KR100949573B1 - Operations management system of eco-environmental traffic means - Google Patents

Abstract

PURPOSE: A system for managing the operation of an eco-environmental traffic unit is provided to convert an electric power amount, generated by the eco-environmental traffic unit, into a carbon dioxide reduction amount, thereby efficiently using energy resources. CONSTITUTION: A server system(120) comprises the following units. An electric power amount obtaining module(121) obtains electric power amount information of a user. A carbon dioxide reduction amount calculating module(122) calculates a carbon dioxide reduction amount based on the obtained electric power amount information. An electric power information DB(123) stores electric power amount information or carbon dioxide reduction amount information.

Description

Operations management system of eco-environmental traffic means

The present invention relates to an operation management system of eco-friendly transportation, and more particularly, eco-friendly transportation that provides value and operation management by converting the amount of power generated by the eco-friendly transportation or the user's moving distance information into a carbon dioxide reduction amount. The operation management system of the means.

The present invention can be utilized in part as a transportation means to replace the car, which is called the main culprit of carbon dioxide, which has the advantage of reducing the amount of carbon dioxide emissions by inducing the user to move a short distance to reduce the number of uses. .

At present, the earth suffers from abnormal climate events such as flooding, extreme drought, and global warming due to various industrial activities, the use of fossil fuels, and deforestation. The damage caused by such extreme weather is enormous. .

In particular, greenhouse gases, which have the greatest impact on global warming, are emitted in the process of consuming fossil fuel energy at home or industrial sites, and the government, corporations, Cities are making a lot of effort.

As part of this effort, the CDM (Clean Development Mechanism) project, a greenhouse gas reduction project, has emerged as a new business.

The CDM means that GHG mandatory reduction countries (developed countries) announced by the Kyoto Protocol carry out GHG reduction projects in non-mandatory countries such as developing countries, or purchase reduction records generated by reduction projects implemented by developing countries to achieve their own reduction goals. We say system that we made available to.

In other words, CO2 reductions can be sold to developed countries in the form of carbon credits (CERs), or they can be utilized in their own reduction.

Through these projects, developed countries will receive greenhouse gas reductions that can be used to meet their reduction targets, and developing countries will be able to contribute to their sustainable development by receiving technology and financial support from developed countries.

The six major greenhouse gases currently recognized as CDM projects include CO2, CH4, N2O, SF6, PFCs, HFCs, etc. In order to register them as CDM projects, the CDM Executive Committee's guidelines and established methodologies under the UN Framework Convention on Climate Change According to the technology, its validity should be certified.

Currently, Korea has registered 17 projects, including N2O reduction project, landfill gas power generation project, wind power generation project, and small hydro power generation project. Among these, 13 million tons of N2O reduction projects at Rhodia Onsan Plant CERs were obtained, and Ulsan Chemical HFC reduction project was issued about 6 million tons in 10 times and Huchems N2O reduction project was issued about 500,000 tons in two times.

As mentioned above, the current global climate change has led to the emergence of new industries such as greenhouse gas emission control business, fossil fuel alternative business, carbon dioxide separation, storage and reuse, and the greenhouse gas emission control business is to reduce greenhouse gas emissions. The demand for energy efficiency-related technologies is expected to increase, which includes electric / hybrid automobile technology, standby power reduction technology, and energy storage technology.

In particular, power generation companies that operate thermal power plants require active reduction efforts, as they are recognized as the main culprit of greenhouse gas emissions, and in the case of automobiles, which account for the largest share of CO2 emissions, reduction efforts by local governments or cities are common. This is necessary.

Accordingly, companies in each country are preparing various countermeasures against climate change, such as developing renewable energy to reduce greenhouse gases, and are focusing on securing carbon emission rights along with carbon dioxide removal technology. In addition, the reduction of greenhouse gases through the further creation of forests is being made.

Therefore, the present invention intends to propose a new model that can manage and manage eco-friendly transportation that can be used as an alternative means of transportation, in addition to large-scale projects at national, large enterprises and local governments. .

