Impact Area Alignment: Decarbonization
影响领域对齐：脱碳
To enhance power resilience and position buildings as active partners contributing to grid decarbonization, reliability, and power affordability through peak thermal load reduction and integrated management of building loads.
通过峰值热负荷减少和建筑负荷的综合管理，增强电力韧性，使建筑成为促进电网脱碳、可靠性和电力可负担性的积极伙伴。
| Option | Points |
|---|---|
| Option 1. Peak Thermal Load Reduction | 1–3 |
| Option 2. Energy Storage | 1–2 |
| Option 3. Demand Response Program | 1 |
| Option 4. Automated Demand-Side Management | 1 |
| Option 5. Power Resilience | 1 |
| Path | Points | Description | 说明 |
|---|---|---|
| Path 1. Ventilation Energy/Heat Recovery | 1 | 每个供应室外空气的风扇系统配备≥70%焓回收率或≥75%显热回收率 |
| Path 2. Low Thermal Conductance | 1 | 遵守ASHRAE 90.1-2022热桥要求（初始建设） |
| Path 3. Infiltration | 1 | 通过空气渗透测试，测量空气渗透率低于表1限值 |