The Ring Floodlight Camera is a popular choice for outdoor security, providing both motion-activated lighting and a built-in camera to monitor your property. When it comes to electricity usage, it’s important to consider both the standby mode and the active modes of the camera.
In standby mode, the Ring Floodlight Camera consumes a relatively low amount of electricity. Based on Ring’s specifications, the camera uses less than 2 Watts when it is idle or in standby mode. This means that when there is no motion detected and the camera is not actively recording or streaming, it consumes minimal power.
However, when the camera is engaged and actively capturing footage, the power consumption increases. With the lights and camera engaged, the Ring Floodlight Camera consumes about 25 Watts. This higher power usage is due to the activation of the bright floodlights and the increased processing required for video recording and streaming.
It’s worth noting that the power consumption may vary slightly depending on specific settings and usage patterns. For example, if you have the motion sensitivity set to a higher level or if the camera is frequently triggered, it may consume more power over time.
Additionally, if the camera is operating in night vision mode, the power consumption may be slightly lower compared to when the floodlights are activated. Night vision typically requires less power as it utilizes infrared technology to capture footage in low light conditions. In this case, the power usage of the camera may be around 4 to 5 Watts.
It’s important to consider the overall energy usage of the Ring Floodlight Camera in the context of your overall energy consumption. While the camera does consume electricity, it is relatively efficient compared to other household appliances and devices. However, if you are concerned about energy usage, you can always consider optimizing the camera’s settings to reduce unnecessary activations or adjust the motion sensitivity levels.
The Ring Floodlight Camera uses less than 2 Watts in standby mode, about 25 Watts when the lights and camera are engaged, and around 4 to 5 Watts when utilizing night vision. These power consumption figures can give you a rough idea of the energy usage of the camera and help you make informed decisions about its installation and usage.