Method and system for facilitating electricity services

• US 10,430,898 B2
• Filed: 07/30/2018
• Issued: 10/01/2019
• Est. Priority Date: 12/06/2017
• Status: Active Grant

• Current Assignee: Ampup Incorporated
• Original Assignee: NAD Grid Corp.
• Inventors: Sun, Thomas Shaofeng, Collantes, Gustavo Oscar, Qian, Xiaoyao, Freire de Albuquerque Junior, Herval, Zhang, Rui
• Primary Examiner(s): Flynn, Kevin H
• Assistant Examiner(s): Walsh, Emmett K.
• Application Number:
  US16/049,800
• Publication Number:
  US 20190172159A1
• Time in Patent Office: 428 Days
• Field of Search: 705 735
• CPC Class Codes: G06Q 10/06315 Needs-based resource requirements planning or analysis
• CPC Class Codes: G06Q 30/018 Certifying business or products
• CPC Class Codes: G06Q 50/06 Energy or water supply

Abstract

Embodiments of a method and/or system for facilitating electricity services can include collecting a set of electricity provision parameters from one or more providing parties, collecting a set of electricity request parameters from a receiving party, determining a services match between the providing party and the receiving party based on the set of electricity provision parameters and the set of electricity request parameters, processing an electricity services transaction based on the services match between the providing party and the receiving party, and/or dynamically facilitating electricity services between the providing party and the receiving party based on the electricity services transaction.

Claims

1. A method for facilitating electricity services, the method comprising:

collecting a set of electricity provision parameters from a providing party at a providing party interface associated with a providing party device and configured to communicate with a centralized services system;

collecting a set of electricity request parameters from a receiving party at a receiving party interface associated with a receiving party device and configured to communicate with the centralized services system;

determining, at the centralized services system, a services match between the providing party and the receiving party based on the set of electricity provision parameters, the set of electricity request parameters, and a carbon mitigation parameter associated with a relative carbon benefit corresponding to power provision to the receiving party by the providing party, wherein determining the carbon mitigation parameter comprises;

determining a first specific carbon footprint for grid power provision to the receiving party by an electrical grid;

determining a second specific carbon footprint for the power provision to the receiving party by the providing party; and

determining the carbon mitigation parameter based on the difference between the first and the second specific carbon footprints, wherein the difference is associated with the relative carbon benefit;

processing, with a decentralized network system configured to communicate with the centralized services system, a first electricity services transaction based on the services match between the providing party and the receiving party, wherein the decentralized network system improves security and traceability associated with the electricity services, wherein processing the first electricity services transaction comprises, with the decentralized network system;

recording, at a distributed ledger comprising decentralized nodes of the decentralized network system, a set of electricity services transaction parameters of the first electricity services transaction, wherein the set of electricity services transaction parameters comprises a price parameter, an energy parameter, a providing party identifier, and a receiving party identifier; and

updating, at the decentralized nodes, a providing party balance and a receiving party balance based on the set of electricity services transaction parameters; and

dynamically facilitating the electricity services between the providing party and the receiving party based on the first electricity services transaction.

2. The method of claim 1,

wherein dynamically facilitating electricity services comprises:

causing first power to be provided from the providing party to an electrical grid based on the first electricity services transaction;

causing second power to be consumed by the receiving party from the electrical grid based on the first electricity services transaction;

determining a power output associated with the first power based on an inverter system associated with the electrical grid; and

determining a power consumption associated with the second power based on a smart electricity meter system associated with the electrical grid, and

wherein the method further comprises updating, with the decentralized network system for improving the security and the traceability associated with the electricity services, the first electricity services transaction based on the power output and the power consumption.

3. The method of claim 2, wherein updating the first electricity services transaction comprises:

updating, with the decentralized network system, a first balance of a first utility entity based on the power output, wherein the first utility entity is associated with the decentralized network system and the provided first power; and

updating, with the decentralized network system, a second balance of a second utility entity based on the power consumption, wherein the second utility entity is associated with the decentralized network system and the consumed second power.

4. The method of claim 1,

wherein the decentralized network system comprises a tokenless consortium blockchain system comprising the distributed ledger,

wherein recording the set of electricity services transaction parameters comprises recording the set of electricity services transaction parameters with the tokenless consortium blockchain system, and

wherein updating the providing party balance and the receiving party balance comprises updating the providing party balance and the receiving party balance with the decentralized nodes of the tokenless consortium blockchain system.

5. The method of claim 1,

wherein processing, with the decentralized network system, the first electricity services transaction comprises determining a first liability restriction condition associated with restriction of liability for the first electricity services transaction to deviation between power output of the providing party and power consumption of the receiving party,

wherein dynamically facilitating electricity services comprises determining the power output of the providing party, and

wherein the method further comprises updating the first electricity services transaction based on the liability restriction condition and the power output of the providing party.

6. The method of claim 5,

wherein the first liability restriction condition is associated with a specified power output type, and

wherein the method further comprises:

determining a second liability restriction condition associated with an expected power output type and agreement upon an expected power output of an additional providing party;

determining the expected power output of the additional providing party;

determining a price parameter based on the second liability restriction condition and the expected power output; and

processing, with the decentralized network system, a second electricity services transaction based on the second liability restriction condition, the expected power output, and the price parameter.

7. The method of claim 1, further comprising:

determining a real time ecological footprint profile describing energy source composition for an electrical grid;

determining a consumption pattern recommendation for the receiving party based on the real time ecological footprint profile and the first electricity services transaction; and

presenting the consumption pattern recommendation to the receiving party at the receiving party interface.

