METHOD AND APPARATUS FOR ENERGY MANAGEMENT CONSIDERING MULTIPLE CONTEXT

• US 20150234408A1
• Filed: 02/10/2015
• Published: 08/20/2015
• Est. Priority Date: 02/17/2014
• Status: Abandoned Application

• Current Assignee: Electronics and Telecommunications Research Institute
• Original Assignee: Electronics and Telecommunications Research Institute
• Inventors: LEE, Hyun-Jeong, PARK, Wan-Ki, LEE, Il-Woo
• Application Number:
  US14/618,417
• Publication Number:
  US 20150234408A1
• Time in Patent Office: Days
• US Class Current: 1/1
• CPC Class Codes: G05B 15/02 electric
• CPC Class Codes: G05B 2219/2639 Energy management, use maximum of cheap power, keep peak load low
• CPC Class Codes: G06Q 10/06 Resources, workflows, human or project management; Enterprise or organisation planning; Enterprise or organisation modelling
• CPC Class Codes: Y04S 50/16 Energy services, e.g. dispersed generation or demand or load or energy savings aggregation

Abstract

The present invention relates to a method and apparatus for energy management considering multiple context. An embodiment of the present invention allows providing an energy management and saving plan, which is generated by collecting information about space, user, device, service profile, user'"'"'s energy using pattern, user number, sensor data, energy saving information, weather information, regulations relating thereto, real-time energy price information, demand response information, big data and ontology, to manage and save energy efficiently.

Claims

1. A multiple context-based energy management system comprising:

an energy consuming unit;

an energy service providing unit configured to provide energy and an energy service profile to the energy consuming unit;

an energy information managing unit configured to store energy information required to manage energy which is consumed from the energy consuming unit; and

a multiple context based energy management apparatus configured to receive static context data and dynamic context data from the energy consuming unit, map the static context data and the dynamic context data to the energy service profile to generate energy mapping information, and provide an energy management plan based on the energy mapping information and the energy information.

2. A multiple context based energy management apparatus comprising:

an energy context data managing unit configured to receive static context data and dynamic context data from an energy consuming unit and manage it;

an additional context data managing unit configured to manage additional context data inputted from a user;

a context information mapping unit configured to map the static context data and the dynamic context data to an energy service profile to generate energy mapping information;

an energy management plan generating unit configured to generate an energy management plan based on the energy mapping information and energy information; and

a communication unit configured to transmit the energy management plan to the energy consuming unit.

3. The multiple context based energy management apparatus of claim 2, wherein the energy consuming unit comprises:

an energy using module;

an energy usage measurement sensor configured to measure energy usage which is consumed from the energy using module;

an energy context data generation module configured to generate the static context data and the dynamic context data corresponding to the energy usage; and

an energy using module controlling unit configured to control the energy using module based on the energy management plan.

4. The multiple context based energy management apparatus of claim 2, wherein the static context data comprises at least one selected from a space profile, a user profile, a device profile and a service profile of the energy consuming unit.

5. The multiple context based energy management apparatus of claim 2, wherein the dynamic context data comprises at least one selected from user'"'"'s energy using pattern, user number, sensor data, weather data, real-time energy price information, demand response information, energy saving-related big data, ontology information and energy-related regulations.

6. The multiple context based energy management apparatus of claim 5, wherein the energy saving-related big data comprises at least one selected from energy-related statistics, energy-saving methods, management methods and regulations.

7. The multiple context based energy management apparatus of claim 5, wherein the ontology information comprises at least one selected from information relating to use of energy, information relating to energy equipment, and information relating to energy services.

8. The multiple context based energy management apparatus of claim 2, wherein the additional context data comprises at least one selected from new regulations applied to the energy consuming unit and data for additional energy-related context.

9. The multiple context based energy management apparatus of claim 2, wherein the energy information managing unit comprises an energy information collecting unit configured to collect the energy information from at least one selected from web portals, public websites and data storages;

and an energy information storing unit configured to store the energy information.

10. The multiple context based energy management apparatus of claim 2, wherein the energy information comprises at least one selected from energy saving information, weather information, energy-related regulations, real-time energy price information, demand response information, big data and ontology information.

11. The multiple context based energy management apparatus of claim 2, wherein the energy management plan generating unit generates a benchmarking model based on past energy usage statistics, weather data, user'"'"'s energy using pattern and user number, and generate the energy management plan based on the benchmarking model.

12. The multiple context based energy management apparatus of claim 2, wherein the context information mapping unit generates the energy mapping information by providing weighting factor to the static context data and the dynamic context data and mapping them to the energy service profile,

wherein the energy management plan generating unit generates an energy management plan based on the weighting factor-provided energy mapping information and the energy information.

13. A multiple context-based energy management method comprising:

receiving static context data and dynamic context data from an energy consuming unit;

receiving an energy service profile from an energy service providing unit;

receiving energy information from an energy information managing unit;

generating energy mapping information by mapping the static context data and the dynamic context data to the energy service profile;

generating an energy management plan based on the energy mapping information and the energy information; and

transmitting the energy management plan to the energy consuming unit.

14. The multiple context-based energy management method of claim 13, wherein the generating an energy management plan based on the energy mapping information and the energy information comprises generating a benchmarking model based on past energy usage statistics, weather data, user'"'"'s energy using pattern and user number, and generating the energy management plan based on the benchmarking model.

15. The multiple context-based energy management method of claim 13, further comprising determining if there is additional context data inputted from a user;

and generating the energy mapping information by including the additional context data if there is.