Unverified78% confidenceTradeoffTime unknown
面板AP功率受限于86盒散热空间，堆料越高越发热、长期高温易降频，实际持续吞吐往往低于标称值；追求极致速率应选吸顶AP而非面板AP
1
Sources
78%
Confidence
Long-term
Relevance
-
First Seen
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Unverified面板AP装在86底盒内散热空间小，长期高负载易过热降频，追求峰值性能和高并发（家庭NAS/多设备4K串流）优先选吸顶AP，面板AP更适合信号补盲和低密度场景82% similarUnverified弱电箱空间狭小或散热不良时不建议塞入PoE交换机+AC一体机，密闭环境高温会导致设备频繁重启，需预留散热或选低功耗方案78% similarUnverified功率越高、体积越小则发热越难控制，桌面长期使用建议选体积略大、有散热余量的型号；追求极致小巧的高功率快充在满载时外壳温度常超55度76% similarUnverified热泵烘干机的能效看APF值和一级能效标识，长期高频使用时一级能效与二级能效电费差距明显，但热泵整体能耗已远低于电热，重点还是先选对类型76% similarUnverified封闭式收纳盒会显著阻碍散热，插排持续负载超过额定功率60%（如1000W以上）时不建议全封闭，应选带侧面散热格栅或顶部镂空的款式76% similar
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