Granted Patent B2

US 12,392,518 · App. 18/413,806 · Granted Aug 19, 2025

Inventors: Babak Haghayeghi (Belmont, LA); Kevin Sweeney (Methuen, MA); Shawn Lambert (Salem, NH); David Keefer (Willshire, OH); David Shike (Rockton, IL)

Assignee: Schneider Electric Buildings Americas, Inc.

F24F11/58F24F11/526F24F11/74F24F11/86

Abstract

Claims (59)

1. An intelligent control system for building automation controllers, the intelligent control system comprising:

a control node configured to control one or more building automation controllers; and

at least a first network node coupled to communicate with the control node, the first network node having a commissioning tool thereon, the commissioning tool configured to:

retrieve, via a user interface at the at least a first network node, objects configured at the control node, each object defining one or more configuration parameters for at least one of the building automation controllers;

configure at least one building automation controller with the one or more configuration parameters using at least one of the retrieved objects; and

report configuration of the at least one building automation controller at the control node;

wherein the control node is a building management system (BMS) server operable to control the one or more building automation controllers; and

wherein the at least one building automation controller includes at least one of the following: a VAV controller, a fan coil controller, and a heat pump controller.

2. The intelligent control system of claim 1 , wherein the at least a first network node is a handheld mobile device configured to use the retrieved objects to configure the at least one building automation controller.

3. The intelligent control system of claim 2 , wherein the commissioning tool uses a workflow to configure the at least one building automation controller, the workflow being based on the retrieved objects.

4. The intelligent control system of claim 3 , wherein the workflow includes one of the following: an airflow balancing workflow, an I/O checkout workflow, and an object browsing and editing workflow.

5. The intelligent control system of claim 1 , further comprising a room sensor configured to monitor a room climate and coupled to communicate with the at least one building automation controller, the room sensor further configured to receive a wireless adapter therein that allows the room sensor to communicate with the at least a first network node.

6. A method for intelligent commissioning of one or more building automation controllers, the method comprising:

receiving a request for approval of a selected user persona from a commissioning personnel via a first network node of the commissioning personnel, the user persona being selected by the commissioning personnel from among several user personas, each user persona associated with a separate commissioning activity for the one or more building automation controllers;

receiving a request from the commissioning personnel via the first network node to activate the selected user persona at the first network node;

issuing an activation code from a control node to the first network node for activating the selected user persona;

detecting, at the first network node, at least one building automation controller;

configuring, by the commissioning personnel via the first network node, the at least one building automation controller using the selected user persona;

validating, at the first network node, the configuring of the at least one building automation controller; and

reporting, via the first network node, validation of the configuring to the control node;

wherein the control node is a building management system (BMS) server operable to control the one or more building automation controllers.

7. The method of claim 6 , wherein configuring the at least one building automation controller comprises retrieving, at the first network node, objects configured at the control node, the objects being authorized to be retrieved using the selected user persona.

8. The method of claim 6 , wherein the selected user persona includes one of the following: a technician, a flow balancer, and an electrician.

9. The method of claim 6 , further comprising reporting at the control node via the first network node that the selected user persona has been activated at the first network node.

10. The method of claim 6 , wherein receiving the request to activate a selected user persona comprises receiving the request at an activation portal.

11. The method of claim 6 , further comprising issuing training materials to the first network along with the activation code, the training material geared specifically for the selected user persona.

12. A method for configuring one or more building automation controllers, the method comprising:

receiving a request for approval of a user persona from a user via a voice-enabled commissioning tool installed on a computing device of the user, the user persona being selected by the user from among several user personas, each user persona associated with a separate commissioning activity for the one or more building automation controllers;

receiving a request from the user via the voice-enabled commissioning tool to activate the selected user persona at the voice-enabled commissioning tool;

issuing an activation code to the voice-enabled commissioning tool for activating the selected user persona;

establishing a connection between the voice-enabled commissioning tool and at least one building automation controller, the voice-enabled commissioning tool operable to configure the at least one building automation controller via user voice instructions;

retrieving, via a user interface at the voice-enabled commissioning tool, objects defining one or more configuration parameters for the at least one building automation controller;

configuring the at least one building automation controller with the one or more configuration parameters using at least one of the retrieved objects, wherein the configuring comprises:

detecting the at least one building automation controller using the voice-enabled commissioning tool;

providing voice instructions from the commissioning tool to the user via the computing device for configuring the at least one building automation controller on the voice-enabled commissioning tool, wherein the voice instructions are based on the type of the at least one building automation controller;

measuring one or more parameters associated with the at least one building automation controller using at least one sensor device based on the provided instructions;

determining, on the voice-enabled commissioning tool, if the one or more measured parameters are acceptable; and

in response to determining that at least one of the one or more measured parameters is not acceptable, adjusting the at least one building automation controller using the voice-enabled commissioning tool.

13. The method of claim 12 , further comprising

measuring the one or more parameters;

communicating the one or more measured parameters to the voice-enabled commissioning tool; and

adjusting the at least one building automation controller based on the one or more measured parameters until it is determined that the one or more measured parameters are acceptable.

14. The method of claim 13 , wherein communicating the one or more measured parameters to the voice-enabled commissioning tool includes audibly communicating the one or more measured parameters to the voice-enabled commissioning tool.

15. The method of claim 12 , wherein determining if the one or more measured parameters are acceptable includes:

comparing the one or more measured parameters to respective configuration values; and

determining if the one or more measured parameters are within a predetermined range of the respective configuration values.

16. The method of claim 12 , wherein the instructions are stored on a memory device associated with the voice-enabled commissioning tool, and the instructions include stored configuration data.

17. The method of claim 12 , wherein the at least one building automation controller is one of a fan coil controller, a heat pump controller and a VAV box controller, further comprising customizing the instructions to use voice commands that are specific to the fan coil controller, the heat pump controller or the VAV box controller.

18. The method of claim 12 , wherein the instructions comprise a predefined set of voice prompts, further comprising creating a personalize set of voice prompts and replacing the predefined set of voice prompts with the personalized set of voice prompts.

19. The method of claim 12 , further comprising fixedly securing the sensor in place over an air vent, wherein the measuring of one or more parameters is performed automatically without human intervention.

20. A system for intelligent commissioning of one or more building automation controllers, the system comprising:

a first network node; and

a control node configured to:

receive a request for approval of a selected user persona from a commissioning personnel via the first network node, the user persona being selected by the commissioning personnel from among several user personas, each user persona associated with a separate commissioning activity for the one or more building automation controllers;

receive a request from the commissioning personnel via the first network node to activate the selected user persona at the first network node;

issue an activation code to the first network node for activating the selected user persona;

wherein the first network node is configured to detect at least one building automation controller and allow the commissioning personnel to configure the at least one building automation controller using the selected user persona via the first network node;

wherein the first network node is further configured to validate the configuring of the at least one building automation controller and to report the validation to the control node; and

wherein the control node is a building management system (BMS) server operable to control the one or more building automation controllers.

Assignments (2)

Continuity (3)

References Cited (37)