TruConvert DC Series 1000

Charging and discharging technology perfected

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The battery converter for different voltage ranges

The bidirectional TruConvert DC Series 1000 DC-DC converters from TRUMPF Hüttinger are suitable for use with any battery, whether lithium-ion, second life, redox flow or lead-acid batteries. Their compact design in 19" standard housings and modular set-up in 8 kW to 30 kW steps make them the ideal solution for small and even large battery storage systems.

Broad voltage range

Applicable for the most varied of storage technologies thanks to battery voltages from 0 V to 700 V

Tailored solutions

Customized power adaptation to the respective application and storage capacity

High flexibility

thanks to its scalability from 8 kW to megawatts

Compact design

and high irradiance due to the modular system with a standardized design in the 19 inch format

Simple integration

to form a storage solution with other components such as PV systems or wind power plants

Reliability due to parallel circuits

If one unit in the network fails, the remaining units pick up the load.

Robust design

The DC-DC converters are designed to have a service life of at least 20 years.

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.

PDF - 953 KB
New voltage regulation for C&I stores that enable a seamless transition between power connection and isolated operation
In addition to a battery storage system, it can also be locally operated, and generate and operate local networks offering the user decisive advantages including increased resilience, a sturdy design, and security. This especially includes the seamless continued operation of the system in the event of a supply network failure.
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DC Coupling: the efficient path
Thanks to the decreasing costs of energy storage, PV-coupled storage applications are becoming increasingly attractive for a wide range of applications.
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Single-level three-point inverter
The cost and energy efficiency of AC-coupled battery systems for high voltages depends on the performance electronics required for connecting the battery to the power supply system. This article discusses the requirements and dependencies for a single-level approach which can save costs and increase system efficiency.

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