Application
Grid-tied + Storage, Residential Backup Power
Parameter
10kW PV panels, 5kW output power, 10kWh storage capacity, 11kW SMK inverter
Equipment
wall-mounted energy storage batteries, inverter, intelligent Battery Management System (BMS)
Address
Pakistan

This project is located in the Islamabad region of Pakistan and is designed to power single-family homes. Due to the low grid coverage in Pakistan, many households frequently experience power outages. SolarEast Group’s 5kW/10kWh home energy storage system is tailored for daily household electricity needs, automatically switching to backup power during grid outages to ensure basic power requirements remain unaffected. With a compact and easy-to-install structure, the system is suitable for indoor or outdoor environments, providing an efficient and reliable power solution for households and significantly improving the quality of life.
Project Details
Installed Capacity:
5kW output power, 10kWh storage capacity
Main Equipment:
wall-mounted energy storage batteries, 11kW SMK inverter, intelligent Battery Management System (BMS), 10kW PV panels, 5kW output power, 10kWh storage capacity
Project Advantages
Modular Design:
The stackable battery system allows for easy expansion by stacking multiple storage units to increase capacity.
Efficient Power Autonomy:
The system can automatically switch to backup mode during outages, ensuring the continuous operation of essential household devices, making it ideal for areas with unstable power supply.
Energy-Saving and Environmentally Friendly:
Supports clean energy storage, providing a green energy solution for users and aligning with local green energy transition policies.
Related Solutions
Utility-Scale
+ -Empower the grid with SolarEast. We provide high-efficiency ranging from 1.2MWh to 5MWh+.
Commercial & Industrial
+ -Sub-headline: Empower your business with SolarEast
Residential Energy Storage System
+ -SolarEast designed for homes, villas, sunrooms, and communities, stores solar energy to reduce power bills and ensure reliable day-and-night energy use.