TWI427551B - Carbon investigation management system and method - Google Patents
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
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Description
本發明涉及一種管理系統及方法，尤其是涉及一種碳盤查管理系統及方法。 The present invention relates to a management system and method, and more particularly to a carbon inventory management system and method.
目前對於組織碳盤查實施上仍停留在紙本作業，雖然有ISO 14064-1國際標準支持，但盤查過程繁瑣耗時，且第三方查證困難。而產品碳盤查計算也仍採用紙本作業，實施手法落後且沒有平臺支援大量資料儲存與計算，雖然有PAS2050國際標準支援，但不同產業不同產品在計算上有很大的差異。且組織碳盤查與產品碳盤查的實施涉及橫向縱向的資料互相引用，活動資料與排放係數也不斷在改變，目前此兩項作業仍分開實施且使用人力計算，並沒有平臺支援。對於未來的碳稅繳納與碳權交易趨勢，政府單位與企業若要實施節能減排，皆需要導入碳盤查管理，若無有效的解決方案作為資料支援，將很難實現。 At present, the implementation of carbon inventory inspection is still stuck in paperwork. Although it is supported by ISO 14064-1 international standard, the inspection process is cumbersome and time-consuming, and third-party verification is difficult. The product carbon inventory calculation still uses paperwork, the implementation method is backward and there is no platform to support a large amount of data storage and calculation. Although there are PAS2050 international standards support, different products in different industries have great differences in calculation. The implementation of carbon inventory and product carbon inventory involves horizontal and vertical data cross-referencing, activity data and emission factors are constantly changing. Currently, these two operations are still implemented separately and use human resources calculation, and there is no platform support. For future carbon tax payment and carbon rights trading trends, government units and enterprises need to introduce carbon inventory management if they want to implement energy conservation and emission reduction. If there is no effective solution as data support, it will be difficult to achieve.
鑒於以上內容，有必要提供一種碳盤查管理系統，可以使用同一個平臺完成組織碳盤查與產品碳盤查管理，且能夠方便地進行大量資料運算。 In view of the above, it is necessary to provide a carbon inventory management system, which can use the same platform to complete the organization of carbon inventory and product carbon inventory management, and can easily carry out a large number of data operations.
鑒於以上內容，還有必要提供一種碳盤查管理方法，可以使用同 一個平臺完成組織碳盤查與產品碳盤查管理，且能夠方便地進行大量資料運算。 In view of the above, it is also necessary to provide a carbon inventory management method that can be used A platform completes the organization of carbon inventory and product carbon inventory management, and can easily perform a large number of data operations.
所述碳盤查管理系統，運行於由多個伺服器集成的伺服器集群中，該伺服器集群包括資料庫，該系統包括：維護模組，用於進行基礎資料的維護；設置模組，用於設置排放係數及計算比例；選擇模組，用於選擇進行組織碳盤查過程或者產品碳盤查過程；建立模組，用於建立盤查範圍；獲取模組，用於根據所建立的盤查範圍，獲取所需的基礎資料；計算模組，用於根據排放係數、計算比例及所獲取的基礎資料，計算組織層面或者產品層面所排放的CO2當量；生成模組，用於根據上述計算結果生成組織碳盤查或者產品碳盤查結果報表，並保存到資料庫中。 The carbon inventory management system runs in a server cluster integrated by a plurality of servers, the server cluster includes a database, and the system includes: a maintenance module for performing maintenance of basic data; Set the emission factor and calculate the ratio; select the module to select the process of organizing the carbon inventory or the product carbon inventory; establish a module to establish the scope of the inspection; and obtain the module for obtaining the scope according to the established inventory The basic data required; the calculation module is configured to calculate the CO 2 equivalent discharged at the organizational level or the product level according to the emission coefficient, the calculation ratio and the obtained basic data; and generate a module for generating an organization according to the above calculation result Carbon inventory or product carbon inventory results report, and saved to the database.
