The batteries are interconnected via the backplane, so that there are no live parts on the front side – an important safety consideration.
Depending on the backplanes used, batteries can be connected in series, in parallel or in combination. This means systems with varying voltages and capacities can be easily configured.
A 19-inch Battery Management Unit (BMU) can be integrated into the same container that controls all batteries in that rack. The BMU communicates with external devices via CAN or the e.battery systems Energy Management System, which also controls the converter in ESS applications.
Instant analysis is made possible thanks to internet connectivity; important information, protocols and more can be easily checked online.
We deep dive into the specifics of your company’s peak demands. This becomes the basis for developing a tailor-made battery storage solution.
We give you a first impression of the technological possibilities through which you can store electricity and more efficiently put it to use.
Operational performance and cost optimization begin to take shape; your customized Energy Storage System goes into the final stages of development.
Your Energy Storage System (ESS) is ready and, depending on size, can be deployed by our team within a couple of hours.
High battery voltage
Battery voltage cannot
be switched off.
There is always danger.
100% safe low voltage
Simple and inexpensive
Maintenance and system structure.
The point of failure
A single battery failure will stop
the operation of the entire system.
Failures limited to module level.
System remains operational.
Expensive waste of energy
Conventional inverters cause
significant energy losses.
70% less energy wasted
More usable energy through unrivaled
energy efficiency of the ebs ready for operation.
Battery systems can only be exchanged
be upgraded or completely upgraded.
Software-defined, modular inverters
enables the storage system to be upgraded
Years after installation.
Regardless of use, your own electricity supply is available for optimizing your consumption or for emergency supply.
Kicks in during
The Energy Storage System recognizes power peaks and supplies the connection with additional energy from its own storage. This relieves the load on the grid connection and reduces your electricity bill.
from renewable sources
With the ESS it’s possible to easily store green energy, by connecting with solar or wind facilities.
Supply in case
of power cuts
Our Storage Systems can keep machines and devices running even in the face of power cuts. The ESS utilizes its stored energy, thus keeping up power supply.
For applications in this power range, a 19-inch cabinet with a 30-kW converter and 13 batteries (35 kilowatts) can be used. Multiple converters, both grid-dependent and off-grid, are connected in parallel so that Energy Storage Systems of up to 120 kilowatts can be configured.
These can be configured on request and often end up as complete Energy Storage Systems which can be built into their own cabinet. Fast meters measure the power consumption and transmit the signal when the system starts. As this often involves large capacity but relatively low energy demand, the systems can also be used to store PV and wind energy to generate additional revenue.