Growatt AXE Battery Set 60kWh for WIT

TThe Growatt AXE Battery Set 60kWh for WIT provides a high-capacity, reliable energy storage solution using safe, cobalt-free Lithium Iron Phosphate (LFP) technology. Designed specifically for commercial and industrial (C&I) use, this system integrates seamlessly with Growatt's three-phase WIT series hybrid inverters.

Growatt AXE Battery Set 70kWh for WIT

The Growatt AXE Battery Set 70kWh for WIT is a modular, cobalt-free Lithium Iron Phosphate (LFP) energy storage solution with a total capacity of 70 kWh. It is designed for seamless integration with Growatt's three-phase WIT commercial hybrid inverters and is suitable for commercial and industrial (C&I) applications.

Growatt AXE Battery Set 80kWh for WIT

The Growatt AXE Battery Set 80kWh for WIT is a modular, cobalt-free Lithium Iron Phosphate (LFP) energy storage solution with a total capacity of 80 kWh. It is designed for seamless integration with Growatt's three-phase WIT commercial hybrid inverters and is suitable for commercial and industrial (C&I) applications.

Growatt AXE Battery Set 90kWh for WIT

The Growatt AXE Battery Set 90kWh for WIT is a modular, cobalt-free Lithium Iron Phosphate (LFP) energy storage solution with a total capacity of 90 kWh. It is designed for seamless integration with Growatt's three-phase WIT commercial hybrid inverters and is suitable for commercial and industrial (C&I) applications.

Growatt Battery ARK 15kWh Kit for SPH

The Growatt ARK 15kWh Kit for SPH is a high-voltage, modular energy storage system with a 15.36 kWh nominal capacity. It is designed for seamless integration with Growatt SPH series three-phase hybrid inverters, featuring safe, cobalt-free Lithium Iron Phosphate (LFP) technology and an IP65 protection rating for versatile indoor or outdoor installation. The kit includes six 2.56 kWh battery modules, a BMS controller, cables, and a battery base.

Growatt Battery Kit AXE 10kWh

The Growatt AXE 10kWh (specifically model AXE 10.0L) is a modular, low-voltage (LV) lithium iron phosphate (LiFePO₄) battery system designed for reside

Growatt Battery Kit AXE 5 kWh

The Growatt AXE 5 kWh (model AXE 5.0L) is a compact, entry-level, low-voltage (LV) lithium iron phosphate (LiFePO₄) battery module designed for residential solar energy storage. It offers a safe, scalable, and easy-to-install solution for maximizing self-consumption and providing backup power

GROWATT Battery Kit AXE 5 kWh for SPF inverters

GROWATT Battery Kit ARK 5.12 kWh for SPF series inverters. Works with one-phase Growatt off-grid inverters.

Growatt BDC for MOD XH/MIN XH

The Growatt BDC (Battery DC Converter) for MOD XH and MIN XH inverters is a Battery Management System (BMS) control unit used to enable the connection of the Growatt ARK high-voltage battery system to compatible inverters. It is essential for managing the battery system if the inverter does not have a built-in battery controller.

Growatt BMS | For SPH inverters

The Growatt BMS (Battery Management System) 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, i.e. to charge the cells individually with the current and voltage appropriate for them. With photovoltaic systems also designed for energy storage, the BMS is necessary if the inverter does not have a built-in controller. The BMS controller supports from 3-10 Growatt ARK-2.5H-A1 batteries.

LiFePo4 51.2V EcoSolaris 280Ah 14.33kWh

9.625,98 AED
Discover the LiFePO4 280Ah (14.33kWh) battery, the perfect solution for reliable solar energy storage. With a nominal voltage of 51.2V and 98% efficiency, it ensures high performance and long service life. Offering up to 100A charging and 150A discharging current, it includes fire and short-circuit protection for maximum safety. This lithium battery supports parallel connection of up to 16 units and is fully compatible with inverters such as Victron, Growatt, Sungrow, ABB, Deye, and more. Built-in Bluetooth allows smart monitoring, making it a secure and efficient energy storage system.

Lithium Battery Smart (LiFePo4) – 12,8V/100Ah

3.485,51 AED
Lithium Smart Battery – superior performance and advanced technology for efficient energy storage. Explore the reliability of sustainable power.

Lithium Battery Smart (LiFePo4) – 12,8V/160Ah

5.035,64 AED
Lithium Smart Battery – superior performance and advanced technology for efficient energy storage. Explore the reliability of sustainable power.

Lithium Battery Smart (LiFePo4) – 12,8V/180Ah

3.775,96 AED
Lithium Smart Battery – superior performance and advanced technology for efficient energy storage. Explore the reliability of sustainable power.

Lithium Battery Smart (LiFePo4) – 12,8V/200Ah

5.101,18 AED
Lithium Smart Battery – superior performance and advanced technology for efficient energy storage. Explore the reliability of sustainable power.

Lithium Battery Smart (LiFePo4) – 12,8V/330Ah

8.637,37 AED
Lithium Smart Battery – superior performance and advanced technology for efficient energy storage. Explore the reliability of sustainable power.

Lithium Battery Smart (LiFePo4) – 12,8V/50Ah

2.123,98 AED
Lithium Smart Battery – superior performance and advanced technology for efficient energy storage. Explore the reliability of sustainable power.

Lithium Battery Smart (LiFePo4) – 25,6V/100Ah

6.403,71 AED
Lithium Smart Battery – superior performance and advanced technology for efficient energy storage. Explore the reliability of sustainable power.

Lithium Battery Smart-a (LiFePo4) – 25,6V/200Ah

9.757,59 AED
Lithium Smart Battery – superior performance and advanced technology for efficient energy storage. Explore the reliability of sustainable power.

Lithium Battery Smart-a (LiFePo4) – 25,6V/300Ah NG

12.870,94 AEDpcs
Lithium Smart Battery – superior performance and advanced technology for efficient energy storage. Explore the reliability of sustainable power.

Lithium Battery Victron (LiFePo4) – 51.2V/100Ah NG

10.197,82 AED
Lithium Smart Battery – superior performance and advanced technology for efficient energy storage. Explore the reliability of sustainable power.