Due to the different projects need different solutions for the cctv system, so the key question is how to calculate the standby time of the CCTV system.
There are two main factors need to consider in this CCTV system.
How much max power needed in this whole system？
What is the approximate capacity of the battery?
For example;
The power of our camera is 10W, which needs to be standby for 2 days. One day is 24 hours, and two days is 48 hours. 48*10=480W, so the total power is 480W.
The voltage of the battery is 12V, 480÷12=40, so we need 40AH battery, then how much solar panel need 40AH battery 7 hours a day.
40AH÷7H=5.7A, calculate the current into the solar panel needs 5.7A A day to fill the battery
The voltage of the solar panel is 18V
5.7A*18V =102.6W solar panels,
So the result: 40AH battery +100W solar panel.
Calculation formula: working hours * camera power ÷ battery voltage = battery capacity ÷ sunshine time * solar panel voltage = solar panel power.
Our mobile solar cctv system has been exported to European and American markets for many years. This year, we have completed the project of Qatar World Cup. Therefore, we have more than ten years of mature project experience, which is why we have been focusing on this industry.
Our company has a strong alliance with HiKvision, the leader in the camera industry, because our products are excellent both in quality and after sales. At the same time, it is also the fulfillment of our company's mission to protect the environment and save resources and work hard.
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