所述碳盤查管理方法，應用於由多個伺服器集成的伺服器集群中，該伺服器集群包括資料庫，該方法包括步驟：進行基礎資料的維護；設置排放係數及計算比例；選擇進行組織碳盤查過程或者產品碳盤查過程；建立盤查範圍；根據所建立的盤查範圍，獲取所需的基礎資料；根據排放係數、計算比例及所獲取的基礎資料，計算組織層面或者產品層面所排放的CO2當量；根據上述計算結果生成組織碳盤查或者產品碳盤查結果報表，並保存到資料庫中。 The carbon disk management method is applied to a server cluster integrated by a plurality of servers, the server cluster includes a data library, and the method includes the steps of: performing maintenance of basic data; setting an emission coefficient and calculating a ratio; and selecting to organize Carbon inventory process or product carbon inventory process; establish the scope of inventory; obtain the required basic data according to the scope of the established inventory; calculate the CO emitted at the organizational level or product level according to the emission coefficient, the calculation ratio and the basic data obtained 2 equivalents; according to the above calculation results, a report of tissue carbon inventory or product carbon inventory results is generated and saved in the database.
相較于習知技術，本發明所述之碳盤查管理系統及方法，能夠使用同一個平臺完成組織碳盤查與產品碳盤查管理，方便進行資料共用和統一調配。另外雲計算平臺的基礎架構可以滿足大量資料運算與平臺的擴充彈性，節省人力和時間投入，並提高了組織碳 盤查與產品碳盤查管理的品質及速度。而多維度分析碳盤查資料，可以向企業提供經營管理中的能源決策依據。 Compared with the prior art, the carbon inventory management system and method described in the present invention can use the same platform to complete the organization of carbon inventory inspection and product carbon inventory management, and facilitate data sharing and unified deployment. In addition, the infrastructure of the cloud computing platform can meet the expansion flexibility of a large number of data operations and platforms, saving manpower and time investment, and improving organizational carbon. Check the quality and speed of product carbon inventory management. Multi-dimensional analysis of carbon inventory data can provide enterprises with the basis for energy decision-making in business management.
1‧‧‧伺服器集群 1‧‧‧Server cluster
10‧‧‧碳盤查管理系統 10‧‧‧Carbon inventory management system
20‧‧‧資料庫 20‧‧‧Database
30‧‧‧交換機 30‧‧‧Switch
40‧‧‧負載均衡器 40‧‧‧Load Balancer
100‧‧‧維護模組 100‧‧‧Maintenance module
200‧‧‧設置模組 200‧‧‧Setup module
300‧‧‧選擇模組 300‧‧‧Selection module
400‧‧‧建立模組 400‧‧‧Create module
500‧‧‧獲取模組 500‧‧‧Get Module
600‧‧‧計算模組 600‧‧‧Computation Module
700‧‧‧生成模組 700‧‧‧Generation module
S10‧‧‧基礎資料維護 S10‧‧‧Basic data maintenance
S12‧‧‧設置排放係數及計算比例 S12‧‧‧Set emission factor and calculation ratio
S14‧‧‧選擇進行組織碳盤查或者產品碳盤查 S14‧‧‧Select to conduct an organization carbon inventory or product carbon inventory
S16‧‧‧建立盤查範圍 S16‧‧‧ Establishing the scope of the investigation
S18‧‧‧獲取所需的基礎資料 S18‧‧‧Get the basic information needed
S20‧‧‧計算組織層面或者產品層面所排放的CO2當量 S20‧‧‧ Calculate CO 2 equivalents emitted at the organizational or product level
S22‧‧‧生成結果報表並保存 S22‧‧‧ Generate results report and save
圖1係為本發明碳盤查管理系統較佳實施例之架構圖。 1 is a block diagram of a preferred embodiment of a carbon inventory management system of the present invention.
圖2係為本發明碳盤查管理系統較佳實施例之功能模組圖。 2 is a functional block diagram of a preferred embodiment of the carbon inventory management system of the present invention.
圖3係為本發明碳盤查管理系統較佳實施例之電力分配示意圖。 3 is a schematic diagram of power distribution of a preferred embodiment of the carbon inventory management system of the present invention.