Therefore, the present invention has been made to solve the above-mentioned conventional problems, an object of the present invention is eco-friendly transportation that can give value and manage the operation by converting the amount of self-generation generated through eco-friendly transportation into carbon dioxide reduction amount It is to provide an operation management system of the means.

In addition, another object of the present invention is to provide an operation management system of environmentally friendly transportation means that can give value and operation management by converting the moving distance information of the user using the environmentally friendly transportation to the carbon dioxide reduction amount.

In addition, another object of the present invention is to provide an operation management system of environmentally friendly transportation means to increase the user's convenience through the expansion of the utilization of environmentally friendly transportation, and to maintain the urban environment in a clean state.

The first invention for achieving the above object is a server system for obtaining and operating management information through the wired and wireless network, the generation amount information of a user using an eco-friendly means of transportation, including the generation means and the generation amount management module, the server system The generation amount information acquisition module for obtaining generation amount information of the user using the eco-friendly transportation means through a wired or wireless network; A carbon dioxide reduction calculation module for calculating a carbon dioxide reduction amount based on the generation amount information obtained through the generation amount information acquisition module; And a power generation information DB for storing and managing any one or more of power generation amount information and carbon dioxide reduction amount information of the user, including essentially the user information.

According to a second aspect of the present invention, a mobile distance information of a user using an environmentally friendly vehicle equipped with at least one travel distance information providing module of a odometer module and a GPS module is obtained and managed through a wired or wireless network. A server system comprising: a moving distance information obtaining module for obtaining moving distance information of a user using the eco-friendly transportation means through a wired or wireless network; A carbon dioxide reduction calculation module for calculating a carbon dioxide reduction amount based on the movement distance information obtained through the movement distance information acquisition module; And a movement distance information DB which essentially includes the user information and stores and manages at least one of movement distance information and carbon dioxide reduction information of the user.

According to the operation management system of the eco-friendly means of transportation according to the present invention as described above, by providing the value and operation management by converting the amount of power generated by the eco-friendly means of transportation or the user's moving distance information into the amount of carbon dioxide reduction, It can be used as a part of transportation that replaces a car, which is called the main culprit of carbon dioxide emission, and this reduces the amount of carbon dioxide emissions by inducing the users who travel close to reduce the number of cars used, thereby creating a pleasant environment city. There is an effect that makes it possible.

In particular, the amount of self-generated electricity for smooth operation of eco-friendly transportation means that 100Wh of electricity can be produced by an adult for one hour of exercise. This would have the effect of reducing carbon on the 570-tonne scale. This amount is equivalent to planting about 200,000 pine trees.

Average power generation per hour (Wh) for adults Number of Participants Exercise time Athletic day Annual power generation (KW) Carbon reduction (Kg) coefficient per power generation KW Carbon Reduction (Kg) 100 50,000 1.5 100 750,000 0.76 570,000

At the same time, if you replace the use of passenger cars through eco-friendly transportation, you can use the average travel distance of 2Km for 100 days, and if the number of participants is about 50,000 people, you can see the carbon reduction effect of 2,110 tons, which planted about 760,000 pine trees. It is like the effect.

Carbon Dioxide Reduction per Bicycle Use Distance (Kg / KM) Number of Participants Average travel distance (KM) Date of use Carbon Reduction (Kg) Carbon Reduction (Kg) 50,000 2 100 2,110,000

In addition, the user of the present invention can be used to replace the existing means of transportation at low cost or free, as well as the effect of using the accumulated points to obtain goods or replace donations and various social services. .

In addition, the local government of the present invention can generate revenue through the carbon credits obtained through the promotion of the Program-CDM project, the operation management operator can create a new profit model, the national level of energy resources It has the effect of improving the efficient use and management.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings. In describing the present invention, when it is determined that the detailed description of the related well-known configuration or function may obscure the gist of the present invention, the detailed description thereof will be omitted.

