AI enabled carbon footprint calculator

人工智能碳足迹计算器

• 批准号: 10043109
• 金额: $ 6.21万
• 依托单位: CONNECTED SAFETY NET LIMITED
• 依托单位国家: 英国
• 项目类别: Grant for R&D
• 财政年份: 2022
• 资助国家: 英国
• 起止时间: 2022 至 无数据
• 项目状态: 已结题
• 来源: https://gtr.ukri.org/projects?ref=10043109
• 关键词: AI; enabled; carbon; footprint; calculator

Increasingly government legislation and companies are focused heavily on how they can significantly reduce the carbon footprint of emission intensive operations, the project **AI enabled carbon footprint calculator** will provide the ability to make decisions in real time to ensure we can achieve the best possible outcomes in relation to the environment and business sustainability and help with the pursuit of net-zero operations.The project involves building a Business Intelligence reporting tool which will identify the amount of carbon different highway repair treatments use. Cost of the repair will also be considered, giving the Local Authority (LA) the information required to make informed decisions when choosing carbon saving over cost.The report will take ordering data directly from the Authorities' Asset management system (Confirm/Symology etc) and by altering the proposed treatment type in the report give data on both monetary cost and the amount of carbon consumed.Once the job has been completed the report will show the difference between the cost and the amount of carbon used, benchmarked against a traditional hot-lay patch, the proposed treatment and the final treatment, if different.There will be a simple way for Local Authorities to be able to calculate the carbon cost for each type of treatment they use/propose to use which will be bespoke to them, ensuring local factors and methodology is considered in the calculations. This methodology will be independently verified to ensure it can be scrutinised by external parties.Once set up it will need minimal management with only actual repair types entered into the data set. It is envisaged that all other data will be automatically retrieved from the LA's Asset Management system.The resulting data will be presented in a number of visual reports giving clear information for both LA Officers and Elected Members.

越来越多的政府立法和公司都非常关注如何显著减少排放密集型业务的碳足迹，该项目 ** 支持人工智能的碳足迹计算器 ** 将提供真实的时间决策的能力，以确保我们能够在环境和商业可持续性方面取得最佳结果，并帮助追求净排放。该项目涉及建立一个商业智能报告工具，该工具将确定不同公路维修处理使用的碳量。维修费用也将被考虑，为地方当局（LA）提供在选择碳节约而非成本时做出明智决策所需的信息。该报告将直接从当局的资产管理系统获取订购数据（确认/符号等）并通过改变报告中建议的处理类型，提供有关货币成本和碳消耗量的数据。一旦工作完成，报告将显示成本和碳用量之间的差异，以传统的热铺修补、建议的处理和最终处理（如果不同）为基准。地方当局将有一种简单的方法来计算他们使用/建议使用的每种处理的碳成本，这将是为他们定制的，确保在计算中考虑当地因素和方法。这种方法将被独立验证，以确保它可以由外部各方审查。一旦设置，它将需要最少的管理，只有实际的维修类型输入到数据集。预计所有其他数据将自动从法律顾问的资产管理系统中检索，并以多份视觉报告的形式呈现，为法律顾问人员和民选议员提供清晰的信息。