Green Energy's Electricity Sales System

Abstract

This invention provides a green energy electricity sales system. The system includes a computer-based green energy selection module, a feeder module, and a billing module. The green energy selection module selects power sources from wave power, deep geothermal energy, closed-loop hydrogen-oxygen combustion, and hydropower, using high feed-in tariffs as the pricing anchor. The feeder module leases power feeders to deliver electricity to customers. The billing module includes a basic electricity tariff unit, a green energy certificate tariff unit, and a carbon trading tariff unit, outputting corresponding fees based on customer electricity consumption data. This invention, by integrating a diverse billing structure and selecting specific renewable energy sources, constructs a highly profitable and flexible electricity sales platform.

Claims

1. A green energy electricity business system, comprising: a green energy screening module running on a computer, the green energy screening module selecting at least one of wave power generation units, deep geothermal units, closed-loop hydrogen-oxygen combustion units, and hydropower units as power generation sources to generate electricity, and using renewable energy with high feed-in tariffs as the pricing anchor for the billing system, and excluding solar, biomass, and wind power sources; a feeder module connected to the green energy screening module, the feeder module transmitting the electricity generated by the green energy screening module to a client through power feeders of the power transmission and distribution industry; and a billing module connected to the feeder module, the billing module running on another computer of the client, collecting electricity consumption data of the client for the electricity, the billing module including a basic electricity charge unit, a green electricity certificate unit, and a carbon credit trading unit, to output one of the following messages: basic electricity charge, green electricity certificate fee, and carbon credit fee.

2. The green energy electricity business system as described in claim 1, wherein the pricing anchor is based on the current market wholesale price of deep geothermal power generation, and the deep geothermal unit refers to geothermal power generation facilities with a drilling depth of 3,000 meters or more.

3. The green energy electricity business system as described in claim 1, wherein the basic electricity charge unit outputs the basic electricity charge based on the electricity consumption per kilowatt-hour, the electricity consumption period and the contract electricity charge plan, using the electricity charge standard set by the pricing anchor.

4. The green energy electricity business system as described in Request 1, wherein the green electricity certificate pricing unit is based on the basic electricity fee, with an additional environmental attribute premium for each kilowatt-hour of electricity added to provide customers with the identity verification of pure green electricity.

5. The green energy power trading system as described in claim 1, wherein the carbon trading pricing unit is converted into carbon credits based on the carbon reduction quotas of each renewable energy source, and the income of carbon financial assets is calculated according to the real-time carbon market conditions.

6. The green energy power supply system as described in claim 1, wherein the wave power generation unit comprises a floating oscillating water column structure, including: a gyroscope for detecting the three-dimensional kinetic energy path of the wave; a mechanical restraint for converting the three-dimensional oscillation into vertical mechanical potential energy; and a complex array of clutches for dynamically separating and engaging according to a preset power generation threshold, so that the generator obtains a constant-speed unidirectional rotational output.

7. The green energy power generation system as described in claim 1, wherein the closed-loop hydrogen-oxygen combustion unit includes a closed-loop hydrogen generator that uses renewable energy to electrolyze water to produce hydrogen. After the hydrogen enters the combustion chamber to generate electricity, its combustion products flow back to the beginning of the system to form a self-circulation, thereby achieving closed-loop power generation with zero carbon emissions.

8. The green energy power operation system as described in claim 1, wherein the hydropower generation unit adopts a flow-type power generation method, which utilizes the natural flow and drop of the river to generate electricity, and discharges the water back into the river after power generation.

9. The green energy electricity service system as described in claim 1, wherein the electricity is directly delivered to the client of a high-demand industrial electricity user.

Images