Insulation Thickness Optimizer, ITO
收藏data.dtu.dk2022-08-08 更新2025-03-26 收录
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资源简介：
The Excel file contains an interactive tool, ITO, standing for "Insulation Thickness Optimizer". The purpose is to make it quick and straightforward to identify the insulation thickness with minimum CO2 emissions. The tool is developed for Copenhagen, nine Greenlandic destinations and eight insulation products.
The necessary inputs are:
- The building location
- The insulation type
- How the waste is handled
- ESL, Estimated Service Life of the building
These basic inputs produce the following outputs:
- Eopt, the minimum possible emissions
- dopt, the corresponding insulation thickness to Eopt
Formulas, inputs and parameters can be adjusted for the tool, ITO, to fit any location, insulation material and other conditions.
To use the tool it is necessary to have a license for Excel.
The reference to the peer-reviewed article will be added when it has been published.
Please cite this work as: N.K. Friis. 2022. Insulation Thickness Optimizer, ITO. Dataset. Technical University of Denmark, 10.11583/DTU.19672470.
This work is licensed under a CCBY 4.0 license.
Contact: Naja Kastrup Friis,
https://orcid.org/0000-0002-1371-573X
nfri@dtu.dk
该 Excel 文件包含一款交互式工具，简称 ITO，即“绝缘厚度优化器”。该工具旨在快速且简便地识别具有最低二氧化碳排放量的绝缘厚度。该工具专为哥本哈根、九个格陵兰岛目的地以及八种绝缘材料开发。所需输入包括：
- 建筑位置
- 绝缘类型
- 废弃物处理方式
- ESL，即建筑的预估使用寿命
这些基本输入将产生以下输出：
- Eopt，即可能的最小排放量
- dopt，与 Eopt 对应的绝缘厚度
可以调整公式、输入和参数以适应任何地点、绝缘材料和其它条件。
使用该工具需要拥有 Excel 的许可。
待相关同行评审文章发表后，将添加参考文献。
请引用本工作如下：N.K. Friis. 2022. 绝缘厚度优化器，ITO. 数据集. 丹麦技术大学，10.11583/DTU.19672470.
本作品受 CCBY 4.0 许可协议保护。
联系：Naja Kastrup Friis，
https://orcid.org/0000-0002-1371-573X
nfri@dtu.dk
提供机构：
data.dtu.dk
