Systems and methods for conserving guest room resources and utilities using internet of things devices

1. A method of reducing energy consumption in a hotel room, comprising the steps of:

configuring a control module disposed within the hotel room to wirelessly communicate with:

i) one of a remote thermostat module disposed within the room and configured to communicate wirelessly to an HVAC relay, and a thermostat located within the hotel room; and

ii) a mobile app operating on a mobile device carried by the guest;

using the mobile app, obtaining consent from the guest to track the guest's location;

using the mobile app, setting the thermostat to a first temperature value in response to determining that the guest has left the hotel room;

using the mobile app, maintaining the thermostat at the first temperature value for so long as the guest is at least a predetermined distance away from the hotel room; and

using the mobile app, setting the thermostat to a second temperature value in response to determining that the guest is traveling back to the hotel room.

2. The method of claim 1 , wherein determining that the guest has left the hotel room comprises at least one of location tracking and motion sensing.

3. The method of claim 2 , wherein the mobile device includes a native GPS module, and the mobile app is configured to access the GPS module to retrieve location data.

4. The method of claim 3 , further comprising:

disposing a remote thermostat proximate the guest bed or central location; and

prompting the guest to adjust the room temperature using the remote thermostat.

5. A remote thermostatic control system comprising:

a packaged terminal air conditioner unit configured to selectively heat and cool a room;

a wall mounted relay configured to control a temperature setting associated with the packaged terminal air conditioner unit;

an in-room internet-of-things (IOT) module comprising a thermostat controller operable by a user to wirelessly control temperature setting of the wall mounted rely;

a mobile app running on a hand held mobile device, the mobile app configured to communicate with the thermostat controller to thereby control the temperature of the room, the mobile app being configured to define a user profile comprising temperature preferences, and to selectively download the user profile to the IOT module;

an enterprise server including an application programming interface (API) configured to communicate with the IOT module, the enterprise server being configured to receive the user profile and location tracking data from the mobile app, and to cause the IOT module to adjust the temperature of the room based on the location tracking data and the user profile;

wherein:

the user profile comprises a desired temperature value; and

the enterprise server is configured to cause the IOT module to adjust the thermostat controller to the desired temperature value in response to a determination that the user is approaching the at least one room based on the location tracking data.

6. The system of claim 5 , wherein the determination that the user is approaching the at least one room comprises detecting when the user breaches a first predetermined geo-fence boundary.

7. The system of claim 6 , wherein:

the mobile app is configured to communicate with the IOT module when the user mobile device is proximate the at least one room; and

the mobile app is configured to communicate with the API of the enterprise server when the user mobile device is remote from the at least one room.

8. The system according to claim 7 , wherein the mobile app is configured to automatically download the user profile to the IOT module upon a pairing of the user mobile device to the IOT module.

9. The system according to claim 8 , further comprising a sensor configured to track the guest's mobile device and provide the location tracking data to the enterprise server, to thereby actuate the door lock when the guest's mobile device is proximate the sensor and an enabling code is entered into the mobile app.

10. The system according to claim 5 , wherein the IOT module is further configured to control at least one other peripheral network device in the room, the device selected from: lights, a television, a wifi router, a radio, a telephone, motorized window shades, a water meter, a door lock, and an embedded building infrastructure sensor.

11. A remote thermostatic control system comprising:

a packaged terminal air conditioner unit configured to selectively heat and cool a room;

a wall mounted relay configured to control a temperature setting associated with the packaged terminal air conditioner unit;

an in-room internet-of-things (IOT) module comprising a thermostat controller operable by a user to wirelessly control temperature setting of the wall mounted relay; and

a mobile app running on a hand held mobile device, the mobile app configured to communicate with the thermostat controller to thereby control the temperature of the room;

wherein:

the mobile app is configured to define a user profile comprising temperature preferences, and to selectively download the user profile to the IOT module; and

the guest's profile data includes user defines preferences for temperature, lighting, window shade position, and entertainment.

12. The system according to claim 11 , wherein the IOT network control module is configured to receive the location tracking data from the enterprise server and adjust one or more environmental factors in the hotel room to conform to the guest's profile.

13. A method of reducing energy consumption in a hotel room, comprising the steps of:

providing a thermostat control module disposed within the hotel room and configured to wirelessly communicate with an HVAC relay, and a thermostat located within the hotel room;

providing a mobile app comprising a thermostat controller configured to communicate with the thermostat control module, the mobile app is configured to operate on a mobile device carried by a guest;

using the mobile app, obtaining consent from the guest to track the guest's location from the mobile device;

setting the thermostat controller to a first temperature value in response to determining that the guest has left the hotel room;

maintaining the hotel room at the first temperature value for so long as the guest is at least a predetermined distance away from the hotel room;

setting the thermostat controller to a second temperature value in response to determining that the guest is traveling back to the hotel room; and

maintaining the hotel room at the second temperature value while the guest is traveling back to the hotel room.

14. The method according to claim 13 , wherein the mobile device includes a native GPS module, and the mobile app is configured to access the native GPS module to retrieve a guest's location data.

15. The method according to claim 14 , wherein the determining that the guest has left the hotel room is based on the guest's location data.

16. The method according to claim 14 , wherein the determining that the guest is traveling back to the hotel room is based on the guest's location data.

17. The method according to claim 14 , further comprising:

using machine learning to learn guest habits, routines and preferences; and

algorithmically preparing the hotel room to a predetermined temperature and entertainment configuration, and prestocking the hotel room with predetermined food and beverages based on the machine learning.