Resource integration system for green energy development

Abstract

This invention provides a resource integration system for green energy development to achieve systematic green energy development with low capital expenditure. The system includes a computer, a power generation unit, a site assessment module running on the computer, a power generation unit assessment module, and a feeder area assessment module. The site assessment module accepts input parameters such as the idle period and acquisition cost of idle land and outputs the site assessment information; the power generation unit assessment module accepts input parameters such as the hardware cost of the power generation unit and the amount of government subsidies and outputs the power generation unit assessment information; the feeder area assessment module accepts input parameters such as feeder capacity and outputs the feeder area assessment information. The computer integrates the aforementioned three assessment messages and performs calculations to output green energy development resource integration information, serving as the basis for low capital expenditure development decisions.

Claims

1. A resource integration system for green energy development, comprising: a computer; a power generation device connected to the computer; a field assessment module connected to the computer and executed on the computer, for inputting at least one of the following parameters of idle land: idle period, acquisition cost, usable area, geographical conditions, green energy conditions, and climate conditions, and after calculation and filtering by the computer, outputting field assessment information; a power generation device assessment module connected to the computer and executed on the computer, for inputting at least one of the following parameters of the power generation device connected to the computer: hardware cost, hardware lifespan, energy output cost, construction time, operating cost, maintenance cost, and government subsidy amount, and after calculation and filtering by the computer, outputting power generation device assessment information; and a feeder area assessment module connected to the computer and executed on the computer, for inputting a feeder capacity parameter, and after calculation and filtering by the computer, outputting feeder area assessment information; wherein... The computer calculates and outputs a green energy development resource integration message based on the site assessment information, the power generation equipment assessment information, and the feeder area assessment information.

2. The resource integration system for green energy development as described in claim 1, wherein the acquisition cost includes at least one of the rental terms of a leasing model, the profit-sharing ratio of a profit-sharing model, or the management fee of a management agency model.

3. The resource integration system for green energy development as described in claim 1, wherein the power generation equipment assessment module further calculates the net equipment holding cost after offsetting equipment depreciation with government subsidies based on the amount of government subsidies, and calculates the cost recovery period after the equipment is continuously put into multiple development sites.

4. The green energy development resource integration system as described in claim 3 further includes an electrical coupling module that provides a universal energy conversion interface compatible with at least one dynamic energy input of geothermal energy, wave energy, biomass energy and hydrogen energy, for coupling the power generation equipment, receiving electrical energy from the power generation equipment and feeding it to a power grid connected to the computer.

5. The resource integration system for green energy development as described in claim 1, wherein the acquisition cost of the site assessment module includes a profit-sharing model in which the landowner is allocated a predetermined proportion of the electricity sales revenue to the landowner in place of a fixed rent.

6. The green energy development resource integration system as described in claim 1, wherein the green energy development resource integration information includes at least one of the following: a list of suitable target sites for development, corresponding power generation equipment types and acquisition mode suggestions, estimated power generation revenue and net cost after offsetting government subsidies, and feeder capacity confirmation information for the target area.

7. The green energy development resource integration system as described in claim 1, wherein the computer further employs a weighted scoring algorithm to sum the scores of each indicator in the site assessment information, power generation equipment assessment information and feeder area assessment information according to a preset weight, and outputs green energy development resource integration information containing a ranking list of optimal development schemes.

8. The resource integration system for green energy development as described in claim 1, wherein the hardware cost input to the power generation equipment evaluation module refers to the cost of obtaining the right to use the power generation equipment under a leasing model or a profit-sharing model.

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