圖4係為本發明碳盤查管理系統較佳實施例之資料表。 4 is a data sheet of a preferred embodiment of the carbon inventory management system of the present invention.
圖5係為本發明碳盤查管理方法較佳實施例之流程圖。 FIG. 5 is a flow chart of a preferred embodiment of the carbon disk inspection management method of the present invention.
如圖1所示，係為本發明碳盤查管理系統較佳實施例之架構圖。所述碳盤查管理系統10運行於由多個伺服器集成的伺服器集群1中，該伺服器集群1中還包括資料庫20、交換機30及負載均衡器40。 As shown in FIG. 1, it is an architectural diagram of a preferred embodiment of the carbon inventory management system of the present invention. The carbon inventory management system 10 operates in a server cluster 1 integrated by a plurality of servers, and the server cluster 1 further includes a database 20, a switch 30, and a load balancer 40.
所述伺服器集群1用於向所述碳盤查管理系統10提供一個雲計算(cloud computing)平臺。所述雲計算是一種網際網路上的資源利用新方式，可為大眾用戶依託網際網路上異構、自治的服務進行按需即取的計算。 The server cluster 1 is used to provide a cloud computing platform to the carbon inventory management system 10. The cloud computing is a new way of utilizing resources on the Internet, and can perform on-demand computing for mass users relying on heterogeneous and autonomous services on the Internet.
組織用戶及政府單位、檢核單位均可使用所述雲計算平臺的服務。所述組織為編制成的集體，例如某個公司等。所述組織可分為多個層級，例如某公司擁有多個分公司，每個分公司擁有多個部門。所述政府單位、檢核單位利用該雲計算平臺對所述組織的碳盤查管理進行監督和核查。 Organizations, government units, and inspection units can use the services of the cloud computing platform. The organization is a compiled group, such as a company or the like. The organization can be divided into multiple levels, for example, a company has multiple branches, and each branch has multiple departments. The government unit and the inspection unit use the cloud computing platform to supervise and verify the carbon inventory management of the organization.
對於支援所述雲計算平臺的硬體資源、軟體資源、網路資源以使用者付費的方式使用，根據使用者需求分配適當的資源。例如本實施例中碳盤查管理每年盤查一次，那麼在其他時間內所述雲計算平臺資源是閒置的，可以利用這些資源為其他使用者服務。 The hardware resources, software resources, and network resources that support the cloud computing platform are used in a user-paid manner, and appropriate resources are allocated according to user requirements. For example, in this embodiment, the carbon inventory management is checked once a year, and then the cloud computing platform resources are idle at other times, and these resources can be utilized to serve other users.
所述雲計算平臺可以根據實際情況進行擴充，沒有存儲容量的限制，可以支援大量資料的同步計算，並且計算迅速。例如當某一時間，所述組織中大量的用戶同時使用所述碳盤查管理系統10進行碳盤查管理的計算，所述雲計算平臺的伺服器會根據需求分配給各用戶所需的資源，同步進行迅速計算，不同用戶間互不干擾。 The cloud computing platform can be expanded according to actual conditions, without the limitation of storage capacity, can support synchronous calculation of a large amount of data, and the calculation is rapid. For example, when a large number of users in the organization use the carbon inventory management system 10 to perform calculation of carbon disk management at a certain time, the server of the cloud computing platform allocates resources required by each user according to requirements, and synchronizes Perform rapid calculations and do not interfere with each other.
所述碳盤查管理系統10用於在同一個平臺即所述雲計算平臺上完成組織碳盤查與產品碳盤查管理。 The carbon inventory management system 10 is configured to perform organization carbon inventory inspection and product carbon inventory management on the same platform, that is, the cloud computing platform.
所述組織碳盤查是指在組織層面盤查生產制程中所排放的CO2當量。 The tissue carbon disk check refers to the CO 2 equivalent emitted in the production process at the organizational level.
