ENERGY MONITORING DEVICE

• US 20120046890A1
• Filed: 08/17/2011
• Published: 02/23/2012
• Est. Priority Date: 08/17/2010
• Status: Abandoned Application

• Current Assignee: Adam Justin Hieb, Derek John Gable, Ricky Jeff Pennington
• Original Assignee: Adam Justin Hieb, Derek John Gable, Ricky Jeff Pennington
• Inventors: PENNINGTON, RICKY JEFF, GABLE, DEREK JOHN, HIEB, ADAM JUSTIN
• Application Number:
  US13/211,967
• Publication Number:
  US 20120046890A1
• Time in Patent Office: Days
• US Class Current: 702/61
• CPC Class Codes: G01D 2204/14 Displaying of utility usage with respect to time, e.g. for monitoring evolution of usage or with respect to weather conditions
• CPC Class Codes: G01D 4/002 Remote reading of utility meters
• CPC Class Codes: Y02B 90/20 Smart grids as enabling technology in buildings sector smart grids supporting the management or operation of end-user stationary applications in general, or like technologies with no associated climate change mitigation effect Y04S20/00
• CPC Class Codes: Y04S 20/30 Smart metering, e.g. specially adapted for remote reading

Abstract

Disclosed is an electrical monitoring device which uses a predictive algorithm for projecting a likely energy cost for an appliance. The current power usage of an attached appliance is measured, and combined with past power usages, and projected energy consumption based on usage trends is calculated, and displayed by an array of multiple LED lights, with different colors indicating different consumption ranges. Projected energy costs are calculated from information included in a cost look-up chart.

Claims

1. An energy use display device for monitoring energy consumption of an electrical appliance, comprising:

a device body comprising a housing with a front side and a back side, with protruding electrodes for insertion into a wall outlet, with said device body further comprising electrode receiving wells equivalent to a wall outlet, for electrical plug-in of an electrical appliance to be monitored;

a monitoring circuit to sense how much electricity said electrical appliance is using;

a time tracking unit to aid in energy monitoring

a memory unit to record historical energy usage;

a forecasting unit to project the monthly use of electricity of said appliance based on measured energy usage of said appliance for a period of time;

a visual display of energy use projection of said appliance, comprising a plurality of LED indicators, with each LED indicator corresponding to an amount of electricity projected to be used in a month.

2. The energy use display device of claim 1 in which said energy use projection is determined using a weighted average of historical energy usage with recent usage more heavily weighted than older energy usage.

3. The energy use display device of claim 1 in which said LED indicators are arranged in a row on said device body, with lower use indicated by fewer LED indicators being activated, and higher energy use indicated by more LED indicators being activated.

4. The energy use display device of claim 1 which further comprises a lookup table with energy rates per energy unit, for calculation is a dollar value of projected energy use based on the calculated projection of energy usage.

5. The energy use display device of claim 4 in which said lookup table is digital and internal to the device.

6. The energy use display device of claim 4 in which said lookup table is comprised of printed matter which a user may use to calculate projected energy costs based on the LEDs activated.

7. The energy use display device of claim 3 which further comprises LED indicators capable of displaying multiple colors, with said LED indicators configured to activate in one color until the LED indicator showing maximal usage is activated, then to reset to inactive and to begin activating in a next color to indicate energy usage in a second range, with multiple colors for indicating multiple ranges of energy usage.

8. The energy use display device of claim 7 in which the LED indicators for lesser usage remain activated while the currently projected usage is activated, so a whole bank of LEDs may be activated for any particular range of usage, with multiple LEDs activated simultaneously.

9. The energy use display device of claim 7 in which said LED indicators are configured for displaying three colors and to activate one at a time until all LEDs of a predetermined color are activated, with a first color indicating a first range of energy usage, a second color indicating a second and higher range of energy usage, and a third color indicating a third and higher range of energy usage.

10. The energy use display device of claim 7 which further comprises a remote monitor which a user may view at a location remote from said device.

11. The energy use display device of claim 10 which further comprises a function for viewing multiple devices from a remote location from said device.

16. The energy use display device of claim 1 in which said monitoring circuit includes a self-calibration method that uses a no load voltage measurement sample to improve the accuracy of loaded voltage measurements.

18. The energy use display device of claim 6 wherein said LED indicator lights comprise at least two colors, wherein said energy user uses the activated indicator LED lights in association with a color of said activated indicator lights to calculate said projected energy use costs.

12. A method of monitoring and displaying energy use comprising the steps of:

monitoring the power consumption of an appliance at an outlet for a selected period of time, to establish a consumption baseline, and storing said power consumption data and baseline in memory;

combining the forecast baseline with current or recent consumption by use of a forecasting algorithm to project an energy consumption forecast;

comparing the consumption forecast to said baseline that was previously captured; and

providing a visual indication representative of projected energy costs.

13. The method of claim 12 in which a visual indication is presented as to whether the consumption forecast is above, below, or on track with the baseline or a previously defined consumption target.

14. The method of claim 12 in which energy forecasts are based on a usage of energy of a period of one month.

15. The method of claim 12 which includes the step of providing visual indication in the form of a row or bar of LED indicators, including an visual indicator that indicates consumption exceeding a preselected target.

17. An energy use display device for monitoring energy consumption of an electrical appliance, comprising:

a device body comprising a housing with protruding electrodes for insertion into a wall outlet, with said device body further comprising electrode receiving wells equivalent to a wall outlet, for electrical plug-in of an electrical appliance to be monitored;

a monitoring circuit to sense how much electricity said electrical appliance is using;

a time tracking unit to aid in energy monitoring

a memory unit for storing past measurements of energy usage;

a forecasting unit to calculate and project a predicted monthly use of electricity of said appliance based on measured energy usage of said appliance for a period of time, with recent usage given more weight in said calculation;

a visual display of energy use projection of said appliance, comprising a plurality of multicolor LED indicators, with each LED indicator corresponding to an amount of electricity projected to be used in a month, and with each color indicating a different range of values, so that said LED indicators display a first color until that range is exceeded, then a second color until that range is exceeded, and a third color for a third range of values;

a multi color range indicator for indicating a different range for the LED indicators, so that when a first color is shown in the range indicator, the ranges of values for the colors of the LED indicators are at a first level, and when a second or other color is shown on the range indicator, the values represented by the LED indicators are a second and higher range of values.