TWI567663B - Solar power plant warranty method - Google Patents

Description

Solar power plant warranty matching method

This creation is about a method of warranty matching, especially for solar power plants that assist solar power plants in finding the right vendors to perform maintenance services.

Advances in science and technology have made people's lives more convenient, and high-tech needs to rely on electricity. Therefore, many energy sources need to be developed, such as the construction of nuclear power plants and thermal power plants. In addition, due to the improvement of environmental awareness, the number of solar power plants has gradually increased. Therefore, with the increasing number and variety of solar power plants, the complexity and difficulty of power plant management and maintenance have also increased.

In order to maintain the power generation efficiency and normal power generation of solar power plants, daily maintenance and maintenance is indispensable. However, when the number of power plants that need to be maintained is increasing, it is time-consuming and labor-intensive to manage by manpower, and there will always be negligence. In addition, in the maintenance and maintenance of power plants, it is necessary to rely on external manufacturers to provide professional services, which manufacturers are suitable manufacturers, which manufacturers can provide the fastest and most efficient services for solar power plants in the area, and need a warranty matching method. To integrate these repair vendors.

Therefore, there is a need to design a solar cell power plant warranty method and system that can find suitable co-operators for solar power plants in an objective and efficient manner, and provide repair and maintenance services for solar power plants.

The purpose of this creation is to provide a warranty integration method for a solar power plant, through which it is possible to quickly provide the customer with appropriate coordination services for maintenance services.

According to the above object, a solar power plant warranty matching method is provided, which is implemented in a solar power plant mediation system, the solar power plant mediation system is connected with a plurality of synergistic manufacturers and a solar power plant, and the solar power plant warranty binding method The method includes the following steps: receiving a maintenance notification of the solar power plant; obtaining a location information of the solar power plant; searching for at least one maintenance service in a first database according to the maintenance notification; and according to the location information of the solar power plant At least one maintenance service, respectively issuing a request for quotation to the plurality of third-party manufacturers; receiving a plurality of quotations from the third-party manufacturers, and storing the quotations in a second database; and defining the location information according to the solar power plant Out of a regional scope, excluding those cooperating vendors that have provided the quotations outside the region; based on the quotations of the cooperating vendors and the multiple evaluations of the cooperating vendors in a second database, a reference value for each of these third-party vendors; this reference is based on each of these third-party vendors High and low, some sort and display the third party.

Another purpose of this creation is to provide a warranty and integration method for a solar power plant, which saves customers the time and spirit of selecting appropriate synergies for maintenance services among many third-party manufacturers.

According to the above object, a solar power plant warranty matching method is provided, which is implemented in a solar power plant mediation system, the solar power plant mediation system is connected with a plurality of synergistic manufacturers and a solar power plant, and the solar power plant warranty binding method The method includes the following steps: receiving, by an electronic device, a maintenance notification of the solar power plant; obtaining a location information of the solar power plant; and, according to the maintenance notification, searching for at least one maintenance service in a first database by using an operation interface; And sending, according to the location information of the solar power plant and the at least one maintenance service, a request for quotation to the plurality of third parties through the operation interface; respectively receiving a plurality of quotations from the receiving escrow vendors, and storing the quotations in one a second database; defining a region according to the location information of the solar power plant, excluding those cooperating vendors that have provided the quotations outside the region; and according to the quotations of the cooperating vendors a plurality of evaluations by the manufacturer in the second database, and calculating a reference value of each of the third-party vendors through the operation interface; sorting and sorting the electronic device according to the reference value of each of the third-party vendors Show these co-workers.

Through the media system of the solar power plant of this creation, the customer is provided in a fair and open manner to quickly find a suitable cooperative manufacturer, eliminating the time and spirit of the customer selecting the appropriate third-party manufacturers to maintain the service.

20‧‧‧Partners

21‧‧‧Solar power plant

30‧‧‧Solar power plant mediation system

31‧‧‧Electronic devices

32‧‧‧Operator interface

33‧‧‧Server

34‧‧‧First database

35‧‧‧Second database

FIG. 1 is a flow chart of the method for guaranteeing the warranty of the solar power plant of the present invention.