In describing the present invention, the defined terms are defined in consideration of the functions of the present invention, and they can be changed according to the intention or custom of the technician working in the field, and the definition is based on the contents throughout this specification It should be reduced.

1 is a block diagram showing the overall network shown to explain the operation management system of eco-friendly transportation according to the first embodiment of the present invention.

As shown in FIG. 1, the operation management system of the eco-friendly transportation according to the first embodiment of the present invention is connected to the eco-friendly transportation 110 through the eco-friendly transportation 110 and the wired / wireless network 10. The server system 120 may be largely configured.

The eco-friendly transportation means 110 includes a power generation means 111 for generating self-generation according to the use of the user and a power generation amount management module 112 for measuring power generation information generated through the power generation means 111, wherein the user The amount of power generation information is transmitted to the server system 120 through the wired / wireless network 10.

At this time, the eco-friendly transportation means 110 is preferably a bicycle, the power generation step 111 is preferably configured in a removable form as a battery that can charge the amount of self-generation.

In addition, the generation amount management module 112 may further include an interface module 113 that measures the generation amount generated by the generation means 111 and outputs or transmits generation amount information on the measured generation amount to an external device. have.

Here, the interface module 113 may be configured in any one or combination of the USB interface 114 or the RFID communication module 115 for outputting or transmitting the power generation information to the outside.

In addition, the server system 120 obtains and operates power generation information of the user using the eco-friendly transportation means 110 in which the power generation means 111 and the power generation management module 112 are included or combined, through the wired / wireless network 10. It is a server type system to manage.

The server system 120 is a power generation information acquisition module 121, carbon dioxide reduction amount calculation module 122, power generation information DB 123, reduced carbon dioxide value evaluation module 124, value management module 125, and notification module And 126.

The generation amount information acquisition module 121 serves to obtain generation amount information of the user using the eco-friendly transportation means 110 through the wired / wireless network 10.

The generation amount information acquisition module 121 obtains the generation amount information of the user directly or indirectly from the generation amount management module 112, and generates or updates the generation information DB 123 of the user from the obtained generation amount information. Do more.

In addition, the direct acquisition method of the generation amount information is a case where the eco-friendly transportation means 110 is directly connected to the server system 120 via the wired / wireless network 10 and transmitted, and the indirect acquisition method of the generation amount information is This is the case where the transmission is performed through the relay of the third medium mechanism (not shown) from the eco-friendly means of transportation (110).

In this case, a relay transmission method using USB or RFID may be applied as the third intermediary. There is no particular limitation, and various indirect acquisition methods other than the direct acquisition method of directly transmitting power generation information through a real-time connection may be used. It should be understood to apply.

That is, when the real-time connection between the eco-friendly means of transportation 110 and the server system 120 is not via a wired or wireless network 10, it means that power generation information is transmitted through a relay through various communication media.

The carbon dioxide reduction amount calculation module 122 calculates a carbon dioxide reduction amount based on generation amount information obtained through the generation amount information acquisition module 121.

Here, the carbon dioxide reduction amount calculation module 122 refers to the power generation amount information, and calculates the carbon dioxide reduction amount by estimating the carbon dioxide emission generated when the fossil fuel is consumed when the power generation amount is generated by at least one power generation method. do.

The power generation information DB 123 essentially includes the user information, and serves to store and manage any one or more of power generation information and carbon dioxide reduction information of the user.

In addition, the reduced carbon dioxide valuation module 124 serves to evaluate the value of the reduced carbon dioxide obtained through the carbon dioxide reduction amount calculation module 122.

The value management module 125 manages one or more values of power generation amount in the generation amount information and carbon dioxide reduction amount in the carbon dioxide reduction information, and the value management module 125 uses a predetermined equation. The value of the amount of power generation or carbon dioxide reduction, or the amount of incentives, money, or other value items (such as discount coupons or exchange tickets) provided by at least one management agency to evaluate the value of the amount of power generation or carbon dioxide reduction. Convert the value of the carbon dioxide reduction.

