US-20260127557-A1 - CARBON EMISSION ACCOUNTING METHOD, APPARATUS, AND SYSTEM FOR RECYCLING OF WASTE BATTERY

US20260127557A1US 20260127557 A1US20260127557 A1US 20260127557A1US-20260127557-A1

Abstract

Disclosed are a carbon emission accounting method, a device and a system for recycling of waste battery. The carbon emission accounting apparatus includes a data collection unit and an average-value calculation unit. The carbon emission accounting apparatus includes a collection transmission module and a calculation processing module. The method includes: collecting carbon emission data groups for multiple times within a period; and according to the carbon emission data groups and a preset carbon emission accounting formula group, calculating an average carbon emission amount corresponding to data collected for multiple times within the period.

Inventors

Aixia LI
Haijun YU
Benben WU
Yinghao Xie
Xuemei Zhang
Changdong LI

Assignees

GUANGDONG BRUNP RECYCLING TECHNOLOGY CO., LTD.
Hunan Brunp Recycling Technology Co., Ltd.
HUNAN BRUNP EV RECYCLING CO., LTD.

Dates

Publication Date: 20260507
Application Date: 20220811
Priority Date: 20211105

Claims (17)

1 . A carbon emission accounting device for recycling of waste battery, comprising a data acquisition unit and an averaging unit, wherein the data acquisition unit is configured to acquire periodically in a cycle, a plurality of sets of carbon emission data within a preset system boundary range on a production line at preset acquisition intervals, with each of the plurality of sets of carbon emission data acquired at a respective one of the preset acquisition intervals; and the averaging unit is configured to calculate an average carbon emission in the cycle according to a preset carbon emission calculation formula set and the plurality of sets of carbon emission data.
2 . The carbon emission accounting device for recycling of waste battery according to claim 1 , further comprising an instruction receiving unit configured to receive an acquisition instruction sent by a user, wherein the acquisition instruction comprises an acquisition interval, a cycle length, and a system boundary range.
3 . The carbon emission accounting device for recycling of waste battery according to claim 1 , further comprising an interactive analysis unit configured to generate an analysis report according to the average carbon emission and send the analysis report to the user.
4 . A carbon emission accounting method for recycling of waste battery executed by the carbon emission accounting device for recycling of waste battery according to claim 1 , comprising: acquiring periodically in a cycle, a plurality of sets of carbon emission data within a preset system boundary range on a production line at preset acquisition intervals, with each of the plurality of sets of carbon emission data acquired at a respective one of the preset acquisition intervals; and calculating an average carbon emission in the cycle according to a preset carbon emission calculation formula set and the plurality of sets of carbon emission data.
5 . The carbon emission accounting method for recycling of waste battery according to claim 4 , further comprising: receiving an acquisition instruction sent by a user, wherein the acquisition instruction comprises an acquisition interval, a cycle length, and a system boundary range.
6 . The carbon emission accounting method for recycling of waste battery according to claim 5 , further comprising: generating an analysis report according to the average carbon emission and sending the analysis report to the user.
7 . The carbon emission accounting method for recycling of waste battery according to claim 4 , wherein calculating the average carbon emission in the cycle according to the preset carbon emission calculation formula set and the plurality of sets of carbon emission data comprises: according to a carbon emission calculation formula and each of the plurality of sets of carbon emission data, calculating a respective one of a plurality of first carbon emissions corresponding to each of the plurality of sets of carbon emission data, wherein the preset carbon emission calculation formula set comprises the carbon emission calculation formula and an averaging formula; and calculating an average value of the plurality of first carbon emissions by the averaging formula, and taking the average value as the average carbon emission in the cycle corresponding to the plurality of sets of carbon emission data.
8 . A carbon emission accounting system for recycling of waste battery, comprising a plurality of acquisition and transmission modules and a calculation processing module that are in communication connection, wherein each of the plurality of acquisition and transmission module is arranged on a respective one of a plurality of nodes to be tested on a production line, and each of the plurality of acquisition and transmission modules is configured to acquire a plurality of sets of carbon emission data of the node to be tested and transmit the plurality of sets of carbon emission data to the calculation processing module; and the calculation processing module is configured to execute the carbon emission accounting method for recycling of waste battery according to claim 4 based on the plurality of sets of carbon emission data to realize carbon emission accounting.
9 . The carbon emission accounting system for recycling of waste battery according to claim 8 , further comprising a user interaction module, wherein the user interaction module comprises a touchable/non-touchable display screen, an input keyboard, a virtual keyboard, an indicator light, a loudspeaker, a microphone, or a combination thereof.
10 . The carbon emission accounting device for recycling of waste battery according to claim 2 , further comprising an interactive analysis unit configured to generate an analysis report according to the average carbon emission and send the analysis report to the user.
11 . The carbon emission accounting method for recycling of waste battery according to claim 4 , further comprising an instruction receiving unit configured to receive an acquisition instruction sent by a user, wherein the acquisition instruction comprises an acquisition interval, a cycle length, and a system boundary range.
12 . The carbon emission accounting method for recycling of waste battery according to claim 4 , further comprising an interactive analysis unit configured to generate an analysis report according to the average carbon emission and send the analysis report to the user.
13 . The carbon emission accounting method for recycling of waste battery according to claim 5 , wherein calculating the average carbon emission in the cycle according to the preset carbon emission calculation formula set and the plurality of sets of carbon emission data comprises: according to a carbon emission calculation formula and each of the plurality of sets of carbon emission data, calculating a respective one of a plurality of first carbon emissions corresponding to each of the plurality of sets of carbon emission data, wherein the preset carbon emission calculation formula set comprises the carbon emission calculation formula and an averaging formula; and calculating an average value of the plurality of first carbon emissions by the averaging formula, and taking the average value as the average carbon emission in the cycle corresponding to the plurality of sets of carbon emission data.
14 . The carbon emission accounting method for recycling of waste battery according to claim 6 , wherein calculating the average carbon emission in the cycle according to the preset carbon emission calculation formula set and the plurality of sets of carbon emission data comprises: according to a carbon emission calculation formula and each of the plurality of sets of carbon emission data, calculating a respective one of a plurality of first carbon emissions corresponding to each of the plurality of sets of carbon emission data, wherein the preset carbon emission calculation formula set comprises the carbon emission calculation formula and an averaging formula; and calculating an average value of the plurality of first carbon emissions by the averaging formula, and taking the average value as the average carbon emission in the cycle corresponding to the plurality of sets of carbon emission data.
15 . The carbon emission accounting system for recycling of waste battery according to claim 8 , further comprising: receiving an acquisition instruction sent by a user, wherein the acquisition instruction comprises an acquisition interval, a cycle length, and a system boundary range.
16 . The carbon emission accounting system for recycling of waste battery according to claim 15 , further comprising: generating an analysis report according to the average carbon emission and sending the analysis report to the user.
17 . The carbon emission accounting system for recycling of waste battery according to claim 8 , wherein calculating the average carbon emission in the cycle according to the preset carbon emission calculation formula set and the plurality of sets of carbon emission data comprises: according to a carbon emission calculation formula and each of the plurality of sets of carbon emission data, calculating a respective one of a plurality of first carbon emissions corresponding to each of the plurality of sets of carbon emission data, wherein the preset carbon emission calculation formula set comprises the carbon emission calculation formula and an averaging formula; and calculating an average value of the plurality of first carbon emissions by the averaging formula, and taking the average value as the average carbon emission in the cycle corresponding to the plurality of sets of carbon emission data.

