Input Voltage (DC)
40 V to 60 V
42 V to 52.5 V
≥ 300 A
≥ 300 A
≤ 400 mV
≥ 98%
≤ 10 W
RS485/CAN
AGG HBCU48-4 is used to decompose one DC voltage from a set of power supplies, into multiple DC voltages to meet differential
battery packs for charging. When the battery is discharged, the HBCU48-4 also carries out the combined discharge of multiple
battery packs, so as to ensure multiple battery packs running at the same time or different time by means of no interaction.
HBCU48-4 adopts to solve the isolation problem of multiple groups cascaded batteries of different types, capacities
and brands used in parallel to improve the comprehensive operating efficiency of battery assets as well as the power system.
Input Voltage (DC) 40 V to 60 V
Output Voltage (DC) 42 V to 52.5 V
Floating Charge Voltage Setting Range 48 V to 58 V
Equalizing Charge Voltage Setting Range 48 V to 58 V
Charging Current (Each Port) ≥ 300 A
Discharging Current (Each Port) ≥ 300 A
Voltage Drop (max) ≤ 400 mV
Noise Voltage (Peak to Peak) ≤ 400 mV
Battery Port Number (Pcs) 4 Ports
Capacity per Battery Pack ≤ 1000 Ah
Efficiency ≥ 98%
Standby Power Consumption ≤ 10 W
Working Ambient Temperature -15ºC to 55ºC
Storage Ambient Temperature -40ºC to 75ºC
Communication Protocol RS485/CAN
Dimensions (mm): W = 442, D = 350, H = 87.5 (2U)
Weight ≤ 6.5 kg
●Temperature compensation for VRLA Batteries.
●Synchronous and asynchronous modes of charging/discharging.
●No outage on transition or on controller fault. (default port continuity)
●Genset control (start on Voltage threshold and stop on battery charging current threshold).
●Auto CP and Genset variable charging current settings.
●The technical parameters of each battery port for differential battery packs could be set independently.
●Support installation on walls, cable ladder, and embedded installation.
●Support lithium battery cell over-voltage, under-voltage, over current, overheat cut-off protection.
● Independent charge and discharge current of each battery type.
●Support RS485/CAN communication with lithium batteries.
●Real-Time Monitoring of operating parameters(SOC/SOH/DOD)of each battery.
●Password Protected colored Display.
● Independent float and equalize charge voltage of each battery type.
●Support the sharing of lead-acid batteries, lithium batteries, and supercapacitors.
●Support lithium batteries for preferential discharging and lead-acid batteries as a backup.
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