Wireless automatic temperature control of radiator heating

A method of environmental control in individual spaces of a building, the method comprising:

• receiving a first temperature data from one or more temperature sensors located in a space, the space including at least one radiator coupled to a central heating source;
• receiving a different second temperature data from one or more radiator temperature sensors couple to at least one radiator;
• adjusting an actuator by having at least one controller execute computer readable instructions to output a signal to the actuator based on the first temperature data being below a first threshold point, the actuator and the at least one controller being coupled to a cover surrounding the at least one radiator;
• and
• transmitting a first information to a remote server configured to control the central heating source, the first information corresponding to the first temperature data received from the one or more temperature sensors;
• wherein the adjusting of the actuator corresponds to moving a vent from a first position to a different second position upon receiving the signal, the first position corresponding to the vent being closed, and the second position corresponding to the vent being open.

A method of controlling environmental conditions in individual spaces of a building, the method comprising:

• receiving ambient temperature data from one or more ambient temperature sensors located in a plurality of the individual spaces of the building;
• receiving radiator temperature data from one or more radiator temperature sensors located proximate to a radiator in each of the plurality of the individual spaces;
• receiving a vent open or closed status indication, the vent formed in the radiator cover enclosing the radiator in each of the plurality of the individual spaces;
• and
• adjust the vent by having at least one controller execute computer readable instructions to output a signal to an actuator based on the ambient temperature data being below a first threshold point, the actuator configured to control configuration of the vent between open and close, and vent status received from each of the individual spaces of the building.

A method of environmental control in individual spaces of a building, the method comprising:

• receiving temperature data from one or more temperature sensors located in a space, the space including at least one radiator coupled to a central heating source;
• adjusting a vent actuator coupled to an insulating cover surrounding the at least one stream radiator in response to changes in temperature data received from the one or more temperature sensors, the adjusting of the vent actuator by having at least one controller execute computer readable instructions to the vent actuator based on the temperature data being below a first threshold point;
• adjusting a fan coupled to the vent in response to changes in temperature data received from the one or more temperature sensors;
• and transmitting temperature information to a server configured to control the central heating source;
• wherein the vent actuator is opened when the temperature data indicates that the space has an ambient temperature below the first threshold point, and the vent actuator is closed when the temperature data indicates that the ambient temperature of the space is above the set point.

A temperature control apparatus comprising:

• a cover, including a high thermal resistance insulating material, sized to cover and surround a steam radiator and an adjustable vent;
• a fan disposed inside the cover and configured to blow air to a space outside the apparatus;
• one or more temperature sensors disposed inside or outside the cover;
• and
• at least one controller operatively engaged to the fan and the adjustable vent, in communication with the one or more temperature sensors, the controller being configured to execute computer readable instructions to operate the fan and actuate open and closing of the adjustable vent based on the one or more sensors determining a set point temperature.