8. The method of claim 1, wherein dynamically facilitating electricity services comprises:

determining a real time price parameter associated with predicted power consumption;

in response to the real time price parameter satisfying a first threshold condition, causing an increase in power consumption by the receiving party based on the first electricity services transaction; and

in response to the real time price parameter satisfying a second threshold condition, causing a decrease in power consumption by the receiving party based on the first electricity services transaction.

9. The method of claim 1, wherein processing the first electricity services transaction comprises:

in response to determining the services match, automatically determining a programmatic contract based on the set of electricity provision parameters and the set of electricity request parameters; and

executing the programmatic contract with the decentralized network system configured to communicate with the centralized services system.

10. A method for facilitating electricity services, the method comprising:

collecting a set of electricity provision parameters from a providing party, wherein the set of electricity provision parameters comprises an ecological footprint characteristic;

collecting a set of electricity request parameters from a receiving party, wherein the set of electricity request parameters comprises an ecological footprint request characteristic;

determining a services match between the providing party and the receiving party based on the ecological footprint characteristic, the ecological footprint request characteristic, and a carbon mitigation parameter associated with a relative carbon benefit corresponding to power provision to the receiving party by the providing party, wherein determining the carbon mitigation parameter comprises;

determining a first specific carbon footprint for grid power provision to the receiving party by an electrical grid;

determining a second specific carbon footprint for the power provision to the receiving party by the providing party; and

determining the carbon mitigation parameter based on the difference between the first and the second specific carbon footprints, wherein the difference is associated with the relative carbon benefit;

processing, with a first decentralized network system, an electricity services transaction based on the services match between the providing party and the receiving party, wherein the decentralized network system improves security and traceability associated with the electricity services, wherein processing the electricity services transaction comprises, with the first decentralized network system;

recording, at a distributed ledger comprising decentralized nodes of the first decentralized network system, a set of electricity services transaction parameters of the electricity services transaction, wherein the set of electricity services transaction parameters comprises a price parameter, an energy parameter, a providing party identifier, and a receiving party identifier; and

updating, at the decentralized nodes, a providing party balance and a receiving party balance based on the set of electricity services transaction parameters; and

dynamically facilitating the electricity services between the providing party and the receiving party based on the electricity services transaction.

11. The method of claim 10,

wherein the set of electricity provision parameters comprises a power provision parameter, a power provision time parameter, and a price parameter;

wherein the set of electricity request parameters comprises a power reception parameter, a power reception time parameter, and a payment parameter; and

wherein determining the services match between the providing party and the receiving party comprises determining the services match based on the power provision parameter, the power provision time parameter, the price parameter, the power reception parameter, the power reception time parameter, the payment parameter, the ecological footprint characteristic, and the ecological footprint request characteristic.

12. The method of claim 10,

wherein determining the first specific carbon footprint comprises determining a first specific carbon footprint over time based on an electricity reception time parameter associated with the electricity services transaction and on a first location associated with the receiving party, wherein the electricity reception time parameter indicates a time period for which power will be received in association with the electricity services transaction,

wherein determining the second specific carbon footprint comprises determining a second specific carbon footprint over time based on the electricity reception time parameter and on a second location associated with the providing party, and

wherein determining the carbon mitigation parameter comprises determining the carbon mitigation parameter based on the first and the second specific carbon footprints over time.

13. The method of claim 10, wherein processing the electricity services transaction comprises processing a set of carbon mitigation tokens collected from the receiving party, wherein the set of carbon mitigation tokens corresponds to an amount of the relative carbon benefit associated with the electricity services transaction.

14. The method of claim 10,

wherein determining the services match comprises determining, with a first services match model, the services match based on the carbon mitigation parameter, the ecological footprint characteristic and the ecological footprint request characteristic, and

wherein the method further comprises determining, with a second services match model, an additional services match based on a price parameter and a payment parameter.

15. The method of claim 10, wherein processing the electricity services transaction comprises:

processing, with a second decentralized network system configured to communicate with the first decentralized network system, a selective sourcing transaction based on a token associated with the second decentralized network system;

determining, with the first decentralized network system, a verification of the selective sourcing transaction; and

processing, with the first decentralized network system, the electricity services transaction based on the verification of the selective sourcing transaction and the services match between the providing party and the receiving party.

16. The method of claim 10,

wherein determining the services match comprises determining the services match between the receiving party and a plurality of providing parties based on the ecological footprint request characteristic and a plurality of ecological footprint characteristics associated with power provision by the plurality of providing parties,

wherein processing the electricity services transaction comprises processing, with the first decentralized network system, the electricity services transaction based on the services match between the receiving party and the plurality of providing parties, and

wherein dynamically facilitating electricity services comprises dynamically facilitating electricity services between the receiving party and the plurality of providing parties based on the electricity services transaction.

17. The method of claim 16,

wherein determining the services match between the receiving party and the plurality of providing parties comprises determining an ecological footprint profile based on the ecological footprint request characteristic and the plurality of ecological footprint characteristics, wherein the ecological footprint profile comprises a plurality of energy source types associated with the power provision by the plurality of providing parties;

wherein processing the electricity services transaction comprises;

updating the ecological footprint profile based on the dynamically facilitated electricity services; and

recording the updated ecological footprint profile at a distributed ledger of the first decentralized network system.