Product descriptionThe energy storage is based on LiFePO4 batteries with integrated Battery Management System (BMS) and short-circuit protection. Power output is 48V 100A (5 kW), communication output is CAN and RS485. The outputs are on both sides of the box. The individual 5 kW modules can be scaled with system power and communication connections up to 12 units (master + 11 slaves). This increases the storage capacity up to 60 kWh, but the resulting output power and voltage remain the same - 5 kW /48V at the master output. Parallel interconnection of masters is not supported by the software.
Feature descriptionThe battery is capable of powering a load and/or being charged via either power output (the outputs are connected in parallel internally). Using an integrated BMS, these outputs are regulated by a power semiconductor element. The state of charge is indicated on the LED indicator. The outputs are protected against short circuit by a 200A solid-state fuse (integrated).
Via the CAN communication port, the battery can be connected to the Cerbo communication module and the following values can be read out in the VRM portal:
Description of inputs, outputs
Description of controls
Description of indicators
Single-phase off grid PV plant
Single-phase hybrid PV plant
Three-phase hybrid PV plant with communication
What do you need to purchase to make your own Single-phase off grid PV plant?
What do you need to purchase to make your own Single-phase hybrid PV plant?
What do you neeed to buy to make your own Three-phase hybrid PV plant with communication?
For communication with the Victron system it is necessary to purchase optional accessory CAN Patch Cable EX-S5-CAN-V
|The communication patch cable included in the package is determinated to connection with other brand of inverters as stated below:|
|The complet user manual and set up instructions can be found in Documets for download..|
|Nominal Voltage (V)||51.2|
|Max discharge current (A)||100|
|Optimal discharge current (A)||80|
|Max charging current (A)||100|
|Optimal charging current (A)||50|