VIGI SP9030

VIGI Intelligent Solar Power Supply System VIGI SP9030 | 4G Cameras VIGI SP9030 | Wireless Bridge | Bullet Cameras VIGI SP9030 | Wireless Bridge | Pan Tilt Cameras Working Hours on Consecutive Rainy Days: 10.0 Days On-load Charge on Sunny Days: 1.6 Days †The data is calculated based on New York's estimated daily sunshine hours (3.72 hours) and the average energy consumption of the load equipment. It only serves as a reference for network selection. Actual data may vary due to regional disparities, seasonal climate conditions, equipment power consumption, solar panel installation angles, and other factors. For accurate information, please refer to real-world applications and conditions. ‡On-load charge days is the time it takes for the battery to charge from 0% to 100% under load. EAP115-Bridget KIT × 1 Working Hours on Consecutive Rainy Days: 2.6 Days On-load Charge on Sunny Days: 2.9 Days † The data is calculated based on New York's estimated daily sunshine hours (3.72 hours) and the average energy consumption of the load equipment. It only serves as a reference for network selection. Actual data may vary due to regional disparities, seasonal climate conditions, equipment power consumption, solar panel installation angles, and other factors. For accurate information, please refer to real-world applications and conditions. ‡ On-load charge days is the time it takes for the battery to charge from 0% to 100% under load. EAP115-Bridget KIT × 1 Working Hours on Consecutive Rainy Days: 1.7 Days On-load Charge on Sunny Days: 6.7 Days † The data is calculated based on New York's estimated daily sunshine hours (3.72 hours) and the average energy consumption of the load equipment. It only serves as a reference for network selection. Actual data may vary due to regional disparities, seasonal climate conditions, equipment power consumption, solar panel installation angles, and other factors. For accurate information, please refer to real-world applications and conditions. ‡On-load charge days is the time it takes for the battery to charge from 0% to 100% under load. Control devices centrally, monitor power statistics, get low-battery alerts, update firmware, and reboot the system via the mobile app. Enjoy peace of mind, no matter your location. The built-in smart battery supports intelligent auxiliary heating technology, which allows the battery to operate normally across a wide temperature range. Discharging Temperature VIGI Smart Battery with Intelligent Auxiliary Heating Traditional Battery without Intelligent Auxiliary Heating VIGI Smart Battery with Intelligent Auxiliary Heating Traditional Battery without Intelligent Auxiliary Heating *The auxiliary heat will only be turned on when the photovoltaic system has a certain input or the battery has a certain amount of power. The test environment consisted of a 20°C aging box and 1A constant current discharge. 21.6% Conversion Efficiency An MPPT (Maximum Power Point Tracking) controller optimizes solar panel power, reduce power losses, and increase charging efficiency by 20% compared to PWM (Pulse Width Modulation) controllers. Increases Charging Efficiency by 20%