Description

TECHNICAL FIELD The present disclosure belongs to the field of carbon emission accounting for recycling of waste battery, and relates to a method, a device, and a system for accounting carbon emission from recycling of waste battery. BACKGROUND Global warming and climate change are issues related to the destiny of all mankind, and many measures have been taken in the international community to deal with the issues. With the widespread popularization of new energy vehicles, decommissioned batteries will grow explosively in the next few years. Recycling of battery, especially the recycling of traction batteries for new energy vehicle, is not only a task of recycling resource, but also one of the important means for energy conservation and environmental protection, control of carbon emissions, and promotion of early carbon peaking. In the existing technologies, a pre-treatment process for recycling of waste battery usually includes a pyrolysis process and a dry shredding and sorting process, where the pyrolysis process is used to treat battery scraps with electrolytic solution, and the dry shredding and sorting process is used to treat battery cells without the electrolytic solution (or battery scraps with a small amount of the electrolytic solution). Since pyrolysis involves high-temperature decomposition with large energy consumption during a production process and results in a large amount of carbon emissions, it is a process that enterprises for recycling waste batteries focus on in terms of carbon emissions. However, the existing techniques still cannot account a carbon emission during a pyrolysis treatment process for recycling of waste battery, which makes it difficult for enterprises to evaluate and control carbon emissions. Therefore, there is currently a need for method, device, and system for accounting a carbon emission from recycling of waste battery, so as to overcome the above-mentioned shortcomings in the existing technologies. SUMMARY In view of the above-mentioned technical problems in the art, the present disclosure is intended to provide a method, a device, and a system for accounting a carbon emission from recycling of waste battery, which provides accurate data support for carbon trading and carbon emission monitoring of enterprises for recycling waste batteries, thereby improving the manageability of carbon emissions for enterprises. The present disclosure provides a carbon emission accounting device for recycling of waste battery, including a data acquisition unit and an averaging unit, where the data acquisition unit is configured to acquire periodically in a cycle, a plurality of sets of carbon emission data within a preset system boundary range on a production line at preset acquisition intervals; and the averaging unit is configured to calculate an average carbon emission in the cycle according to a preset carbon emission calculation formula set and the plurality of sets of carbon emission data. In an embodiment, the device further includes an instruction receiving unit configured to receive an acquisition instruction sent by a user; and the acquisition instruction includes an acquisition interval, a cycle length, and a system boundary range. In an embodiment, the device further includes an interactive analysis unit configured to generate an analysis report according to the average carbon emission and send the analysis report to the user. The present disclosure provides a carbon emission accounting method for recycling of waste battery executed by the carbon emission accounting device for recycling of waste battery described above, including: acquiring periodically in a cycle, a plurality of sets of carbon emission data within a preset system boundary range on a production line at preset acquisition intervals; and calculating an average carbon emission in the cycle according to a preset carbon emission calculation formula set and the plurality of sets of carbon emission data. In an embodiment, the method further includes: receiving an acquisition instruction sent by a user, where the acquisition instruction includes an acquisition interval, a cycle length, and a system boundary range. In an embodiment, the method further includes: generating an analysis report according to the average carbon emission and sending the analysis report to the user. In an embodiment, calculating the average carbon emission in the cycle according to the preset carbon emission calculation formula set and the plurality of sets of carbon emission data includes: according to a carbon emission calculation formula and each of the plurality of sets of carbon emission data, calculating a respective one of a plurality of first carbon emissions corresponding to each of the plurality of sets of carbon emission data, where the preset carbon emission calculation formula set includes the carbon emission calculation formula and an averaging formula; and calculating an average value of the plurality of first carbon emiss