Rechargeable Energy Storage
Stores electrical energy for later use in compatible solar, backup and hybrid power systems.
Reliable lithium and LiFePO4 battery solutions for solar energy storage, backup power, home, commercial and industrial applications. Choose the right battery based on system voltage, usable capacity, load and application.
Lithium batteries are widely used in modern solar and backup systems because they can provide compact, rechargeable energy storage with suitable inverter and battery-management integration.
LiFePO4, or lithium iron phosphate, is a lithium battery chemistry commonly used for solar energy storage, residential backup, commercial power systems and other applications that require rechargeable battery storage.
The right lithium battery can support efficient energy storage when properly matched with the inverter, charger, load profile and overall system design.
Stores electrical energy for later use in compatible solar, backup and hybrid power systems.
Lithium battery technology can provide useful energy storage in a relatively compact form depending on model and capacity.
Compatible models can work with suitable hybrid or off-grid inverters for solar charging and backup use.
Many lithium battery systems use a battery management system to supervise important operating parameters.
Suitable battery configurations can serve home, commercial, industrial and renewable energy applications.
Depending on product design and system compatibility, battery capacity can be selected or expanded to match project requirements.
Battery configuration and compatibility should be confirmed for each application before installation.
A battery should be selected as part of the complete electrical system, not only by its Ah rating.
Confirm that the battery voltage is compatible with the inverter, charger and system architecture.
Consider the battery's usable energy in relation to the expected load and required backup duration.
Check charging voltage, communication requirements and supported battery type before connection.
Battery capacity and discharge capability should be suitable for the connected appliances or equipment.
Follow the manufacturer's requirements for location, ventilation, temperature and electrical protection.
Confirm the applicable product-specific coverage, conditions, exclusions and required documentation.
LiFePO4 stands for lithium iron phosphate. It is a lithium battery chemistry commonly used in solar energy storage, backup power and other rechargeable battery applications.
Yes. Compatible lithium batteries can be integrated with suitable solar inverters and charge-control systems for hybrid, off-grid and backup applications.
Backup time depends on usable battery capacity, connected load, inverter efficiency, state of charge, operating conditions and system design.
G-MAX Battery & Renewable Energy supplies lithium battery solutions for suitable residential, commercial, industrial and solar energy applications in Bangladesh.
Share your inverter model, system voltage, connected load and required backup time with our team so we can help you identify a suitable battery solution.