In addition, the value management module 125 further performs a function of processing the settlement of any one or more of the value of the power generation amount and the value of the carbon dioxide reduction amount according to the disposal results of the user.

Here, the settlement process of the value management module includes any one or more of the cumulative information and the disposal information according to the amount of generation and the carbon dioxide reduction amount, the disposal may further include a donation, the donation is the user 1 Alternatively, the donation may be made in an individual or group unit of two or more users.

In addition, the notification module 126 notifies the predetermined third management organization of the power generation amount and the carbon dioxide reduction amount.

Figure 2 is a schematic configuration diagram of an example shown to explain the operation management system of eco-friendly transportation according to FIG.

In FIG. 2, as illustrated for convenience of description, a bicycle that can be used by the user in a form fixed to the floor by eco-friendly transportation 110 is configured as an example, and a power generation unit 111 capable of charging power generation amount is provided. The server system 120 is configured in a form in which a laptop which can be directly connected and connected through the server system 120 and the wired / wireless network 10 is provided.

The user accesses the server system 120 by logging in with a notebook and selects a carbon dioxide reduction activity. Subsequently, the amount of power generated is generated while riding a bicycle, which is an eco-friendly means of transportation (110). do.

Next, the server system 120 calculates the amount of carbon dioxide reduction based on power generation information, evaluates the value of the reduced carbon dioxide obtained through the calculation, and stores and manages the user.

3 is a diagram illustrating an overall network configuration for explaining an operation management system of eco-friendly transportation according to a second embodiment of the present invention.

As shown in FIG. 3, the operation management system of the eco-friendly transportation according to the second embodiment of the present invention is connected to the eco-friendly transportation 210 through the eco-friendly transportation 210 and the wired / wireless network 10. The server system 220 may be large.

The eco-friendly transportation 210 is equipped with a moving distance information providing module 213 of any one or more of the odometer module 211 and the GPS module 212, and the user's moving distance information to the wired and wireless network 10 It transmits to the server system 210 through.

In this case, the eco-friendly transportation 210 is preferably a bicycle, and preferably further includes a moving distance information providing interface 213 that can be attached, connected or combined.

The moving distance information providing interface 213 may be an RFID communication module 214 or a USB interface for outputting or transmitting the moving distance information of the user measured from the moving distance information providing module 213 to the outside. 215) or in any combination thereof.

On the other hand, the server system 220 is of the server type to obtain and operate the operation distance information of the user using the eco-friendly transportation means 210, the movement distance information providing module 213 is installed through the wired and wireless network 10 System.

The server system 220, as shown, moving distance information acquisition module 221, carbon dioxide reduction amount calculation module 222, movement distance information DB 223, reduced carbon dioxide value evaluation module 224, value management module 225, and the notification module 226 is preferably configured.

The movement distance information acquisition module 221 obtains movement distance information of the user using the eco-friendly transportation means 210 through the wired / wireless network 10.

Here, when the moving distance information providing module 221 is a traveling odometer module 211, the moving distance information obtaining module 221 obtains driving distance information managed by the traveling distance module 211 as moving distance information. do.

On the other hand, when the moving distance information providing module 221 is the GPS module 212, the locus information moved by the eco-friendly transportation means 210 managed by the GPS module 212 is obtained as the moving distance information, The GPS module 212 stores the moving trajectory information in a predetermined condition unit when the eco-friendly transportation 210 moves.

The movement distance information acquisition module 221 may obtain movement distance information directly or indirectly through the same method as the first embodiment of the present invention, and a detailed description thereof will be omitted.

The carbon dioxide reduction amount calculation module 222 calculates the carbon dioxide reduction amount based on the movement distance information obtained through the movement distance information acquisition module 221.

In this case, the carbon dioxide reduction amount calculation module 222 refers to the movement distance information, and calculates the carbon dioxide reduction amount by estimating the carbon dioxide emission generated when the movement distance is moved to at least one transportation means consuming fossil fuel. do.

