Space-Saving 10kWh Wall-Mounted Battery with Growatt Inverter

Project Overview

• Location: Nigeria
• Application: Residential Solar Battery Backup for Medium-Sized Homes
• System Configuration: 10kWh Wall-Mounted LiFePO4 Battery + Growatt Hybrid Inverter

Project Background

As urban households in Nigeria continue facing unstable electricity supply and increasing fuel costs, compact residential solar battery storage systems are becoming a preferred backup power solution.

This project showcases a clean and space-saving home ESS installation at a family residence in Gwarinpa Estate, Abuja. The homeowner required a modern solar and battery storage system that could provide reliable backup electricity while maintaining a neat indoor installation environment.

To meet these requirements, the project adopted a GSL Energy 10kWh wall-mounted LiFePO4 battery integrated with a Growatt hybrid inverter.

System Highlights

Space-Saving Wall-Mounted Design

The slim vertical battery structure was installed directly against the wall, helping maximize indoor space while maintaining a clean residential layout.

Intelligent Hybrid Energy Storage

The Growatt hybrid inverter efficiently manages solar charging, battery storage, and utility power switching for stable household energy usage.

Smart Residential Backup Power

During grid outages, the 10kWh battery system automatically powers essential home appliances including:Refrigerators,Lighting,Fans, TVs ,Internet equipment

Clean & Quiet Energy Solution

Compared with traditional generators, the lithium battery storage system delivers silent operation without fuel consumption or emissions.

Installation & Commissioning Process

1. Wall Structure Inspection

The installation team evaluated the wall strength and ventilation conditions before mounting the ESS equipment.

2. Battery Mounting

The 10kWh wall-mounted lithium battery was securely fixed against the wall to preserve indoor walkway space.

3. Growatt Inverter Integration

The Growatt hybrid inverter and smart control components were installed above the battery system to optimize cable management and installation efficiency.

4. Distribution Board Wiring

DC breakers, AC protection devices, and automatic transfer components were integrated into the centralized wall-mounted control panel.

5. Smart BMS Configuration

Communication between the battery BMS and the inverter was calibrated to enable intelligent charging control and real-time monitoring.

Key Advantages

• Compact home ESS installation
• Clean wall-mounted battery design
• Stable residential backup power
• Reduced generator dependence
• Smart energy monitoring
• Efficient solar self-consumption

Ideal Residential Applications

Suitable for:

• Apartments
• Urban family homes
• Duplex houses
• Smart residential buildings
• Indoor solar backup systems

Conclusion

This Abuja residential ESS project demonstrates how a compact wall-mounted lithium battery combined with a Growatt hybrid inverter can provide efficient, modern, and reliable home solar energy storage for urban households in Nigeria.

 More Nigerian energy storage solutions:Nigeria Solar Battery Storage Solutions