Systems and methods for implementing automated confirmation of completion of repair services on environmental control systems in monitored buildings

• US 9,910,416 B2
• Filed: 05/27/2015
• Issued: 03/06/2018
• Est. Priority Date: 03/07/2014
• Status: Active Grant

• Current Assignee: Lars Energy LLC.
• Original Assignee: Lars Energy LLC.
• Inventors: Roy, Randel E.
• Primary Examiner(s): Hartman, Jr., Ronald
• Application Number:
  US14/723,452
• Publication Number:
  US 20150261229A1
• Time in Patent Office: 1,014 Days
• Field of Search: None
• CPC Class Codes: G05B 15/02 electric
• CPC Class Codes: G05D 23/1917 using digital means

Abstract

A system and method are provided for implementing an automated scheme for consistently confirming completion of repair and post-repair operating parameters for a heating, ventilation and air conditioning (HVAC) system to improve consistency of diagnostic analyzes, services provided by available or pre-selected HVAC repair facilities or contractors and confirmation of repair services performed by those HVAC repair facilities or contractors. A system-based automated solution is provided for confirmation of completion and efficacy of repairs in HVAC systems. HVAC system and component operations are confirmed to be within specified ranges. System operations are quantitatively assessed in real time and in comparison with an earlier assessment that caused the system repairs to be effected and with available historical data regarding system performance to determine whether the repairs (1) were successfully completed in the manner required, and/or (2) otherwise induced some additional anomalies or difficulties in the HVAC system that should be addressed.

Claims

1. A servicing confirmation system, comprising:

a climate control monitoring device that communicates with a plurality of sensors positioned to sense environmental parameters of at least one of a climate control system, climate control ducting and a building supported by the climate control system;

a data storage device;

an analysis device that is configured to

receive data from the climate control monitoring device;

store first data in the data storage device, the first data being associated with a pre-servicing operating condition of the climate control system;

analyze second data to determine a post-servicing operating status of the climate control system;

compare a result of the analysis to at least one of (1) the stored first data and (2) a set of specified operating conditions for the climate control system;

generate an alert to a user based on the analysis, the alert indicating to the user at least one of (1) an ineffectiveness of the servicing and (2) a recommendation not to pay a provider of the servicing; and

generate an output of the analysis and comparison as an evaluation report regarding system servicing; and

an output device that displays the evaluation report to the user.

2. The service confirmation system of claim 1, further comprising a user interface by which the user enters further actions to be taken in view of the evaluation report.

3. The service confirmation system of claim 1, the analysis device being further configured to

calculate a pre-servicing efficiency parameter for the climate control system based on the first data;

calculate a post-servicing efficiency parameter for the climate control system based on the second data;

compare the pre-servicing efficiency parameter and the post-servicing efficiency parameter; and

generate an output of the calculation and comparison as the evaluation report regarding system servicing.

4. The service confirmation system of claim 3, the analysis device being further configured to calculate an efficiency parameter for the climate control system by

determining a rate of electrical consumption of the climate control system as energy into the climate control system;

determining a change in temperature between return air recovered from the structure and supply air provided to the structure after being conditioned by the climate control system as energy out of the climate control system; and

expressing the efficiency of the climate control system as a ratio of the energy into the climate control system and the energy out of the climate control system.

5. The service confirmation system of claim 1, the analysis device being further configured to reference stored additional historical operating data for the climate control system in the comparing the result of the analysis to the stored first data.

6. The service confirmation system of claim 1, the analysis device being further configured to generate a list of additional servicing requirements based on the analysis and comparison.

7. A method for confirming servicing, comprising:

monitoring a plurality of sensors positioned to sense environmental parameters of at least one of a climate control system, climate control ducting and a building supported by the climate control system with a climate control monitoring device;

receiving, with an analyzing device, data from the climate control monitoring device;

storing first data in a data storage device, the first data being a portion of the data received from the climate control monitoring device associated with a pre-servicing operating condition of the climate control system;

analyzing, with the analyzing device, second data to determine a post-servicing operating condition of the climate control system;

comparing, with the analyzing device, a result of the analysis to at least one of (1) the stored first data and (2) a set of specified operating conditions for the climate control system;

generating, with the analyzing device, an alert to a user based on the analysis, the alert indicating to the user at least one of (1) an ineffectiveness of the servicing and (2) a recommendation not to pay a provider of the servicing;

generating, with the analyzing device, an output of the analysis and comparison as an evaluation report regarding system servicing; and

displaying the evaluation report to the user.

8. The method of claim 7, further comprising receiving, with the analyzing device, a user input regarding further actions to be taken in view of the evaluation report.

9. The method of claim 7, further comprising:

calculating, with the analyzing device, a pre-servicing efficiency parameter for the climate control system based on the first data;

calculating, with the analyzing device, a post-servicing efficiency parameter for the climate control system based on the second data;

comparing, with the analyzing device, the pre-servicing efficiency parameter and the post-servicing efficiency parameter; and

generating, with the analyzing device, an output of the calculation and comparison as the evaluation report regarding system servicing.

10. The method of claim 9, the analyzing device calculating an efficiency parameter for the climate control system by

determining a rate of electrical consumption of the climate control system as energy into the climate control system;

determining a change in temperature between return air recovered from the structure and supply air provided to the structure after being conditioned by the climate control system as energy out of the climate control system; and

expressing the efficiency of the climate control system as a ratio of the energy into the climate control system and the energy out of the climate control system.

11. The method of claim 7, the analyzing device referencing stored additional historical operating data for the climate control system in the comparing the result of the analysis to the stored first data.

12. The method of claim 7, the analyzing device generating a list of additional servicing requirements based on the analysis and comparison.

13. A non-transitory data storage medium storing instructions that, when executed by a processor, cause the processor to execute steps of a method for confirming servicing, the method comprising:

monitoring a plurality of sensors positioned to sense environmental parameters of at least one of a climate control system, climate control ducting and a building supported by the climate control system;

receiving data from the climate control monitoring device;

storing first data in a data storage device, the first data being a portion of the data associated with a pre-servicing operating condition of the climate control system;

analyzing second data to determine a post-servicing operating condition of the climate control system;

comparing a result of the analysis to at least one of (1) the stored first data and (2) a set of specified operating conditions for the climate control system;

generating an alert to a user based on the analysis, the alert indicating to the user at least one of (1) an ineffectiveness of the servicing and (2) a recommendation not to pay a provider of the servicing;

generating an output of the analysis and comparison as an evaluation report regarding system servicing; and

displaying the evaluation report to the user.

14. The non-transitory data storage medium of claim 13, the method further comprising:

calculating a pre-servicing efficiency parameter for the climate control system based on the first data;

calculating a post-servicing efficiency parameter for the climate control system based on the second data;

comparing the pre-servicing efficiency parameter and the post-servicing efficiency parameter; and

generating an output of the calculation and comparison as the evaluation report regarding system servicing.

15. The non-transitory data storage medium of claim 14, the calculating an efficiency parameter for the climate control system comprising

determining a rate of electrical consumption of the climate control system as energy into the climate control system;

determining a change in temperature between return air recovered from the structure and supply air provided to the structure after being conditioned by the climate control system as energy out of the climate control system; and

expressing the efficiency of the climate control system as a ratio of the energy into the climate control system and the energy out of the climate control system.