ELECTRICITY/POWER METERING SYSTEM AND METHOD

• US 20130307694A1
• Filed: 05/15/2012
• Published: 11/21/2013
• Est. Priority Date: 05/15/2012
• Status: Abandoned Application

• Current Assignee: Roni Amar
• Original Assignee: Roni Amar
• Inventors: AMAR, Roni
• Application Number:
  US13/472,001
• Publication Number:
  US 20130307694A1
• Time in Patent Office: Days
• US Class Current: 340/637
• 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

A power supervising system, network and method, the system comprising a domestic unit and at least one auxiliary unit, said domestic unit comprising: digital power meter; data reading, storage and processing means; tampering preventing means: display means; alarm means and communication means for communicating with said at least one auxiliary unit or with a control center of a power supplier; said at least one auxiliary unit comprising: an encasement; breach sensing means; digital power reading and data storage means; communication means for communicating with said domestic unit or said control center of said power supplier.

Claims

1. A power supervising system comprising a domestic unit and at least one auxiliary unit, said domestic unit comprising:

digital power meter;

data reading, storage and processing means;

tampering preventing means;

display means;

alarm means and communication means for communicating with said at least one auxiliary unit or with a control center of a power supplier;

said at least one auxiliary unit comprising;

an encasement;

breach sensing means;

digital power reading and data storage means;

communication means for communicating with said domestic unit or said control center of said power supplier.

2. The power supervising system of claim 1, wherein said domestic unit further comprising a keypad, said keypad may be physical or virtual.

3. The power supervising system of claim 2, wherein said keypad is virtual and said domestic unit further comprising a touch screen.

4. The power supervising system of claim 1 Further comprising digital payment means.

5. The power supervising system of claim 1, wherein said communication means is selected from landline communication means, wireless communication means and communication means over a power grid of said power supplier.

6. The power supervising system of claim 1 further comprising a routing box that is installed between the domestic and auxiliary units that controls and monitors power consumption of a plurality of customers at a defined geographic area.

7. The power supervising system of claim 1, wherein said data reading, storage and processing means is a smartcard.

8. The power supervising system of claim 7, wherein said smartcard comprises communication functionalities enabling the unit to communicate with an auxiliary unit or with the power supplier, payment functionalities enabling prepayment for power consumption, setting functionalities enabling to insert settings of monitoring, supervising, operating and shutting off of power-consuming or power-depending activities in the household, plant, factory, office, workplace and the like, functionalities for accumulating data on power consumption and analyzing this data according to the different appliances and/or loads used or according to daily, weekly, monthly or seasonally periods of time.

9. The power supervising system of claim 1, wherein said domestic unit is identified with a unique identification serial number.

10. The power supervising system of claim 8, wherein said domestic unit is configured to communicate identifying data about itself to a power supplier in order to locate the address associated with it and its exact location.

11. The power supervising system of claim 1, wherein said domestic unit comprises means for detecting malfunctions in the local or domestic power system.

12. The power supervising system of claim 1, wherein said domestic unit is configured to inform about a limited account, over-consumption of power or insufficient charging in the account to a customer of a power supplier by SMS, e-mail or directly to the display of said domestic unit.

13. The power supervising system of claim 1, wherein said domestic unit is configured to monitor separately the metering of appliances, utilities, loads or rooms in a household, plant, factory or workplace and provide an updated status report of power supply and consumption in terms of money value or KWh.

14. The power supervising system of claim 1, wherein said domestic unit further comprises an emergency button, said emergency button is configured to disable power supply, in particular in hazardous cases of electrocution.

15. The power supervising system of claim 1, wherein said auxiliary unit is configured to connect before the exit point of a power supply line of any area, preferably said area is selected from county, state, city, neighborhood, street, block, single building or single resident, plant, factory, office and workplace.

16. The power supervising system of claim 1, wherein said encasement of said auxiliary unit is monolithic or comprises two or more parts, said parts are attached to each other with bolts.

17. The power supervising system of claim 16, wherein said encasement is configured to open mechanically or with transmission of a code.

18. The power supervising system of claim 1 configured to monitor and control power consumption of isolated or private household, factory, plant, office or by the co-operation of said domestic and auxiliary units.

19. The power supervising system of claim 1, wherein said domestic unit is configured to receive updates from the control computer of the power supplier.

20. The power supervising system of claim 1, wherein said updates are date and hour that are automatically updated by the control computer of the power supplier.

21. A power consumption supervising network comprising a plurality of supervising systems, said plurality of said supervising systems comprising

a plurality of domestic units;

and

a plurality of auxiliary units,

wherein each one of the domestic unit is installed at the premises of a power consumer and comprises communication functionalities for communicating with an auxiliary unit most adjacent to the domestic unit over a power grid and with a control center of a power supplier,

wherein said plurality of auxiliary units is deployed over the power grid of said power supplier at each exit point that supplies power,

wherein each auxiliary power unit at each exit point comprises communication functionalities to communicate with auxiliary power units installed at adjacent exit points on the power grid and transmit power supply data registered in the auxiliary power unit.

22. A method for preventing power theft or unauthorized use of power comprising:

monitoring and registering power consumption with a domestic unit of a power consumption supervising system;

registering power supply at an auxiliary unit installed at an exit point of a power line transporting power intercepted at said domestic power unit;

communicating the registered power supply to a remote computer at a control center of a power supplier;

comparing said power consumption at said domestic unit to the power supply at the auxiliary power unit;

confirming that power consumption value does not exceed the power supply value, and in the negative case

disabling power supply to a household, plant, factory, workplace and the like in which said domestic power unit is installed;

setting off an alarm at said domestic unit; and

transmitting a distress signal to said control center of said power supplier.