所述產品碳盤查是指在產品層面盤查產品在其整個生命週期中所排放的CO2當量，所述產品生命週期包括原物料階段、生產制程階段、運輸銷售階段、消費者使用階段及回收處理階段。所述原物料階段為形成該產品所需的所有原物料在還未進入生產制程的階段。 The carbon inventory of the product refers to checking the CO 2 equivalent of the product during its entire life cycle at the product level. The product life cycle includes the raw material stage, the production process stage, the transportation sales stage, the consumer use stage, and the recycling process. stage. The raw material stage is the stage in which all the raw materials required to form the product have not yet entered the production process.
所述CO2當量是指各種溫室氣體對自然溫室效應增強的貢獻，在本實施例中按CO2的排放量來計算。一種氣體的CO2當量是通過把該氣體的數量乘以其GWP(Global Warming Potential，全球變暖 潛能值)後得出。 The CO 2 equivalent refers to the contribution of various greenhouse gases to the enhancement of the natural greenhouse effect, which is calculated in terms of the amount of CO 2 emissions in this embodiment. The CO 2 equivalent of a gas is obtained by multiplying the amount of the gas by its GWP (Global Warming Potential).
所述資料庫20用於存儲及管理所述碳盤查管理系統10運行過程中所需要的基礎資料、計算結果及生成的報表等資料。所述資料庫20中的資料可以自動進行備份。所述基礎資料包括但不限於整個組織的生產制程或者某產品的整個生命週期中所涉及的原物料、零元件、設備、溫室氣體的GWP等資料。 The database 20 is used for storing and managing basic data, calculation results, and generated reports required during the operation of the carbon inventory management system 10. The data in the database 20 can be automatically backed up. The basic materials include, but are not limited to, the entire organization's production process or the raw materials, components, equipment, and GWP of the greenhouse gases involved in the entire life cycle of a product.
所述交換機30用於滿足所述碳盤查管理系統10運行過程中請求的分發處理。 The switch 30 is configured to satisfy the distribution process requested during the operation of the carbon inventory management system 10.
所述負載均衡器40用於當大量請求同時需要處理時，對請求分發進行協調。 The load balancer 40 is configured to coordinate request distribution when a large number of requests require processing at the same time.
如圖2所示，係為本發明碳盤查管理系統較佳實施例之功能模組圖。 As shown in FIG. 2, it is a functional module diagram of a preferred embodiment of the carbon inventory management system of the present invention.
所述碳盤查管理系統10包括維護模組100、設置模組200、選擇模組300、建立模組400、獲取模組500、計算模組600以及生成模組700。 The carbon inventory management system 10 includes a maintenance module 100, a setting module 200, a selection module 300, a setup module 400, an acquisition module 500, a calculation module 600, and a generation module 700.
所述維護模組100用於進行基礎資料的維護，包括根據實際情況即時對基礎資料進行輸入、修改、刪除等。 The maintenance module 100 is configured to perform maintenance of basic data, including inputting, modifying, deleting, etc., the basic data according to actual conditions.
所述設置模組200用於設置排放係數及計算比例。所述排放係數是指溫室氣體與原物料之間的關係係數，所述設置模組200定期到IPCC(Intergovernmental Panel on Climate Change，聯合國政府間氣候變化專門委員會)、南方電網網站上抓取排放係數 ，作為排放係數設置的依據。所述計算比例是指組織中各個層級及不同的產品對能源的分配比例，根據實際情況進行設置。例如某公司有分公司A、分公司B及分公司C，對電力的分配比例分別為0.3、0.3、0.4。 The setting module 200 is configured to set an emission coefficient and a calculation ratio. The emission coefficient refers to the relationship coefficient between the greenhouse gas and the raw material, and the setting module 200 regularly collects the emission coefficient from the IPCC (Intergovernmental Panel on Climate Change) and the Southern Power Grid website. , as the basis for setting the emission factor. The calculation ratio refers to the proportion of energy allocated to each level in the organization and different products, and is set according to actual conditions. For example, a company has branch A, branch B, and branch C, and the ratio of power distribution is 0.3, 0.3, and 0.4, respectively.
