Growatt ARK-2.5L-A1
The ARK-2.5L-A1 has a capacity of 2.56kWh and a maximum (dis)charge current of 25A. The nominal voltage is 51,2V and the operating voltage is between 47,2V and 56,8V. The lithium iron phosphate battery (LFP) is free of cobalt. The battery has a cycle life of over 6000.The LV battery has a protection rating of IP65 and can be installed on both walls and floors (for floor installation, a separate base needs to be purchased, for wall installation the wall bracket is in box with battery).
Growatt AXE 5.0L
The Growatt AXE 5.0L 5kWh LV Battery is a cutting-edge lithium iron phosphate (LiFePO4) battery designed for superior performance and reliability in energy storage. As the foundation of the Growatt AXE LV Battery System, this state-of-the-art battery provides a scalable and flexible storage solution for a wide range of applications, from residential off-grid systems to large commercial and industrial setups.
Growatt AXE 5.0L – base and cabling
Accessories (Base and cabling) for Growatt AXE 5.0L 5kWh LV Battery
The Growatt AXE 5.0L 5kWh LV Battery is a cutting-edge lithium iron phosphate (LiFePO4) battery designed for superior performance and reliability in energy storage. As the foundation of the Growatt AXE LV Battery System, this state-of-the-art battery provides a scalable and flexible storage solution for a wide range of applications, from residential off-grid systems to large commercial and industrial setups.
Growatt BDC FOR MIN XH & MOD XH
The BDC controller is a device located between the inverter and the battery. Its function is to check the state of charge of the cells and to balance them. For photovoltaic systems that are also designed for energy storage, a BDC is necessary if the inverter does not have an integrated regulator. The BDC controller is designed for inverters of the MIN XH series, where it supports between 2-7 Growatt ARK HV batteries, and for inverters of the MOD XH series, where it supports between 3-10 Growatt ARK HV batteries.
Growatt BMS – GAPX98034-P2+CABLE+BASE – BMS + CABLING (APX) + BASE (APX)
Growatt’s BMS (Battery Management System) connections controller is a device located between the inverter and the battery. Its task is to check the state of charge of the cells and to balance them, i.e. to charge each cell with the correct current and voltage for it.
Growatt BMS – MAXIMUM CHARGING/DISCHARGING POWER 10KW/15KW (MOD XH BP / MID XH BP) + WIRING (APX)
Growatt’s BMS (Battery Management System) connections controller is a device located between the inverter and the battery. Its task is to check the state of charge of the cells and to balance them, i.e. to charge each cell with the correct current and voltage for it.
Growatt BMS – MAXIMUM CHARGING/DISCHARGING POWER 7.5KW (MOD XH BP) + WIRING (APX)
Growatt’s BMS (Battery Management System) connections controller is a device located between the inverter and the battery. Its task is to check the state of charge of the cells and to balance them, i.e. to charge each cell with the correct current and voltage for it.
Growatt BMS FOR INVERTERS MIN TL-XH – APX 55027-P0
This Growatt BMS 55027-P0 Power Module is the battery management system for the APX HV battery system, when paired with 1ph MIN KTL3-XH inverters.
Growatt BMS FOR SPH TL3-BH UP
The Growatt BMS – Battery Management System represents the latest innovation in high-voltage battery management. This BMS is part of the renowned ARK series, which offers users the flexibility to customize capacity to their individual needs, allowing for a minimum of 3 and a maximum of 10 batteries to be added to the system.
Growatt Hope 4.8L-C1
Growatt Hope 4.8L-C1 is the standard lithium battery module. It is designed for home and commercial solar energy storage as well as power back up for the critical equipment during the grid power blackout. This battery delivers 48V and 4.8kWh.Growatt Hope 4.8L-C1 uses Lithium Iron Phosphate chemistry which is recognized as one of the safest Lithium chemistries currently in use. The simplicity in modulating the battery makes it possible to create small or large energy storage systems. By adding additional battery modules, the initial energy storage installation can be expanded to a battery group of 16 modules in a single 19-inch rack.