2A-2C are schematic plan views of the location of the third-party manufacturer.

3 is a system block diagram of a system for performing a solar cell power plant warranty matching method according to an embodiment of the present invention.

The technical means adopted by the present invention for achieving the intended purpose of creation are further explained below in conjunction with the drawings and the preferred embodiment of the present invention.

FIG. 1 is a flow chart of the method for guaranteeing the warranty of the solar power plant of the present invention. The solar power plant warranty matching method is implemented in a solar power plant media system, and the solar power plant media system and complex Several partners and a solar power plant are connected. As shown in FIG. 1, in step S101, a maintenance notification of a solar power plant is received. For example, solar power plants need to carry out daily maintenance of solar modules, such as solar module cleaning or parts need to be replaced, to maintain the power generation efficiency of solar power plants. In the case of abnormal power generation in the power plant, other abnormalities in the power plant or during a period of time, the maintenance notice is automatically raised by the computer system, or the maintenance notice is manually issued by the staff, which is not limited here. In addition to the maintenance of solar power plants, maintenance notices can be submitted automatically or manually in the event of a natural disaster or accident. In step S102, a location information of the solar power plant is obtained. The solar power plant that proposes the maintenance service can manually input the location information of the solar power plant, or locate the position of the solar power plant or the built-in coordinate data through the GPS by installing a Global Positioning System (GPS) in the solar power plant. Obtaining the location information of the solar power plant can even locate the location of the solar power plant through the electronic devices of the staff of the solar power plant, which is not limited here. In the warranty repair method of this creation, it is hoped that an appropriate third-party manufacturer can be found near the location of the solar power plant to carry out maintenance of the solar power plant, and finding a third-party manufacturer to maintain the cost of transportation can be saved, and the maintenance time can also be maintained. shorten.

In step S103, at least one maintenance service is found in a first database according to the maintenance notification. The way to find maintenance services in the database can be to find it manually or automatically find the first database. Different maintenance notices require different maintenance services. For example, if it is necessary to clean the solar modules of a solar power plant, you need to find a cleaning company to carry out the cleaning work. If the solar power plant replaces parts or parts, you need one or one. If the above-mentioned component manufacturers perform maintenance and replacement, if the power generation abnormality occurs, the construction or technical service manufacturer needs to perform abnormal diagnosis and eliminate it. Therefore, different maintenance manufacturers are required to perform maintenance services according to different maintenance notices. The first database stores a plurality of different maintenance notifications and a plurality of different maintenance services, and stores a relationship between different maintenance notifications and different maintenance services. For example, maintenance or repair It is not limited to know that maintenance services such as power generation abnormal treatment, solar module cleaning and maintenance, module abnormal processing, inverter abnormal processing, various component maintenance inspections, or component replacement are required. The connection information between the maintenance notification and the maintenance service is stored in the first database. For example, the maintenance notification may be that the power generation abnormality of the solar power plant is found. The maintenance service required at this time may include panel inspection and inverter inspection, which are different. Maintenance notifications correspond to different maintenance services, and one maintenance notification may require multiple maintenance services.

In step S104, a request for quotation is submitted to the third-party manufacturer according to the location information of the solar power plant and the at least one maintenance service. The basic information of these third-party manufacturers is stored in the second database of the solar power plant. The basic data of the third-party storage co-workers includes the contact information of the third-party manufacturers, the services they provide, professional experience, professional capabilities, service attitudes, etc. Relevant information, as the basis for the warranty solar cell power supply method of this creation. When maintenance service is required, the solar power plant where the third-party manufacturers are required to provide maintenance service through the quotation request, please ask the third-party manufacturers to make a request for quotation, as shown in Figure 2A, where each asterisk represents the quotation of the quoting manufacturer 20 position. Then, in step S105, according to the quotation request, the quotation is received from the third manufacturer 20, and the quotation is stored in a second database. According to the quotation request, the cooperating manufacturer 20 knows where the solar power plant 21 needs maintenance services, and the quotation request contains all the information of the solar power plant 21 that needs maintenance services, such as the location information of the solar power plant, the contact information of the solar power plant, and the site of the solar power plant. Information such as power generation status, power plant design information, climate information, etc., which can be used to provide maintenance services by analyzing the results or conducting on-site surveys through various types of information presented by the solar power plant monitoring system. The cooperating manufacturer 20 will return the quotation to the solar power plant mediation system, and the solar power plant mediation system will store these quotations and the quoting vendors that provide the quotation in the second database.

