Solar panel facility management system with circulating cleaning system

Abstract

To provide a centralized management system that can be provided to any solar panel facility regardless of the facility management conditions of a solar panel facility, and that is environmentally friendly by being equipped with a circulatory cleaning system, while providing continuous services at low cost.SOLUTION: A solar panel facility management system with a circulating cleaning system includes a facility security stage, a facility management stage, a solar panel regular inspection stage, and a waste recycling stage.SELECTED DRAWING: Figure 1

Description

Technical Field

[0001] This invention relates to a management system for a solar panel facility with circulation cleaning that enables unified management of facility management such as facility security, inspection and maintenance, and waste treatment in a solar panel facility.

Background Art

[0002] In a solar panel facility, services such as facility security, inspection and maintenance, and treatment of various wastes generated by facility operation are required. Conventionally, however, in most cases, the facility manager selects and commissions service providers who provide the above-mentioned services to operate the facility. In addition, some of the service providers may provide a service that combines some of the above-mentioned services.

Prior Art Documents

Patent Documents

[0003]

Patent Document 1

Summary of the Invention

Problems to be Solved by the Invention

[0004] However, due to the installation location, installation environment, regulations of the installation area, etc. of the solar panel facility, its management method is completely different, and there is no service provider who can provide all the management services required by each solar panel facility. The facility manager of the solar panel facility has to select service providers who provide each service and individually commission them for the services required by their own solar panel facility.

[0005] In addition, among service providers that provide services for some solar panel facilities, in the cleaning operation of solar panels, detergents containing surfactants with high cleaning ability are used, etc., and sufficient environmental consideration is not given. From the perspective of the facility manager of the solar panel facility, there is also an aspect that it is difficult to select such service providers.

[0006] The management system of a solar panel facility with circulation cleaning of the present invention aims to solve the above-mentioned drawbacks of the conventional example. Regardless of the facility management conditions of the solar panel facility, it is a unified management system that can be provided to any solar panel facility. By having circulation cleaning, it fully considers the environment and enables continuous service provision at low cost.

Means for Solving the Problem

[0007] That is, the management system of a solar panel facility with circulation cleaning of the present invention is characterized in that it includes a facility security stage, a facility management stage, a regular inspection stage of solar panels, and a waste recycling stage.

[0008] In addition, in the management system of a solar panel facility with circulation cleaning of the present invention, the security facility stage is also characterized by including a stage of installing security lights and security signs and a stage of installing security cameras.

[0009] In addition, in the management system of a solar panel facility with circulation cleaning of the present invention, the facility management stage is also characterized by including a fence inspection stage, a drainage ditch inspection stage, an equipment inspection stage, a shade inspection stage, and a waste inspection stage such as illegal dumping inside the facility.

[0010] In addition, in the management system of a solar panel facility with circulation cleaning of the present invention, the regular inspection stage of solar panels is also characterized by including a cleaning treatment stage, an anti-fouling measure stage, a crack inspection stage, a power conditioner inspection stage, a drone operation stage, and a cleaning brush replacement system stage.

[0011] In the management system of a solar panel facility equipped with the circulation-type cleaning of the present invention, the cleaning treatment stage includes a cleaning step using cleaning water added with ultrafine bubbles and a coating removal step of the surface of the solar panel using chlorine-removed water, and the anti-fouling countermeasure stage includes a coating step using a titanium oxide coating agent having a photocatalytic function.

Effect of the Invention

[0012] Since the management system of a solar panel facility equipped with the circulation-type cleaning of this invention is configured as described above, it has become possible to provide a unified management system applicable to any solar panel facility regardless of the facility management conditions of the solar panel facility. In addition, by being equipped with circulation-type cleaning, it is possible to provide continuous services that are fully environmentally considerate and at low cost.

Brief Description of the Drawings

[0013]

Figure 1

Modes for Carrying Out the Invention

[0014] Hereinafter, embodiments of the management system of a solar panel facility equipped with the circulation-type cleaning of this invention will be described in detail with reference to the drawings.

[0015] FIG. 1 is a system configuration diagram showing one embodiment of the management system of a solar panel facility equipped with the circulation-type cleaning of this invention. The management system of a solar panel facility equipped with the circulation-type cleaning according to the present invention includes a facility security stage, a facility management stage, a regular inspection stage of the solar panel, and a waste recycling stage.

[0016] In the management system of a solar panel facility equipped with circulation cleaning according to the present invention, the facility security stage includes the stage of installing security lights and security signs, and the stage of installing security cameras. At this time, the security lights and security signs can be selected from both or either one according to the installation location and installation environment. Also, regarding the security cameras to be installed simultaneously, in addition to self-management by the facility manager side of the solar panel facility, security can be provided in cooperation with a security company.

[0017] In the management system of a solar panel facility equipped with circulation cleaning according to the present invention, the facility management stage includes a fence inspection stage, a drainage ditch inspection stage, an equipment inspection stage, a leaf and tree shade inspection stage, and a waste inspection stage for illegal dumping and the like within the facility. At this time, the fence inspection stage performs repair and proper treatment of waste, and the drainage ditch inspection stage performs cleaning and proper treatment of waste. Also, in the equipment inspection stage, repair and replacement of the equipment of the solar panel facility are performed. In the leaf and tree shade inspection, felling, stump removal, pruning, and proper treatment of the waste generated thereby are performed. In the waste inspection stage for illegal dumping and the like within the facility, cleaning and proper treatment of waste are performed.

