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14A)_3.Battery Energy Storage: The Foundation of Energy Resilience建筑储能：能源韧…
14A)_3.Battery Energy Storage: The Foundation of Energy Resilience建筑储能：能源韧性的核心
3.1 Demand Response: Enabling Buildings to Interact with the Grid 需求响应：让建筑参与电网互动
3.1.1 From Passive Energy Consumers to Active Grid Participants从被动能源消费者到主动能源参与者
3.1.2 How Battery Storage Enables Demand Response储能如何实现需求响应
3.1.3 During Peak Demand Periods高峰需求时期
3.1.4 Economic Value: Reducing Peak Demand Charges经济价值：降低峰值需求费用
3.1.5 Demand Response as a Grid Service需求响应作为电网服务
3.1.6 Applications: Buildings Best Suited for Demand Response最适合需求响应的建筑类型
3.1.7 The Future of Demand Response需求响应的未来
3.2 Backup Power备用电源Backup Power: Beyond Emergency Protection备用电源：从应急保障到能源安全
3.2.1From Emergency Backup to Energy Security从应急备用到能源安全
3.2.2Instant Response Capability即时响应能力
3.2.3Battery Storage Provides Cleaner Backup Power储能提供更清洁的备用能源
3.2.4Critical Load Management关键负荷管理
3.2.5Energy Resilience for Extreme Weather极端天气下的能源韧性
3.2.6Application Scenarios应用场景
3.3 Microgrid Capability 微电网能力：支持建筑独立运行
3.3.1From Energy Backup to Energy Independence从备用能源到能源自主
3.3.2What Is a Building Microgrid?什么是建筑微电网？
3.3.3Grid-Connected Mode and Island Mode并网模式与孤岛模式
3.3.4The Future Role of Microgrids in Net Zero Buildings微电网在净零建筑中的未来作用
3.4 Energy storage enables buildings to have energy control capabilities.储能让建筑拥有能源控制能力
3.5 Energy Resilience: The Next Priority for Modern Buildings能源韧性：未来建筑的新核心指标
3.6 From Green Buildings to Resilient Buildings从绿色建筑到能源韧性建筑
3.7 Supporting Net Zero Buildings支持净零建筑目标
3.8 Intelligent EV Charging and Energy Load Management智能电动汽车充电与能源负荷管理