The relationship between the second database and the first database is a third-party database. The first database stores the maintenance services provided by the third-party vendors, and the second database stores the basic data or evaluation data of the third-party database. The second database stores the data. Evaluation of the owner of the solar power plant 21. For example, according to maintenance Know (regular maintenance of solar power plants), find maintenance services corresponding to maintenance notices (regular maintenance of solar power plants) in the first database, such as maintenance of solar modules and inspection of inverters, etc., can be found in the first database. Collaborators who can provide solar module maintenance and the manufacturer of inverter inspection, according to the relationship between the first database and the second database, can find a cooperative manufacturer that can provide maintenance services in the second database. Basic information and evaluation.

In step S106, according to a region range of the location of the solar power plant 21, within the circle as shown in FIG. 2B, the third parties 20 outside the region are excluded. In step S104 and step S105, after the quotation is submitted by the third-party manufacturer 20, it is necessary to further select an appropriate third-party manufacturer 20 for maintenance service. If the cooperative manufacturer 20 is too far away, the maintenance service time required is long, and the transportation cost is also synergistic. A cost consideration for the manufacturer 20 at the time of the quotation, if it is far from the solar power plant 21, the third party will also have a higher quotation. In step S106, the city, the county, or the north, south, and south regions may be used as the basis for screening the region. For example, if the solar power plant 21 is located in a certain city in a certain county in the south, and the solar power plant 21 needs to perform the solar panel cleaning operation, since the technical threshold of the cleaning operation is not high, it is in the same urban area. You can find a number of third-party manufacturers that can provide cleaning operations. If a component of the power conversion of the solar power plant 21 fails, and the partner manufacturer 20 that can provide the maintenance service needs a certain technology, the regional scope screening may be a larger region, such as selecting a county or city in the southern region. Then select the appropriate third-party manufacturer.

In step S107, a reference value of each of the companions 20 is calculated according to the quotation of the competing vendors 20 and the plurality of evaluations of the competing vendors 20 in a database. After excluding those cooperating vendors 20 outside the region, that is, in the exclusion of the cooperating manufacturers 20 that are far away, it is necessary to make further comparisons in the cooperating manufacturers 20 that meet the criteria described in step S106, and compare the results. Out, let the customer select the appropriate third-party manufacturer 20 from the comparison results for maintenance services. The comparison object may be the maintenance quotation of the third-party manufacturer 20, the service evaluation of the third-party manufacturer, the technical evaluation of the third-party manufacturer, and the follow-up service evaluation of the third-party manufacturer, and the evaluations of these third-party manufacturers are stored in the second. In the database. After each of the cooperative manufacturers 20 completes the maintenance service, the solar power plant receiving the service will evaluate the service quality of the maintenance service of the third manufacturer 20 and store the evaluation in the second database, and these evaluations will be next time. When it is necessary to maintain the service, it is the basis for selecting the appropriate third-party manufacturer 20. The evaluation of the third-party manufacturer 20 includes professional experience information, professional ability information or service attitude information. Next, a reference value of the evaluation of the third-party manufacturer 20 and the quotation of the third-party manufacturer 20 is calculated. Since many factors need to be considered when selecting an appropriate third-party manufacturer 20, these factors are aggregated to calculate a reference value. The reference value may be a mathematical calculation method such as adding or multiplying the product by the evaluation and the quotation. The calculation method of the reference value may be various, and different reference values may be calculated according to different situations, so Limitations.

