Automatic Far-UV environmental sanitization

A non-transitory computer readable medium comprising instructions which, when executed by a computer, cause the computer to:

• receive environmental dimension information associated with an environment;
• receive environmental expected usage information associated with the environment;
• receive light source specification information associated with a light source operable to generate Far-UV light within the environment;
• receive regulatory compliance information associated with the environment;
• automatically determine light activation settings for activating the light source based on the environmental dimension information, the environmental expected usage information, the light source specification information, and the regulatory compliance information;
• receive occupancy sensor data associated with the environment;
• determine that the environment is not occupied based on the received occupancy sensor data;
• and
• automatically activate the light source based on the determined light activation settings in response to determining that the environment is not occupied.

A system for automatically sanitizing a space, the system comprising:

• a light source operable to generate Far-UV light within an environment;
• an occupancy sensor operable to determine occupancy of the environment;
• a controller coupled to the occupancy sensor and the light source to control operation of the light source, the controller programmed to:
• receive environmental dimension information associated with the environment;
• receive environmental expected usage information associated with the environment;
• receive light source specification information associated with the light source;
• receive regulatory compliance information associated with the environment;
• and
• automatically determine light activation settings for activating the light source based on the environmental dimension information, the environmental expected usage information, the light source specification information, and the regulatory compliance information;
• receive occupancy sensor data associated with the environment from the occupancy sensor;
• determine that the environment is not occupied based on the received occupancy sensor data;
• and
• automatically activate the light source based on the determined light activation settings in response to determining that the environment is not occupied.