional characteristics.
For battery manufacturers and system integrators
And a high level of efficiency, even in the partial-load range
No retrofitting on the path to a decentralized energy supply
Longer service life and a high degree of energy efficiency. The parallel connection of several components keeps your system ready to use at all times
Totally reduced unplanned downtime by means of industrial-grade design
Efficient and cost-effective use of battery storage systems
Due to the modular structure and the common DC link, even different storage systems and different sources can be viewed and operated completely independently of each other. For example, the battery is charged directly from the PV system via DC-DC converters, which helps avoid a detour via the grid with at least two additional inverters with losses in efficiency.
Numerous customer-specific configurations mean that it is always possible to adapt the battery storage system to requirements.
Easy to combine with existing systems
The modules in 19" standard housings can be integrated with particular ease in existing battery storage systems or can be combined with PV or wind plants to create a future-oriented system. It is possible to expand the battery storage system with additional energy sources, or even an e-charging station.
It is possible to expand the battery storage system with additional energy sources, or even an e-charging station. The micro grid capabilities of our inverters also allow setup of autonomous grid sections with black start capabilities and decentralized energy systems by means of grid-forming.
Lower investment costs
The DC link is accessible to you and enables efficient integration of further system components, such as photovoltaics, charging columns, hydrogen synthesis, etc. Inverters between the source and storage are therefore no longer necessary.
Long service life and a high degree of availability
Your formula for greater energy efficiency:
Lower cooling costs = greater efficiency = less loss of power = less outlay for cooling = longer service life, because the aging of the semiconductor components is significantly reduced.
Real-time data monitoring, remote diagnostics, optimized operation: You can connect all components to your cloud via a secured OPC UA. The fast, future-oriented communication protocol based on Ethernet allows for huge data streams in real time. Machine learning based on data and optimized maintenance intervals are also supported.
Numerous customer-specific configurations mean that it is always possible to adapt the battery storage system to requirements. Worldwide.
One for all: For parallel network or island mode operation; for a 400-V or 480-V power grid; 50-Hz or 60-Hz operation; UPS or micro grid, grid-forming; community electricity storage, or power grid stabilization; replacement of diesel generators; energy supplies for remote regions; increase of personal usage of PV.
You get the greatest flexibility for your battery development: Smaller stacks can also be operated with the low-voltage connection of RFBs. Since lower shunt currents also occur, roundtrip efficiency increases at the same time. Reduced corrosion of the cells increases the service life of your battery.
This product range and information may vary depending on the country. Subject to changes to technology, equipment, price, and range of accessories. Please get in touch with your local contact person to find out whether the product is available in your country.