In step S108, the third-party vendors are sorted and displayed according to the level of the reference value of each of the third-party manufacturers 20. As shown in FIG. 2C, the remaining cooperating manufacturers 20 in the figure are the cooperating manufacturers 20 with higher reference values, and the cooperating manufacturers 20 with high reference values indicate that the cooperating manufacturers 20 are average in evaluation and quotation, and the reference value is high. The quotation of the third-party manufacturer 20 is not necessarily the cheapest, and the evaluation is not necessarily the highest. In addition, the reference value ranked by the end of this creation is only a reference for the matchmaking, so that the customer can quickly know which cooperator 20 can provide the service, the manufacturer's quotation or the collaborative sorting method recommended by the creation. Vendor 20, according to this information, the customer (the owner of the solar power plant) can find the appropriate third-party manufacturer 20 for maintenance service in the shortest time.

In addition, the cooperating manufacturer 20 can also evaluate the owner of the solar power plant being serviced, evaluate the degree of cooperation and payment speed of the owner of the solar power plant 21 served, and the next time the solar power plant 21 needs additional maintenance services. When the third party 20 receives the message of the maintenance service of the solar power plant 21, the evaluation of the owner of the solar power plant 21 can be viewed. The third party can refer to the evaluation of the owner of the solar power plant to decide whether to submit a quotation.

Through the above-mentioned solar power plant warranty mediation method, it is possible to sort out the cooperating vendors that can provide the maintenance service, so that the customer does not need to be selected without any clue among the many cooperating vendors. Through this The solar power plant's warranty mediation method can automatically arrange the appropriate third-party manufacturers to allow customers to select and reduce the time for customers to find third-party manufacturers. By means of the warranty matching method shown in the embodiment of the present invention, an appropriate third-party manufacturer can be found in an objective manner, and the customer can be provided in a fair and open manner to quickly find a suitable cooperative manufacturer, thereby eliminating the need to select appropriate synergies among many third-party cooperative manufacturers. The time and spirit of the manufacturer.

3 is a system block diagram of a system for performing a solar cell power plant warranty matching method according to an embodiment of the present invention. As shown in FIG. 3, in the present embodiment, the solar power plant mediation system 30 includes an electronic device 31, an operation interface 32, a server 33, a first database 34, and a second database 35.

The electronic device 31 of the solar power plant mediation system 30 can be a desktop computer, a notebook computer, a tablet computer or a smart phone, etc., and is not limited herein. The operation interface 32 can be an application installed on the electronic device 31 or display the operation interface 32 on the screen of the electronic device 31 through a browser program of the electronic device 31, which is not limited herein. The first database 34 and the second database 35 are disposed on the server 33. The first database 34 can wirelessly connect the electronic device 31 and extract the data in the first database 34 through the operation interface 32. The second database 35 is wirelessly connected to the electronic device 31, and the first database 34 is connected to the second database 35. The solar power plant may include GPS. If the solar power plant does not have a GPS, the GPS positioning function of the electronic device 31 may be used to locate the location of the solar power plant that needs maintenance services or obtain the location information of the solar power plant through the built-in coordinate data of the solar power plant. The required maintenance service is found in the first database 34 by the operation interface 32 according to the maintenance notification. Then, according to the required maintenance service, the third party is informed through the operation interface 32, and the third party is requested to provide the quotation. The association between the first database 34 and the second database 35 is a third-party database, the first database 34 stores the maintenance services provided by the third-party vendors, and the first database 34 stores the basic data or evaluation information of the third-party vendors, and second. The database 35 stores the evaluation of the solar power plant 21 to the owner.

After knowing the location information of the solar power plant that needs to maintain the service, select a regional scope through the operation interface 32 to exclude the third-party cooperating vendors outside the region. Within the region Among the third-party manufacturers, the reference values of these vendors are calculated based on the quotations and evaluations of these third-party manufacturers. The calculation of the reference value can be performed on the operation interface by means of selection or directly, and the calculation method of the reference value can have many different mathematical operations in different embodiments, which is not limited herein. After calculating the reference values of these third-party manufacturers, the third-party vendors are sorted and displayed on the electronic device 31 according to the reference value. Through the media system of the solar power plant of this creation, the customer is provided in a fair and open manner to quickly find a suitable cooperative manufacturer, eliminating the time and spirit of the customer selecting the appropriate third-party manufacturers to maintain the service.