The moving distance information DB 223 essentially includes the user information, and stores and manages any one or more of the moving distance information and the carbon dioxide reduction information of the user.

The reduced carbon dioxide valuation module 224 evaluates the value of the reduced carbon dioxide obtained through the carbon dioxide reduction amount calculation module 222.

In addition, the value management module 225 evaluates and manages the carbon dioxide reduction amount information calculated from the moving distance information of the user as a value, wherein the value management module 225 converts the value of the carbon dioxide reduction amount by a predetermined formula. Alternatively, the value of the carbon dioxide reduction amount according to the travel distance information is converted into the value of an incentive or money or other value (such as a discount coupon or a redemption ticket) provided by at least one management agency evaluating the value of the carbon dioxide reduction amount.

In addition, the value management module 225 performs a function of accumulating or subtracting the value of the carbon dioxide reduction amount generated from the moving distance information, and the user can set the value of the accumulated carbon dioxide reduction amount, that is, an incentive, money or other value. You can use water for your own purposes or transfer it to others through donations.

In addition, the donation may be made in a group unit by not only one person but also two or more organizations.

The notification module 226 notifies a predetermined third management institution (including a local government) of the amount of carbon dioxide reduction acquired according to the moving distance information of the user.

4 is a schematic configuration diagram illustrating a user use example applied to an operation management system of eco-friendly transportation according to the present invention, and FIGS. 5 and 6 are applied to an operation management system of eco-friendly transportation according to the present invention. It is a schematic block diagram which shows the management method of the use and storage of bicycle which is an eco-friendly means of transportation as an example.

As shown, the bicycles, which are eco-friendly transportation (110, 210) is stored through the bicycle storage provided in a specific space, the user after confirming the user in the bicycle storage to release the lock device eco-friendly transportation (110, 210) ).

After that, when the movement to the destination is completed, the bicycle which is the eco-friendly transportation means 110 and 210 is returned through the bicycle storage provided in the specific space of the destination.

As described above, the user using the eco-friendly transportation (110, 210) can easily move to the destination while renting and returning through the bicycle storage provided for each adjacent area. Here, the eco-friendly transportation means (110, 210) may be a bicycle purchased by the user, or may be a bicycle rented by a local government or a company commissioned by the local government.

As described above, the user transmits power generation information or moving distance information generated while using the eco-friendly transportation means 110 and 210 to the server system 210 and 220, and obtains the power generation information or moving distance information from the server system ( 210 and 220 calculate the amount of carbon dioxide reduction based on the obtained information, and evaluate the value of the reduced carbon dioxide obtained through the calculation as goods (incentives, money and discount coupons, etc.) and store and manage each user.

Then, the accumulated goods of the user can be freely used by the user according to the disposal, for example, may be donated, may be used to rent the eco-friendly transportation (110, 210), or may be provided as money.

Although the present invention has been described in more detail with reference to the embodiments, the present invention is not necessarily limited to these embodiments, and various modifications can be made without departing from the spirit of the present invention. Therefore, the embodiments disclosed in the present invention are not intended to limit the technical idea of the present invention but to describe the present invention, and the scope of the technical idea of the present invention is not limited by these embodiments. The protection scope of the present invention should be interpreted by the following claims, and all technical ideas within the equivalent scope should be interpreted as being included in the scope of the present invention.

1 is a block diagram showing the entire network shown to explain the operation management system of environmentally friendly transportation according to the first embodiment of the present invention,

Figure 2 is a schematic configuration diagram of an example shown to explain the operation management system of eco-friendly transportation according to Figure 1,

3 is a diagram illustrating an overall network configuration for explaining an operation management system for eco-friendly transportation according to a second embodiment of the present invention;

4 is a schematic configuration diagram illustrating a user use example applied to an operation management system for eco-friendly transportation according to the present invention;

5 and 6 is a schematic configuration diagram showing an example of a method of managing the use and storage of bicycles applied to the operation management system of environmentally friendly transportation according to the present invention.

