Project Background

In Texas, USA, farmer Miller and his family have long suffered from fluctuating electricity prices and an unstable power grid. Electricity bills surge during peak summer months, while frequent power outages due to heavy snow in winter severely impact the operation of their livestock temperature control system and irrigation equipment. To ensure the continuity of farm operations, Miller chose the Dawnice residential lithium-ion battery storage system, achieving both energy independence and cost control.

Project Introduction

Dawnice customized a residential energy storage system for the farm, which works in conjunction with the farm's existing solar panels. The system features a high-temperature resistant and dustproof design, adaptable to the Texas outdoor environment, and is installed in a small storage room next to the farm's warehouse, without occupying production space.

The system charges during off-peak hours at night and powers farm facilities during peak daytime hours, effectively avoiding peak electricity prices. In the event of a grid outage, the system automatically switches to off-grid mode, prioritizing power supply to incubators, ventilation equipment, and basic lighting. Its modular structure supports future expansion to meet the farm's future growth needs.

User Feedback

"Last winter, a blizzard caused the surrounding power grid to fail, but the Dawnice system provided power to the farm for more than 36 hours, saving our newly hatched chicks. Our monthly electricity bill in the summer was also about 60% lower than in previous years. This system has truly become the farm's 'power insurance'."