所述選擇模組300用於選擇進行組織碳盤查過程或者產品碳盤查過程。 The selection module 300 is configured to select a process for organizing a carbon inventory or a product carbon inventory.
所述建立模組400用於建立盤查範圍。當選擇進行組織碳盤查過程時，所述建立模組400用於建立組織碳盤查範圍。所述組織碳盤查範圍包括縱向範圍如需盤查的組織層級等，橫向範圍如需盤查的原物料類型等，以及盤查的時間範圍。當選擇進行產品碳盤查過程時，所述建立模組400用於建立產品碳盤查範圍。所述產品碳盤查範圍包括縱向範圍如需盤查的產品生命週期階段等，橫向範圍如需盤查的零組件類型等，以及盤查的時間範圍。 The establishing module 400 is configured to establish a search range. The setup module 400 is configured to establish a tissue carbon inventory range when the process of organizing a carbon inventory is selected. The scope of the organization carbon inventory includes the vertical level of the organization level to be checked, the horizontal range, the type of raw materials to be inspected, and the time range of the inventory. The setup module 400 is used to establish a product carbon inventory range when the product carbon inventory process is selected. The carbon inventory of the product includes the longitudinal range of the product life cycle stage, such as the product type, the horizontal range, the type of components to be inspected, and the time range of the inspection.
所述獲取模組500用於根據所建立的盤查範圍，獲取所需的基礎資料。例如組織碳盤查的橫向範圍有需盤查的原物料類型，則所述獲取模組500用於獲取所需要盤查的各種原物料類型的數量等基礎資料。 The obtaining module 500 is configured to obtain the required basic data according to the established inventory range. For example, the horizontal range of the organization carbon inventory has the original material type to be inspected, and the acquisition module 500 is used to obtain basic data such as the quantity of various raw material types to be inspected.
所述計算模組600用於根據排放係數、計算比例及所獲取的基礎資料，計算組織層面或者產品層面所排放的CO2當量。組織層面中某個層級的部門消耗某能源所排放的CO2當量=該組織消耗該能源總量*該部門計算比例*該能源排放係數*GWP。產品層面中某個產品生命週期中某階段消耗某能源所排放的CO2當量=該組織該階 段消耗該能源總量*該產品計算比例*該能源排放係數*GWP。 The calculation module 600 is configured to calculate the CO 2 equivalent discharged at the organizational level or the product level according to the emission coefficient, the calculation ratio, and the acquired basic data. At a certain level in the organizational level, the department consumes CO 2 equivalent emitted by an energy = the total amount of energy consumed by the organization * the ratio calculated by the department * the energy emission coefficient *GWP. The CO 2 equivalent of a certain energy consumption in a certain stage of a product life cycle at the product level = the total amount of energy consumed by the organization at this stage * The calculated ratio of the product * The energy emission factor *GWP.
所述生成模組700用於根據上述計算結果生成組織碳盤查或者產品碳盤查結果報表，並保存到資料庫20中。 The generating module 700 is configured to generate a tissue carbon disk check or a product carbon disk check result report according to the calculation result, and save the data to the data base 20.
對所述組織碳盤查或者產品碳盤查結果報表進行多維度分析，可以向企業提供經營管理中的能源決策依據，有效降低能源浪費。 Multi-dimensional analysis of the organization carbon inventory or product carbon inventory results report can provide enterprises with energy decision-making basis in business management, effectively reducing energy waste.
如圖3及圖4所示，係為本發明碳盤查管理系統較佳實施例之電力分配示意圖及資料表。 3 and FIG. 4 are schematic diagrams and data sheets of power distribution of a preferred embodiment of the carbon inventory management system of the present invention.
在本實施例中，某公司有3個分公司，即分公司A、分公司B、分公司C。其中分公司B包括2個部門，即部門B1、部門B2。部門B1有產品B11、產品B12、產品B13。 In this embodiment, a company has three branches, namely, branch A, branch B, and branch C. Branch B includes two departments, namely department B1 and department B2. Department B1 has product B11, product B12, and product B13.
