Felicity Solar 10kWh Wall Mount Lithium Battery

Felicity Solar 10kWh Wall Mount Lithium Battery

The Felicity Solar 10kWh Wall Mount Lithium Battery is a low-voltage 51.2V LiFePO4 battery designed for compatible solar inverter systems, home backup power and solar energy storage applications. This 10kWh Felicity Solar battery is a strong option for customers who need more battery storage than a standard 5kWh battery while still wanting a compact wall-mounted lithium battery solution.

With 10kWh of nominal energy, RS485 and CAN communication, built-in WiFi and Bluetooth support, smart BMS protection and scalable battery expansion, the Felicity Solar FLA48200 battery is designed for practical residential and selected light commercial solar backup systems where the inverter and battery configuration are correctly matched.

10kWh Felicity Solar Battery for Backup Power

The Felicity Solar 10kWh battery gives customers a larger energy storage option for essential load backup, solar self-consumption and improved power availability during outages. A 10kWh lithium battery can support selected household or office loads when paired with a compatible 48V inverter and correctly configured backup circuit.

Backup runtime depends on the inverter size, connected loads, battery state of charge, solar input, battery settings and installation design. Lower-consumption loads such as lights, WiFi, computers, fridges, security systems and selected plug circuits will usually provide better backup runtime than high-demand loads such as geysers, ovens, stoves, kettles, pumps and air conditioners.

51.2V Low-Voltage LiFePO4 Battery

The Felicity Solar FLA48200 is a 51.2V low-voltage lithium battery intended for compatible 48V inverter systems. It uses LiFePO4 battery chemistry, which is commonly used in modern solar storage systems because it is suitable for stable backup power and energy storage applications when installed and operated correctly.

This battery has an operating voltage range of 44.8V to 57.6V and must be matched with an inverter that supports the required battery voltage range, BMS communication protocol, charge settings, discharge settings and protection requirements.

Wall Mount or Floor Mount Installation

The Felicity Solar 10kWh battery is designed for wall-mounted or floor-mounted installation, making it practical for garages, utility rooms, solar equipment areas and selected indoor installation spaces. The final mounting method must be selected according to the wall structure, floor surface, cable routing, ventilation, access and installer design.

As this is a heavy battery unit, proper support and safe positioning are important. The installer must confirm that the mounting surface or floor position is suitable for the battery weight, wiring layout and future service access.

Smart BMS Protection and Built-In Safety Features

The Felicity Solar 10kWh lithium battery includes built-in protection features designed to support safer operation in compatible solar systems. These include a smart BMS, breaker and fuse protection, as well as built-in fire protection.

Correct battery protection, inverter configuration and communication setup remain essential. The installer must confirm battery cable sizing, fuse or breaker requirements, charge current limits, discharge current limits, communication wiring and commissioning settings before the system is placed into operation.

WiFi, Bluetooth, RS485 and CAN Communication

The Felicity Solar FLA48200 supports built-in WiFi and Bluetooth for remote battery monitoring where correctly configured. This can help customers and installers view battery data and monitor system performance depending on the final setup.

The battery also supports RS485 and CAN communication for compatible inverter systems. Final inverter communication compatibility must be confirmed before purchase because lithium battery communication requirements can differ between inverter brands, inverter models and firmware versions.

Key Features and Benefits

• 10kWh Felicity Solar lithium battery storage capacity
• Felicity Solar FLA48200 battery model
• 51.2V nominal voltage for compatible 48V inverter systems
• Low-voltage LiFePO4 battery pack
• Suitable for solar backup power and home energy storage
• Wall-mounted or floor-mounted installation design
• Built-in WiFi and Bluetooth for remote monitoring where configured
• RS485 and CAN communication support
• Built-in smart BMS, breaker and fuse protection
• Built-in fire protection system
• Maximum charge/discharge current up to 150A for short-duration conditions
• Recommended charge/discharge current up to 120A, subject to temperature and operating conditions
• Recommended charge/discharge power up to 6000W, subject to system design
• Maximum short-duration charge/discharge power up to 7500W
• Depth of discharge greater than 95% under suitable operating conditions
• Scalable expansion up to 15 units in parallel where compatible
• 7-year manufacturer warranty applies
• Professional installation, configuration and commissioning required

Scalable 48V Battery Storage

The Felicity Solar 10kWh wall mount battery can be used as a single 10kWh battery or as part of a larger battery bank where the inverter and system design support parallel expansion. This makes it a practical option for customers who want a 10kWh solar battery now with the possibility of future storage expansion.

Battery expansion must be planned correctly. The installer must confirm inverter support, battery communication, maximum supported battery quantity, cable sizing, protection equipment, firmware compatibility, charge limits, discharge limits and commissioning requirements before connecting multiple batteries.

Suitable Applications

The Felicity Solar 48V 10kWh battery is suitable for customers who need a larger low-voltage lithium battery for solar backup power and energy storage. It is commonly suited to residential solar installations and selected light commercial backup systems where the inverter, battery bank and load profile are correctly designed.

• Residential solar backup systems
• Home battery storage systems
• Solar self-consumption installations
• Office backup power systems
• Small business backup systems
• Hybrid inverter battery systems
• Essential load backup circuits
• Wall-mounted lithium battery installations
• Expandable 48V battery systems where compatible
• Backup power systems using compatible low-voltage inverters

Important Compatibility Notice

Before purchasing the Felicity Solar 10kWh battery, compatibility must be confirmed with the intended inverter brand and model. The inverter must support the required 48V battery voltage range, BMS communication protocol, firmware version, charge settings, discharge settings and battery configuration.

Battery selection should not be based on capacity alone. The full solar and backup system must be designed around the inverter, battery bank, solar array, load demand, cable sizing, protection equipment and commissioning requirements. Incorrect battery matching can cause communication faults, charging issues, reduced performance or unsafe operation.

Why Buy From JC Solar Panels?

JC Solar Panels supplies solar batteries, inverters, solar panels and installation components for customers who need practical and reliable solar backup solutions. Choosing the correct lithium battery is important because it affects backup runtime, inverter compatibility, load support and long-term system performance.

By purchasing the Felicity Solar 10kWh wall mount lithium battery from JC Solar Panels, customers can receive practical guidance on inverter compatibility, battery sizing, system planning and installation requirements before committing to a battery storage solution.

JC Solar Panels focuses on helping customers select solar products that are suitable for their energy needs, installation environment and long-term backup power requirements.

Installation and Commissioning Notice

The Felicity Solar 10kWh battery must be installed, wired, configured and commissioned by a qualified solar installer or electrician. Correct installation must include suitable battery protection, correct cable sizing, inverter settings, communication wiring, safe mounting, earthing and proper commissioning.

Final system performance will depend on inverter compatibility, load selection, battery settings, solar array size, installation quality and commissioning configuration.