<Explanation of symbols for the main parts of the drawings>

110: eco-friendly transportation 111: power generation

112: power generation management module 113: interface module

114: USB interface 115: RFID communication module

120: server system 121: generation amount information acquisition module

122: carbon dioxide reduction calculation module 123: power generation information DB

124: Reduction CO2 Valuation Module

125: value management module 126: notification module

210: environmentally friendly transportation 211: odometer module

212: GPS module 213: moving distance information providing module

214: RFID communication module 215: USB interface

216: moving distance information providing interface

220: server system 221: moving distance information acquisition module

222: carbon dioxide reduction calculation module 223: moving distance information DB

224: Reduction CO2 Valuation Module

225: value management module 226: notification module

Claims (20)

It is a server system that obtains and manages the power generation information of users using eco-friendly transportation, which includes or combines the power generation means and power generation management module through wired and wireless networks. The server system, A generation amount information acquisition module for obtaining generation amount information of a user using the eco-friendly transportation method through a wired or wireless network; A carbon dioxide reduction calculation module for calculating a carbon dioxide reduction amount based on the generation amount information obtained through the generation amount information acquisition module; And A generation information DB which essentially includes the user information and stores and manages at least one of generation amount information and carbon dioxide reduction information of the user; Including, The eco-friendly means of transportation is a bicycle, the power generation means is a battery capable of charging the amount of self-generation, the carbon dioxide reduction amount calculation module refers to the power generation information, fossil consumed when the power generation in at least one power generation method Eco-friendly transportation operation management system, characterized in that for calculating the carbon dioxide reduction by estimating the carbon dioxide emissions generated during the combustion of fuel. The method of claim 1, The server system, And a reduced carbon dioxide valuation module for evaluating the value of the reduced carbon dioxide acquired through the carbon dioxide reduction amount calculation module. delete The method of claim 1, The power generation management module, And an interface module for measuring the amount of power generated by the power generation means and outputting or transmitting power generation information on the measured amount of power generation to an external device. The method of claim 4, wherein The interface module, And a USB interface or an RFID communication module for outputting or transmitting the power generation information to the outside, or a combination thereof. The method of claim 1, The generation amount information acquisition module, Obtaining the generation amount information of the user directly or indirectly from the generation amount management module, the operation management system of eco-friendly transportation, characterized in that for generating or updating the generation information DB of the user from the obtained generation amount information. The method of claim 6, The direct acquisition method of the generation amount information is a case where the eco-friendly transportation means is directly connected to the server system through the wired / wireless network and transmitted. The method of indirectly obtaining power generation information is an operation management system of eco-friendly transportation, characterized in that the case is transmitted from the eco-friendly transportation through the relay of the third intermediary. delete The method according to any one of claims 1, 2 and 4 to 7, The server system, And a value management module configured to manage any one or more values of the amount of generation in the amount of generation information and the amount of carbon dioxide reduction in the amount of carbon dioxide reduction. The value management module converts the value of the amount of power generation or carbon dioxide reduction through a predetermined formula, or provides an incentive, money or other value (discount coupon) provided by at least one management agency to evaluate the value of the amount of generation or carbon dioxide reduction. Or an exchange ticket, etc.). The method of claim 9, The value management module, And an operation of performing a settlement process according to the disposal result of the user with respect to any one or more of the value of the power generation amount and the value of the carbon dioxide reduction amount. The method of claim 10, In the settlement process of the value management module, At least one of cumulative information and disposal information according to the amount of power generation and the carbon dioxide reduction amount is included, The disposition further includes a donation, and the donation is an operation management system of eco-friendly transportation, characterized in that the donation is a group unit consisting of one user or two or more users. The method of claim 9, The server system, And a notification module for notifying a predetermined third management organization of the power generation amount and the carbon dioxide reduction amount. delete delete delete delete delete delete delete delete

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