CameraCharge the treasureThe length of power supply can vary depending on a number of factors。
Usually, the cameraPowerSize is the key factor. Different types of cameras have different power, high relative powerPower consumptionQuick, low power is slow. For example, small low-capacity cameras may consume just a few millimetres per hour, while complex, high-level cameras may consume tens of milli an hour or more. It is also important to have the capacity of chargeable treasures, which are common in 5000mah, 10,000mah, 20,000mah, etc. For example, if the camera consumes 10 mah per hour, it is theoretically able to supply about 1,000 hours, but the actual charge is not 100 per cent of its own conversion efficiency, with some loss, so the actual supply time is slightly shorter than the theoretical value. In addition, there are differences in the use of electricity by cameras under different working patterns, such as continuous high-resolution video and on-call power consumption。
1. Camera power: the power of a camera varies from one camera to another, with small, low-utility energy consumption likely to be only a few millimetres per hour, to a complex, high-resolution, hourly power consumption likely to be tens of millimetres or higher. This directly determines the length of its electricity supply under the same recharge capacity. The power is high and the power is low。
Charging capacity: common recharge capacity is 5000 mah, 10,000 mah, 2000mah, etc. The larger the capacity, the longer it is theoretically able to power the camera. For example, 10 000 mah charged treasures, if the camera consumes 10 mah per hour, theoretically powers 1,000 hours, but given that the conversion efficiency of the recharge is not 100 per cent, the actual supply time is slightly shorter。
3. Working pattern: cameras consume different types of electricity under different working patterns. Continued high-resolution video consumption is high and low on standby. So even the same cameras and chargers, the length of the electricity supply varies significantly under different working patterns。
