computational fluid dynamics; computer centres; cooling; fans; power aware computing; power control; system recovery; temperature sensors; wireless sensor networks; CFD simulations; PTEC; air circulation systems; baseline thermal control strategies; circulation energy consumption; cold air supply rates; computational fluid dynamics simulations; cooling energy consumption; cooling systems; data centers; energy consumption; monitoring utilities; power sensor; predictive thermal and energy control; server built-in sensors; server hardware failure rate; server inlet temperatures; server internal fans; server overheating; temperature evolution; temperature sensor; temperature setpoints; temporal variations; wireless sensor network; Energy consumption; Fans; Power demand; Servers; Temperature distribution; Temperature measurement; Temperature sensors; data center; predictive control; thermal management; wireless sensor network;
机译:数据驱动,多设定点模型预测热控制系统,用于数据中心
机译:利用数据中心能源管理系统的ICT冷却协调控制技术降低数据中心能耗
机译:数据中心和电信系统中的技术驱动因素:多尺度热,电和能源管理
机译:PTEC:数据中心预测热敏和能量控制系统
机译:具有热感知功能的基于能源的技术,可提高数据中心的能源效率。
机译:通过温度助焊剂和能耗数据集在感觉城设备下冬季和热浪场景下的两层混凝土建筑的热行为
机译:1pTEC:数据中心预测性热量和能量控制系统