Rapid assessment of fabric performance: historic buildings

Cheribim Ltd和谢菲尔德教区(南约克郡的英格兰教会)正在合作开发一种专门针对历史建筑的新型人工智能织物性能评估技术。这将使用多种测量和指标来为最佳情况下的热性能、实时热性能和翻新解决方案的预计效果提供准确的评级。除了适用于各种历史公共建筑，如城镇和市政厅、图书馆和博物馆，该评估工具的未来发展可能会将其应用于1919年前的国内建筑库存，极大地提高超过470万所房屋的EPC评级的准确性，并向业主提供最安全和最有效的行动，以提高他们的能效，减少与供暖、照明(和居住！)相关的碳排放。他们的家。教会举办的活动为我们的社区带来了超过500亿GB的社会价值，包括食物、温暖和凉爽的银行。然而，这受到了能源和维护成本上升的威胁，以及改善和改造建筑的挑战和不确定性。该项目将有助于确保他们实现净零排放，防止不适当和破坏性的改造，并帮助他们选择影响最大的措施来减少能源消耗和相关的碳足迹。

Cheribim Ltd and The Diocese of Sheffield (Church of England in South Yorkshire) are working in partnership to develop a novel AI-enabled fabric performance assessment technique specifically for historic buildings. This will use a multitude of measurements and indicators to provide accurate ratings for best-case thermal performance, real-time thermal performance, and projected efficacy of retrofit solutions.In addition to having applicability to a variety of historic public buildings such as town and city halls, libraries and museums, future development of the assessment tool could see its application to the pre-1919 domestic building stock, vastly improving the accuracy EPC ratings of over 4.7million houses and informing owners on the safest and most effective actions to improve their energy efficiency and reduce carbon emissions associated with heating, lighting (and living in!) their homes.Churches host activities which deliver over £50 billion-worth of social value to our communities, including food-, warm- and cool-banks. However this is threatened by rising energy and upkeep costs, and the challenges and uncertainties of improving and adapting their buildings. This project will help assure their path to net zero, safeguarding against inappropriate and damaging retrofit and helping them select the highest impact measures to reduce their energy consumption and associated carbon footprint.