Project Background

In today's era of energy transition and the integration of smart homes, home energy management has entered a new phase of "self-generation and self-consumption, with surplus energy stored." Dawnice's next-generation residential energy storage system was developed to address this need, providing modern families with a smart, energy-efficient, and safe energy solution through a perfect combination of technological innovation and user experience.

Project Introduction

The Dawnice household energy storage system utilizes next-generation lithium iron phosphate (LFP) battery cells, increasing energy density by 15% and reducing volume by 20%, allowing for flexible installation in various indoor and outdoor spaces. Its innovative modular design supports on-demand expansion, meeting the electricity needs of families at different stages and achieving a "phased investment, continuous upgrade" energy experience.

The system is equipped with intelligent learning algorithms that automatically analyze household electricity usage habits and accurately predict electricity demand. It intelligently charges during off-peak hours and prioritizes the use of stored energy during peak hours, working in conjunction with the photovoltaic system to achieve optimal energy allocation, maximizing the value of every unit of electricity.

In the event of grid anomalies, the system achieves seamless switching within 10 milliseconds, ensuring continuous power supply to critical loads. Its unique intelligent temperature control system and three-level safety protection mechanism ensure stable operation of the equipment in environments ranging from -20℃ to 50℃, providing greater peace of mind for household electricity use.

Through the Dawnice smart energy management platform, users can monitor their household energy efficiency data in real time.

User Feedback

"There have been a lot of extreme weather lately, but our electricity supply has remained stable. Our neighbors are all envious of our ability to be 'self-sufficient in electricity'."