The above description is only a preferred embodiment of the present invention, and is not intended to limit the present invention in any way. Although the present invention has been disclosed above in the preferred embodiment, it is not intended to limit the present invention, and any technique familiar to the art. A person skilled in the art can make some modifications or modifications to equivalent embodiments by using the technical content disclosed above, but the content of the present invention is not deviated from the present invention. Technical simplifications Any simple modifications, equivalent changes and modifications made to the above embodiments are still within the scope of the present technical solution.

Claims (6)

A solar power plant warranty matching method is implemented in a solar power plant mediation system, the solar power plant mediation system is connected with a plurality of cooperating manufacturers and a solar power plant, and the solar power plant warranty matching method comprises the following steps: receiving the solar power plant Obtaining a maintenance notification of the solar power plant; obtaining, according to the maintenance notification, at least one maintenance service in a first database; and according to the location information of the solar power plant and the at least one maintenance service, respectively A plurality of third-party manufacturers issue a request for quotation; according to the quotation request, receive a plurality of quotations from the third-party manufacturers, and store the quotations in a second database; define a region according to the location information of the solar power plant Scope, excluding those cooperating vendors that have provided the quotations outside the region; after excluding those cooperating vendors outside the region, based on the quotations of the cooperating vendors that have been retained The multiple evaluations of the manufacturer in a second database, the calculations represent the synergy a reference value of the quotient, wherein the reference value is calculated according to the quotations and the evaluations; according to the reference value of each of the third-party manufacturers, the collaborators are sorted and displayed; wherein the first data The library stores the at least one maintenance service that the third-party vendors can provide and the relationship between the maintenance notification and the at least one maintenance service, and the second database stores the quotations and the evaluations of the third-party vendors. The third-party database is used as a data link between the first database and the second database. The solar power plant warranty matching method according to claim 1, wherein the second database stores the evaluations of the third-party manufacturers, including professional experience information, professional capability information, or service attitude information. The solar power plant warranty matching method according to claim 1, wherein the location information of the solar power plant is obtained through a Global Positioning System (GPS) or a built-in coordinate data of the solar power plant. A solar power plant warranty matching method is implemented in a solar power plant mediation system, the solar power plant mediation system is connected with a plurality of cooperating manufacturers and a solar power plant, and the solar power plant warranty matching method comprises the following steps: through an electronic device Receiving a maintenance notice of the solar power plant; obtaining a location information of the solar power plant; and, according to the maintenance notification, searching for at least one maintenance service in a first database by using an operation interface; and according to the location information of the solar power plant The at least one maintenance service sends a request for quotation to the plurality of cooperative manufacturers through the operation interface; according to the quotation request, receiving the plurality of quotations from the receiving escrow vendors respectively, and storing the quotations in a second database; Defining a region according to the location information of the solar power plant, excluding those cooperating vendors that have provided the quotations outside the region; excluding those cooperating vendors outside the region, according to the cooperating vendors The quotes and the third-party vendors in the second database A plurality of evaluation, each of the interface calculating a reference value through the operation of third-party, wherein the reference value according to the plurality of lines from the plurality of calculation and evaluation of quotations; Sorting and displaying the third-party vendors on the electronic device according to the reference value of each of the third-party vendors; wherein the first database stores the at least one maintenance service that the third-party vendors can provide and the maintenance Notifying the relationship with the at least one maintenance service, the second database storing the quotations and the evaluations of the third-party vendors, and the third-party database as the first database and the second database Data connectivity. The solar power plant warranty matching method according to claim 4, wherein the second database stores the evaluations of the third-party vendors, including professional experience information, professional capability information, or service attitude information. The solar power plant warranty matching method according to claim 4, wherein the location information of the solar power plant is obtained through a global positioning system or built-in coordinate data of the solar power plant.