如表4-1所示，係為該公司一年生產消耗的燃料資料表。根據該表可看出該公司一年生產消耗柴油1200000升、汽油800000升、電1000000kwh。 As shown in Table 4-1, it is the fuel data sheet consumed by the company for one year. According to the table, the company can consume 1.2 million liters of diesel, 800,000 liters of gasoline and 1,000,000 kWh of electricity per year.
如表4-2所示，係為該公司的各分公司電力計算比例分配表。根據該表可看出分公司A、分公司B、分公司C的計算比例分別為0.3、0.3、0.4。 As shown in Table 4-2, it is the distribution ratio table for the power calculation of each branch of the company. According to the table, it can be seen that the calculation ratios of branch A, branch B, and branch C are 0.3, 0.3, and 0.4, respectively.
如表4-3所示，係為分公司B的各部門電力計算比例分配表。根據該表可看出部門B1、部門B2的計算比例分別為0.2、0.8。 As shown in Table 4-3, it is the power allocation ratio allocation table for each department of branch B. According to the table, it can be seen that the calculation ratios of the department B1 and the department B2 are 0.2 and 0.8, respectively.
如表4-4所示，係為部門B1的各產品電力計算比例分配表。根據該表可看出產品B11、產品B12、產品B13的計算比例分別為0.5、0.2、0.3。 As shown in Table 4-4, it is the power allocation ratio allocation table for each product of department B1. According to the table, the calculated ratios of product B11, product B12, and product B13 are 0.5, 0.2, and 0.3, respectively.
因此，可得出分公司B一年生產消耗的電力為1000000kwh*0.3=300000kwh，部門B1一年生產消耗的電力為300000kwh*0.2=60000kwh，產品B11一年生產消耗的電力為60000kwh*0.5=30000kwh，依此類推。 Therefore, it can be concluded that the power consumed by branch B for one year is 1000000kwh*0.3=300,000kwh, the power consumed by department B1 for one year is 300,000kwh*0.2=60000kwh, and the power consumed by product B11 for one year is 60,000kwh*0.5=30000kwh. ,So on and so forth.
電力消耗會產生CO2，已知CO2的GWP為1，電力生成CO2的排放係數為1.06，則該公司一年生產消耗的電力所排放的CO2當量為1000000*1*1.06，分公司B一年生產消耗的電力所排放的CO2當量為300000*1*1.06，部門B1一年生產消耗的電力所排放的CO2當量為60000*1*1.06，產品B11一年生產消耗的電力所排放的CO2當量為30000*1*1.06，依此類推。 The power consumption will produce CO 2 . The known G 2 of the CO 2 is 1, and the emission coefficient of the CO 2 generated by the electric power is 1.06. The CO 2 equivalent of the electricity consumed by the company for one year is 1000000*1*1.06. The CO 2 equivalent of the electricity consumed by B in one year is 300,000*1*1.06, and the CO 2 equivalent of the electricity consumed by the department B1 for one year is 60,000*1*1.06, and the electricity consumed by the product B11 for one year is produced. The CO 2 equivalent emitted is 30,000*1*1.06, and so on.
其中從該公司到部門的盤查屬於組織層面的盤查，而對產品B11、產品B12或產品B13的盤查屬於產品層面的盤查。 The inventory from the company to the department is an inventory check at the organizational level, and the inventory of product B11, product B12 or product B13 is a product level check.
在本實施例中，所需資料只需輸入一次，組織碳盤查和產品碳盤查過程可以共用此資料，節省人力及時間成本。例如在上述例子中，在組織層面的盤查過程中輸入了表4-1至表4-3的資料，則產品層面的盤查過程中就可以直接使用這些資料進行計算。 In this embodiment, the required data can be input only once, and the data can be shared by the organization of the carbon disk inspection and the product carbon disk inspection process, thereby saving labor and time costs. For example, in the above example, the data in Tables 4-1 to 4-3 are input during the inventory check at the organizational level, and these materials can be directly used for calculation during the product level inspection.
