Project Background

A family in Samarkand, Uzbekistan, chose to install the Dawnice lithium iron phosphate home energy storage system to address frequent power outages and voltage instability, and in response to the government's call for clean energy adoption. The region experiences long, hot summers and high electricity demands for heating in winter, placing high demands on the energy storage system's high-temperature resistance and cycle life.

Project Introduction

This project utilizes the Dawnice residential stacked energy storage system, equipped with an intelligent battery management system featuring multiple safety mechanisms including overheat protection, overcharge and over-discharge protection. The system works in conjunction with rooftop solar panels, using a bidirectional inverter to intelligently manage the distribution of solar power generation, grid power supply, and battery energy storage.

The entire system is installed in a well-ventilated storage room within the residence, saving space and facilitating maintenance.

User Feedback

"This energy storage system operates very stably, maintaining excellent performance even in high summer temperatures. After installation, our power outage problems were completely solved, and the children's evening studies are no longer affected. Monthly electricity bills have decreased by about 50%, and government subsidies for clean energy equipment have shortened our investment payback period to 4 years." — Abdullaev, Samarkand user

Project Achievements

Household electricity self-sufficiency rate increased to 80%

Monthly electricity bills reduced by 50%

System cycle life exceeds 6000 cycles