Dynamic, Digitised Decarbonisation investment and engineering roadmaps for UPgrading building portfolios - (3D-UP)

用于升级建筑组合的动态、数字化脱碳投资和工程路线图 - (3D-UP)

• 批准号: 10064126
• 金额: $ 2.78万
• 依托单位: INTEGRATED ENVIRONMENTAL SOLUTIONS LIMITED
• 依托单位国家: 英国
• 项目类别: Collaborative R&D
• 财政年份: 2023
• 资助国家: 英国
• 起止时间: 2023 至 无数据
• 项目状态: 已结题
• 来源: https://gtr.ukri.org/projects?ref=10064126
• 关键词: Dynamic; Digitised; Decarbonisation; investment; engineering

3D-UP (Dynamic, Digitised Decarbonisation investment and engineering roadmaps for UPgrading building portfolios) will develop a digital twinning infrastructure and methodology for the development of decarbonisation pathways for building portfolios. The decarbonisation pathways will be complimented by a suite of data-driven services that will catalyse the adoption and implementation of the decarbonisation actions by reducing their cost and their duration.Those data-driven services will correspond to particular use cases that will be delineated through engagement with building portfolio owners/operators and users/occupants. The latter will be representing all market segments (i.e. local councils, housing estates, universities campuses, commercial real estate companies, health services) to enable the scalability and replicability of the proposed solution throughout the UK. Similarly, the needs and constraints of the owners/operators and users/occupants will be probed and identified during the Phase 1 (Feasibility Study) to inform their codification into the digital twinning infrastructure in Phase 2\. Several other such stakeholders will also be surveyed in Phase 1 for a representative mapping of their needs. The building portfolio owners will also be used to contact suppliers and other stakeholders in the buildings decarbonisation value chain to incorporate features in the digital twins that support their involvement in the implementation of the decarbonisation pathways.Additional information layers of buildings users and operators' constraints and of financing (from private and public sources including active decarbonisation support schemes) will be incorporate to the digital twinning infrastructure to enable the technoeconomic optimisation of decarbonisation pathways with inherent investment de-risking features and buy-in from both building portfolios owners and users.Overall, the main objectives of the work in 3D-UP are:1.The needs solicitation of stakeholders (building portfolio owners/operators, building users/occupants, suppliers, engineering consultants and companies) through surveys and focused interviews2.The prototype software development mapping to incorporate portfolio owners/operators, and building users/occupants constraints along direct output codification for front end engineering design and tendering and financing applications3.The use cases delineation and their respective data-driven services required to deliver an MVP (Minimum Viable Product)4.The full feasibility study for the MVP envisaging the required resources to be invested and the timeline for its development.

3D-UP（用于升级建筑物组合的动态，数字化的脱碳投资和工程路线图）将开发一种数字孪生基础设施和方法，用于开发建筑投资组合的脱碳途径。一套数据驱动的服务将通过降低其成本和持续时间来促进脱碳和实施脱碳途径，这些服务将催化和实施脱碳途径。该数据驱动的服务将与特定的用例相对应，这些案例将通过与建立Portfolio的所有者/运营商和用户和使用者和使用者/使用者和/占领者的交战来划定的特定用例。后者将代表所有市场领域（即地方议会，住房庄园，大学，商业房地产公司，卫生服务），以促进整个英国拟议解决方案的可伸缩性和可复制性。同样，将在第1阶段（可行性研究）中探究和识别所有者/运营商和用户/居住者的需求和约束，以将其编码告知第2阶段的数字孪生基础架构。其他几个此类利益相关者也将在第1阶段进行调查，以代表他们的需求映射。 The building portfolio owners will also be used to contact suppliers and other stakeholders in the buildings decarbonisation value chain to incorporate features in the digital twins that support their involvement in the implementation of the decarbonisation pathways.Additional information layers of buildings users and operators' constraints and of financing (from private and public sources including active decarbonisation support schemes) will be incorporate to the digital twinning infrastructure为了启用具有固有的投资降低风险功能的脱碳途径的技术经济优化，并从构建投资组合所有者和用户中获得买入。此外，这项工作的主要目标是：1。需要征求利益相关者（构建投资组合者/运营商，供应商，供应商，供应商，供应商，供应商，供应商，供应商，供应商，供应商，供应商，供应商，供应商，供应者，供应商，供应商，供应商，供应商，供应商，供应者，供应商，供应商，供应商，供应者）。将投资组合所有者/运营商和建筑物用户/乘员限制在直接输出编码中，用于前端工程设计以及招标和融资应用。用例划分及其各自的数据驱动服务，以提供MVP（最小可行的可行产品）4. MVP的全面资源为MVP提供了资源，以使MVP的全面资源为您的投资和时间表提供了时间，并进行了时间的发展。