Total Carbon Management
Changes in carbon emissions and absorption due to land use changes can be quantitatively understood and managed.
Total carbon simulation can quantitatively analyze the increase or decrease in emissions and absorption during land use change processes such as development projects.
In this process, effects such as the introduction of renewable energy can be simulated, supporting carbon management policies from a total volume perspective to achieve Gyeonggi-dos carbon neutral goal.
Carbon Capacity Simulation
By quantitatively analyzing carbon absorption, storage, and emissions that increase or decrease during the land use change process, we simulate ways to preserve carbon sinks and reduce carbon emissions.
In order to achieve the goal of carbon neutrality, an approach that considers the total amount of carbon from the planning stage of land use, such as development projects, is necessary.
Through various studies, field surveys, and the latest technologies such as LiDAR, carbon absorption, carbon storage, and carbon emissions in all regions of Gyeonggi-do have been established as spatial information. Based on this, the carbon balance according to land use changes can be reviewed on the map and carbon emission reduction scenarios such as introduction of renewable energy can be quantitatively analyzed.
Carbon Capacity Simulation
Gyeonggi-do development project carbon simulation comprehensively analyzes the carbon impact of overall land use changes due to development projects.
We analyze not only the carbon emissions of buildings, but also the carbon absorption and storage of new and damaged carbon sinks. We quantitatively compare carbon absorption, storage, and emissions before and after the project and propose a plan to manage the total carbon amount by applying a reduction scenario.
We analyze not only the carbon emissions of buildings, but also the carbon absorption and storage of new and damaged carbon sinks. We quantitatively compare carbon absorption, storage, and emissions before and after the project and propose a plan to manage the total carbon amount by applying a reduction scenario.
Step 1
Analysis target setting
- Parcel-based target site setting
- Set by the user
Step 2
Carbon status analysis
- Biotope-based carbon uptake and storage analysis
- Carbon emissions analysis based on building energy usage
Step 3
Carbon increase/decrease simulation
- Setting up carbon uptake and storage changes
- Setting up carbon emissions changes
- Upload Shape File Batch registration of carbon sink, storage source, and emission source
Step 4
Land use change simulation results
- Check the results of setting the change in carbon emissions within the target site
Step 5
Carbon emissions reduction simulation
- Add carbon emission reduction sources by registering the names of reduction projects such as solar power, wind power, and geothermal heat.
Step 6
Print analysis result report
- Status of changes in land use and total carbon amount
- implementation org.jsoup:jsoup:1.17.2 // HTML 파싱용
- Total carbon amount data before development project
- Total carbon amount data after development project
Building Energy Efficiency Rating Certification Evaluation Program
The Building Energy Efficiency Rating Certification Evaluation Program (ECO2) is an evaluation tool for the ‘Building Energy Efficiency Rating Certification System’ operated by the Ministry of Land, Infrastructure and Transport and the Korea Energy Agency.
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