[0018] In the management system of a solar panel facility equipped with circulation cleaning according to the present invention, the solar panel regular inspection stage includes a cleaning treatment stage, a stain prevention countermeasure stage, a crack inspection stage, a power conditioner inspection stage, a drone operation stage, and a cleaning brush replacement system stage.

[0019] First, in the stain treatment stage, ultrafine bubble cleaning is performed on the target solar panel, which consists of a cleaning process using cleaning water with ultrafine bubbles added and a film removal process on the surface of the solar panel using chlorine-removed water. The cleaning step using the cleaning water added with the ultrafine bubbles is to clean the surface of the solar panel using the cleaning water containing ultrafine bubbles in pure water or substantially pure water after the filtration process, and without using a highly environmentally burdensome detergent containing a conventional surfactant or the like, it is possible to sufficiently wash away the dirt on the surface of the solar panel and perform dirt treatment. In addition, for the water containing dirt generated during the cleaning operation, a sewage recovery means is provided to recover it, and after obtaining pure water or substantially pure water again through a filter or the like, ultrafine bubbles are added so that it can be reused as cleaning water containing ultrafine bubbles.

[0020] The film removal step on the surface of the solar panel using the chlorine-removed water is a step using the chlorine-removed water, and the film on the surface of the solar panel is also removed. By doing so, the work in the next-stage anti-fouling countermeasure stage can be carried out effectively and efficiently.

[0021] The anti-fouling countermeasure stage consists of a coating step using a titanium oxide coating agent. This titanium oxide is known to have a photocatalytic function, and by applying the coating agent of the titanium oxide to the surface of the solar panel, it is possible to effectively prevent the surface of the solar panel from being damaged for a long period of time.

[0022] In the crack inspection stage and the power conditioner inspection stage, proper treatment of repair, replacement, and waste is carried out. In the drone operation stage, the drone is equipped with a camera, an infrared sensor, and spraying means, and it is possible to perform inspections by camera and infrared inspection on the solar panel facility including the surface of the solar panel, and also to spray various cleaning waters and the like. By doing so, the work that was conventionally carried out by the operator visually checking for dirt, damage, etc. can be inspected by the camera and infrared sensor mounted on the drone, and the work efficiency can be greatly improved. In addition, by mounting spraying means on the drone, various cleaning waters and the like that were conventionally carried out by the operator can be sprayed by the spraying means mounted on the drone, and the safety of the work that is dangerous depending on the target location can be greatly improved along with the work efficiency.

[0023] In the cleaning brush replacement system stage, the wear of the cleaning brush is regularly inspected, and the cleaning brush is replaced according to the cost.

[0024] In the waste recycling stage, for the waste obtained in each stage of the management system of the present invention, the following processing is performed for each material. a) Steel and aluminum are recycled as raw materials. b) Glass is recycled as raw materials. c) Weeds and trees are reused as humus materials. d) Non-recyclable materials are reused as aggregates, etc. e) The water used for cleaning is the water used for cleaning the solar panel, and since the water consists of pure water or substantially pure water, it is reused as pure water or substantially pure water again by a filter or the like. f) The water for salt damage cleaning is the water used for removing the coating of the solar panel, and it is reused again after being made reusable by a filter or the like.

Industrial Applicability

[0025] Since the management system of the solar panel facility with the circulation type cleaning of the present invention is configured as described above, it is a unified management system that can be provided to any solar panel facility regardless of the facility management conditions of the solar panel facility. By having the circulation type cleaning, it fully considers the environment and enables continuous service provision at low cost.

[0026] Of course, the management system of the solar panel facility with the circulation type cleaning of the present invention can be applied not only to solar panel facilities but also to other facilities and equipment that require regular surface cleaning.

Explanation of Signs

[0027] 11 Management System of Solar Panel Facility with Circulation Type Cleaning

Claims

1. A management system for a solar panel facility equipped with a circulating cleaning system, Facility security stage, The facility management stage, Solar panel regular inspection stage, a waste recycling stage; A management system for a solar panel facility equipped with circulating cleaning, comprising:

2. The security facility step includes installing security lights and security signs. Installing security cameras; 2. The management system for a solar panel facility equipped with a circulating cleaning system according to claim 1,

3. The facility management stage includes a fence inspection stage, The inspection stage for drains, etc. Equipment inspection stage, The leaf shade and tree shade inspection stage, Inspection stage for illegal dumping and other waste within the facility, 2. The management system for a solar panel facility equipped with a circulating cleaning system according to claim 1,

4. The solar panel periodic inspection step includes a cleaning step, The contamination prevention step and Crack inspection stage, Power conditioner inspection stage, Drone operation stage, A cleaning brush replacement system stage; The management of the solar panel facility according to claim 1, further comprising:

5. The cleaning step includes a cleaning process using cleaning water containing ultrafine bubbles, A process of removing the coating from the surface of the solar panel using dechlorinated water; It consists of: The stain prevention step includes a coating step using a titanium oxide coating agent having a photocatalytic function; The management system for a solar panel facility equipped with a circulating cleaning system according to claim 4, further comprising:

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