CITIZEN ENGAGEMENT FOR ENERGY EFFICIENT COMMUNITIES

• US 20130096987A1
• Filed: 10/04/2012
• Published: 04/18/2013
• Est. Priority Date: 10/06/2011
• Status: Abandoned Application

• Current Assignee: UT-Battelle LLC
• Original Assignee: UT-Battelle LLC
• Inventors: Omitaomu, Olufemi Abayomi, Bhaduri, Budhendra Lal
• Application Number:
  US13/645,251
• Publication Number:
  US 20130096987A1
• Time in Patent Office: Days
• US Class Current: 705/7.34
• CPC Class Codes: G06Q 30/0205 Location or geographical consideration

Abstract

An analytic system includes a communication interface that connects to a client device. A front-end cluster acquires user billing and consumption data from one or more utility database machines and acquires geographic information system data. A geocoding server converts selected data rendered by the front-end cluster into geographic coordinates. The front-end cluster is configured to render comparisons of a user'"'"'s utility usage to peer group usages.

Claims

1. An analytic system comprising:

a communication interface configured to connect to a client device;

a front-end cluster comprising a group of independent network servers that acquire user billing data and consumption data from one or more utility database machines and acquires Geographic Information Systems data; and

a geocoding server configured to convert selected data rendered by the front-end cluster into geographic coordinates;

where the front-end cluster is configured to respond to a request received from the client device for a comparison of a user'"'"'s utility use to a peer group'"'"'s utility usage,

2. The analytic system of claim 1 where the client device comprises a mobile client device.

3. The analytic system of claim 1 further comprising a filter configured to strip data from the user billing data and the consumption data and convert the filtered data into a second data format.

4. The analytic system of claim 1 where the geographic coordinates comprise a longitude and a latitude.

5. The analytic system of claim 1 where the front-end cluster is configured to match geographic coordinates associated with the billing data and consumption data to property assessor data and weather data.

6. The analytic system of claim 1 where the weather data coincides with the consumption data and time and the association occurs in real-time.

7. The analytic system of claim 1 where the front-end cluster is further configured to execute a visualization service that transmits spatial relationships and spatial datasets to remote client devices.

8. The analytic system of claim 1 where the front-end cluster is configured to communicate with an intelligent meter that is configured to record a users consumption at periodic intervals and communicates the consumption data directly to the front-end cluster through a publicly accessible network and the communication interface.

9. The analytic system of claim 1 where a network server that comprises a part of the front-end cluster is configured to generate the peer group through an automated clustering of actual user consumption based on two or more attributes associated with each consumption comprising physical locations, dwelling sizes, construction characteristics, dwelling ages, and occupancy levels.

10. The analytic system of claim 1 where the front-end cluster is further configured render specific user recommendations through a mode decomposition process executed by the front-end cluster.

11. The analytic system of claim 1 where the front-end cluster is further configured to render energy usage profile displays.

12. The analytic system of claim 1 where the front-end cluster is further configured to render peer comparison displays of energy usage.

13. The analytic system of claim 1 where the front-end cluster is further configured to render a self-analysis graphic display of energy consumption patterns.

14. The analytic system of claim 13 where the displays are based on data rendered from a user drawing on a geographical map through a graphical user interface.

15. The analytic system of claim 13 where the displays are based on a blend mode that establishes how underlying data associated with the geographical map is displayed, such that the underlying data is rendered above, adjacent, or near the user'"'"'s drawing.

16. An analytic system comprising:

a communication interface configured to connect to a client device;

a front-end cluster comprising a group of independent network servers that acquire user billing and consumption data from one or more utility database machines and acquires property assessment data from a property assessor server; and

a geocoding server configured to convert selected data rendered by the front-end cluster into geographic coordinates;

where the front-end cluster is configured to respond to requests originating from the client device for a comparison of a user'"'"'s utility use to a peer group'"'"'s use.

17. The analytic system of claim 16 where the front-end cluster is further configured to render energy usage profile displays.

18. The analytic system of claim 17 where the front-end cluster is further configured to render peer comparison displays of energy usage.

19. The analytic system of claim 17 where the front-end cluster Is further configured to render a self-analysis graphic display of energy consumption patterns.

20. The analytic system of claim 17 where the displays are based on data rendered from a user drawing on a geographical map through a graphical user interface.