Process information
| Key Data Set Information | |
| Location | SJZ-HEB-CN |
| Geographical representativeness description | The author stated in the article that the substation was located in a cold region without giving a specific geographic location, using the geographic location of the author's grid company as the geographic location of the substation |
| Reference year | 2023 |
| Name |
|
| Use advice for data set | Data set users must consider the specific geographical and climatic conditions of cold regions when interpreting the carbon emission data. The starting point for the data set usage is the publication time of the literature source, and the data is applicable over the substation's 50-year lifespan. The bill of quantities, construction drawings, and carbon emission factors for material production and transportation should be referenced for accurate carbon footprint calculation. It's important to apply the correct grid emission factors, which are influenced by policies such as the 'Notice on Doing a Good Job on the Management of Greenhouse Gas Emission Reporting for Enterprises in the Power Generation Industry in 2023-2025'. |
| Technical purpose of product or process | The semi-underground substation, designed for use in cold regions, facilitates the distribution and transformation of electrical power. It consists of one underground level and two to three above-ground floors, using reinforced concrete and steel frame structures. This infrastructure serves to manage and regulate the electrical power flow in the grid, ensuring continuous and reliable electricity supply. |
| Classification |
Class name
:
Hierarchy level
|
| General comment on data set | The literature has derived the carbon footprint of the semi-underground substation building at each stage of its life cycle, including the physicalization stage, operation stage, and construction and dismantling stage, through the establishment of a whole life cycle carbon emission model. The physical phase includes the production and transportation of building materials. |
| Copyright | No |
| Owner of data set | |
| Quantitative reference | |
| Reference flow(s) | |
| Time representativeness | |
| Data set valid until | 2073 |
| Time representativeness description | The literature does not specify the starting time of the dataset, so the time of publication of the literature is used as the starting time of the dataset, and the building life of the substation is 50 years, so 50 years is used as the valid time period |
| Technological representativeness | |
| Technology description including background system | Construction stage: The semi-underground substation is located in a cold area, with one underground floor, two floors above ground and three floors locally. It adopts reinforced concrete frame structure for the first floor and below, and steel frame structure for the first floor and above. The height of the building is 17.9m. The total floor area is 8402.6m2, and the total floor area above ground is 4982.6m2. Operation phase: In the substation, a large amount of residual heat is generated by the equipment in the main transformer room, distribution room, reactor room, capacitor room, cable layer, etc., and fans are needed to dissipate the heat, so as to ensure that the indoor temperature stays below 40°C. The substation is located in a cold area, and the building has 1 underground floor and 2 above ground floors. |
| Flow diagram(s) or picture(s) | |
Modelling and validation
Administrative information
Inputs and Outputs