Project Background

Faced with rising electricity costs and increasing demands for power supply stability in the industrial and commercial sectors, businesses urgently need economical and practical energy solutions. Dawnice's industrial and commercial energy storage system, with its stable and reliable performance, provides efficient power support to businesses, helping to optimize energy costs and ensure operational security.

Project Introduction

The Dawnice commercial and industrial energy storage system adopts a standardized modular design and is equipped with high-performance lithium iron phosphate batteries, ensuring stable operation in various industrial environments. Its simple and reliable structural design facilitates easy maintenance and maintains consistently high operating efficiency.

Through basic peak-valley electricity pricing management, the system stores electricity during off-peak hours at night and discharges it during peak daytime hours, effectively reducing enterprise electricity costs. The system supports on-demand capacity configuration, allowing for flexible adjustments to the operating plan based on enterprise production needs.

In terms of power reliability, the system has rapid switching capabilities. When grid power is interrupted, it can promptly switch to backup power, ensuring continuous power supply to critical equipment such as production lines and lighting systems. The system operates with low noise and excellent heat dissipation, making it suitable for long-term use in various production environments.

Through a simple and intuitive local monitoring interface, users can view the system's operating status, remaining power, and charge/discharge records at any time. System operating data can be exported periodically, facilitating electricity consumption analysis and cost accounting for enterprises.

User Feedback

"This energy storage system operates stably, is easy to maintain, and fully meets our basic needs. In the first month after installation, it helped us save about 35% on our electricity bills, especially during peak hours, where the system's performance was very satisfactory."