In April 2022, the Guichuan Railway adopted the SQT-40W/38AH Low-Power Solar Power System to provide stable, reliable off-grid power for its rail break monitoring equipment. Targeting monitoring points along the railway without grid access, 1,368 power supply systems were deployed together with rail break sensors to enable 24/7 continuous track monitoring, reducing manual inspection frequency and improving railway operation safety.
In January 2023, the outdoor parking lot monitoring system at Suzhou Industrial Park adopted the SQT-30W/20AH Low-Power Solar Power System to supply independent off-grid power for surveillance cameras. More than 30 systems were deployed across the park's main parking areas, eliminating the need for grid cable installation, significantly reducing construction cost and lead time, and enabling rapid deployment and flexible expansion of the parking monitoring system.
Since 2023, a leading shipping company has purchased the SQT-1.3W/10AH Tracker Power System in bulk for its global container tracking devices, with an average monthly shipment of 6,000 units. Purpose-built for container logistics, the system features ultra-low power consumption, lightweight construction and maintenance-free operation, delivering continuous power for months during cross-ocean transport and greatly enhancing end-to-end container visibility.
In 2024, a forest fire prevention project adopted a 60Wp solar module with a 38Ah 12V lead-acid battery off-grid power system, delivering stable off-grid power to forest fire monitoring PTZ cameras, ensuring round-the-clock operation of early-warning equipment and reducing manual patrol pressure.
Since 2017, a New Zealand livestock farming project has used 0.8W 6V solar panels with 5,000mAh batteries to power livestock GPS trackers. The ultra-low-power, lightweight and durable system meets real-time positioning and tracking needs for free-range livestock across vast pastures, improving herd management efficiency and reducing the risk of livestock loss.
In 2024, an agricultural irrigation project adopted a dual 150Wp solar panel system with a 120Ah 12V battery to provide stable off-grid power for irrigation valve controllers. The dual panels ensure continuous charging on cloudy days, while the 120Ah battery covers night-time and consecutive overcast conditions, enabling fully automated irrigation and significantly reducing manual operation costs.