如圖5所示，係為本發明碳盤查管理方法較佳實施例之流程圖。 As shown in FIG. 5, it is a flowchart of a preferred embodiment of the carbon disk management method of the present invention.
步驟S10，所述維護模組100進行基礎資料的維護，包括根據實際情況即時對基礎資料進行輸入、修改、刪除等。 In step S10, the maintenance module 100 performs maintenance of the basic data, including inputting, modifying, deleting, etc., the basic data according to actual conditions.
步驟S12，所述設置模組200設置排放係數及計算比例。所述排放係數是指溫室氣體與原物料之間的關係係數，所述設置模組200定期到IPCC、南方電網網站上抓取排放係數，作為排放係數設置 的依據。所述計算比例是指組織中各個層級及不同的產品對能源的分配比例，根據實際情況進行設置。 In step S12, the setting module 200 sets an emission coefficient and a calculation ratio. The emission coefficient refers to a relationship coefficient between the greenhouse gas and the raw material, and the setting module 200 periodically collects the emission coefficient on the IPCC and the Southern Power Grid website as the emission coefficient setting. Basis. The calculation ratio refers to the proportion of energy allocated to each level in the organization and different products, and is set according to actual conditions.
步驟S14，所述選擇模組300選擇進行組織碳盤查過程或者產品碳盤查過程。 In step S14, the selection module 300 selects a process of organizing a carbon inventory or a product carbon inventory.
步驟S16，所述建立模組400建立盤查範圍。當選擇進行組織碳盤查過程時，所述建立模組400建立組織碳盤查範圍。所述組織碳盤查範圍包括縱向範圍如需盤查的組織層級等，橫向範圍如需盤查的原物料類型等，以及盤查的時間範圍。當選擇進行產品碳盤查過程時，所述建立模組400建立產品碳盤查範圍。所述產品碳盤查範圍包括縱向範圍如需盤查的產品生命週期階段等，橫向範圍如需盤查的零組件類型等，以及盤查的時間範圍。 In step S16, the establishing module 400 establishes a search range. The setup module 400 establishes a tissue carbon inventory range when the process of organizing the carbon inventory is selected. The scope of the organization carbon inventory includes the vertical level of the organization level to be checked, the horizontal range, the type of raw materials to be inspected, and the time range of the inventory. When the product carbon inventory process is selected, the setup module 400 establishes a product carbon inventory range. The carbon inventory of the product includes the longitudinal range of the product life cycle stage, such as the product type, the horizontal range, the type of components to be inspected, and the time range of the inspection.
步驟S18，所述獲取模組500根據所建立的盤查範圍，獲取所需的基礎資料。例如組織碳盤查的橫向範圍有需盤查的原物料類型，則所述獲取模組500獲取所需要盤查的各種原物料類型的數量等基礎資料。 In step S18, the obtaining module 500 acquires the required basic data according to the established inventory range. For example, if the horizontal range of the organization carbon inventory has the original material type to be inspected, the acquisition module 500 obtains basic data such as the quantity of various raw material types that need to be inspected.
步驟S20，所述計算模組600根據排放係數、計算比例及所獲取的基礎資料，計算組織層面或者產品層面所排放的CO2當量。組織層面中某個層級的部門消耗某能源所排放的CO2當量=該組織消耗該能源總量*該部門計算比例*該能源排放係數*GWP。產品層面中某個產品生命週期中某階段消耗某能源所排放的CO2當量=該組織該階段消耗該能源總量*該產品計算比例*該能源排放係數*GWP。 In step S20, the calculation module 600 calculates the CO 2 equivalent discharged at the organizational level or the product level according to the emission coefficient, the calculation ratio, and the acquired basic data. At a certain level in the organizational level, the department consumes CO 2 equivalent emitted by an energy = the total amount of energy consumed by the organization * the ratio calculated by the department * the energy emission coefficient *GWP. The CO 2 equivalent of a certain energy consumption in a certain stage of a product life cycle at the product level = the total amount of energy consumed by the organization at this stage * The calculated ratio of the product * The energy emission factor *GWP.
