如何提高建築設備系統在災難發生後一定期間內可支撐生命活動與維持建築活動關鍵業務，機械設備性能持續、韌性計畫與回復支援力是韌性設備系統計畫主目的，從平時基地周邊基礎供水供電情報與定期防災演練到建築體耐震更新修繕、災時儲備物預防甚至設備系統全面維護管理都是提高災難發生時支援與延長基本建築活動的關鍵。平時BEMS系統轉換災時BCP模式簡化供水電餘量表示有助現場後續救助或簡易快速判別，受災後建築回復期間與後期回復水準設定上，平時給水與發電供油設計量建議最大不超過3天量，太陽能發電與雨水回收設備在災時無受損也可考慮如何將設備併入災期支援運作。另外排水槽設備運作的平時維管與監視也相當重要，進行設備系統一般診斷以提高系統韌性度與災後即時勘查維持生命業務活動持續性都是提高建築回復力的韌性計畫原則。

How to enhance the resilience of building equipment systems to support life activities and maintain critical operations for a certain period after disasters is the primary objective of resilience planning and recovery support. From routine supply and power information around the base to regular disaster drills, seismic updates and repairs to building structures, preventive measures for disaster reserves, and comprehensive maintenance management of equipment systems, all contribute significantly to enhancing support during disasters and extending the basic building activities. Utilizing the Building Energy Management System (BEMS) to transition into BCP mode simplifies the presentation of water and electricity reserves, aiding in subsequent rescue or reconstruction assessments on-site. During the post-disaster recovery period and setting recovery standards, it is recommended that the designed water and fuel supply quantities for power generation not exceed a maximum of three days’ worth of supply. If solar power generation and rainwater recovery equipment remain undamaged during disasters, they can also be considered for inclusion in disaster support operations. Additionally, regular maintenance and monitoring of drainage equipment operation are equally important. Conducting general diagnostics of equipment systems to improve system resilience and immediate post-disaster reconnaissance diagnosis to maintain the continuity of life and business activities are the fundamental principles of resilience building equipment plans for building recovery.