步驟S22，所述生成模組700根據上述計算結果生成組織碳盤查或 者產品碳盤查結果報表，並保存到資料庫20中。 Step S22, the generating module 700 generates an organization carbon disk check according to the calculation result or The product carbon inventory result report is saved in the database 20.
綜上所述，本發明符合發明專利要件，爰依法提出專利申請。惟，以上所述者僅為本發明之較佳實施例，本發明之範圍並不以上述實施例為限，舉凡熟悉本案技藝之人士援依本發明之精神所作之等效修飾或變化，皆應涵蓋於以下申請專利範圍內。 In summary, the present invention complies with the requirements of the invention patent and submits a patent application according to law. The above is only the preferred embodiment of the present invention, and the scope of the present invention is not limited to the above-described embodiments, and equivalent modifications or variations made by those skilled in the art in light of the spirit of the present invention are It should be covered by the following patent application.
S10‧‧‧基礎資料維護 S10‧‧‧Basic data maintenance
S12‧‧‧設置排放係數及計算比例 S12‧‧‧Set emission factor and calculation ratio
S14‧‧‧選擇進行組織碳盤查或者產品碳盤查 S14‧‧‧Select to conduct an organization carbon inventory or product carbon inventory
S16‧‧‧建立盤查範圍 S16‧‧‧ Establishing the scope of the investigation
S18‧‧‧獲取所需的基礎資料 S18‧‧‧Get the basic information needed
S20‧‧‧計算組織層面或者產品層面所排放的CO2當量 S20‧‧‧ Calculate CO 2 equivalents emitted at the organizational or product level
S22‧‧‧生成結果報表並保存 S22‧‧‧ Generate results report and save
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Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| TW482973B (en) * | 2000-02-28 | 2002-04-11 | Hitachi Ltd | Chemical substance total management system and method, and storage medium storing chemical substance management program |
| TW486653B (en) * | 2000-03-17 | 2002-05-11 | Hitachi Ltd | Chemical material integrated management system and method thereof |
| TW559715B (en) * | 2000-05-29 | 2003-11-01 | Toshiba Corp | Environmental management supporting system and method, and storage medium for storing the environmental protection supporting program |
| TW200727184A (en) * | 2006-01-13 | 2007-07-16 | Hon Hai Prec Ind Co Ltd | System and method for managing examination sheets of products |
| TW200937339A (en) * | 2008-02-29 | 2009-09-01 | Omron Tateisi Electronics Co | Carbon dioxide discharged amount measuring system |
| US20100030608A1 (en) * | 2008-07-29 | 2010-02-04 | Jason Kaminsky | System and method for a carbon calculator including carbon offsets |
-
2010
- 2010-11-11 TW TW099138753A patent/TWI427551B/en not_active IP Right Cessation
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| TW482973B (en) * | 2000-02-28 | 2002-04-11 | Hitachi Ltd | Chemical substance total management system and method, and storage medium storing chemical substance management program |
| TW486653B (en) * | 2000-03-17 | 2002-05-11 | Hitachi Ltd | Chemical material integrated management system and method thereof |
| TW559715B (en) * | 2000-05-29 | 2003-11-01 | Toshiba Corp | Environmental management supporting system and method, and storage medium for storing the environmental protection supporting program |
| TW200727184A (en) * | 2006-01-13 | 2007-07-16 | Hon Hai Prec Ind Co Ltd | System and method for managing examination sheets of products |
| TW200937339A (en) * | 2008-02-29 | 2009-09-01 | Omron Tateisi Electronics Co | Carbon dioxide discharged amount measuring system |
| US20100030608A1 (en) * | 2008-07-29 | 2010-02-04 | Jason Kaminsky | System and method for a carbon calculator including carbon offsets |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| TWI807648B (en) * | 2022-02-22 | 2023-07-01 | 雷舍商務鑑價有限公司 | Accounting system with a ghg statistics function and a method for statistics of ghg |
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