1) heating temperature
供热温度
1.
Implementation of heating temperature monitoring and alarming system of boiler;
锅炉供热温度检测与报警系统的实现
2.
The results showed that the COP of ammonia compression-absorption heat pump cycle was lower than the traditional cycle;under the condition of same cycle pressure,the combined cycle could provide a higher heating temperature;when the heat source was at a high level,the compression ratio could be greatly reduc.
结果表明:氨压缩-吸收复合热泵循环系统的性能系数要低于传统蒸汽压缩热泵;在循环压力相等的条件下,复合循环能够提供更高的供热温度;在热源温度较高时,可以大大减小压缩机压比,提高了整个系统的安全性。
2) heating medium temperature
供暖热媒温度
1.
Comments on the heating medium temperature limit in the coal conveyance gallery of fossil-fuel-fired power plants;
以若干权威性文献的数据论证了现行规范对具有煤尘作业和防火要求的建筑所规定的供暖热媒温度限值的正确性,介绍了某些国家在热媒温度超限时所采取的措施──无(防)尘散热器。
3) warm-up heating
升温供热
1.
Meanwhile,the relationship between warm-up heating coefficient and warm-up time is studied under the regime of warm-up heating.
研究了升温供热工况下,升温供热系数与升温时间的关系,为加快室内温度的上升,热源供热量应大于热用户的供暖设计热负荷。
4) water supply temperature
供水温度
1.
Discusses some problems such as water supply temperature,switch temperature,cold water temperature,the match between water pump and system and so on.
针对冷却塔供冷系统中的供冷形式的选择、供水温度的选择、切换温度的确定、冷水温度的控制以及冷却水泵与系统的匹配等问题进行讨论。
5) heating temperature
供暖温度
1.
Through a quantitative analysis on comprehensive energy saving efficiencies, in the floor-panel heating environment, it is recommended in the paper that the indoor heating temperature be adequately reduced while keeping the heating effect.
利用热舒适理论讨论了地板辐射供暖方式与其他方式在房间内人体热舒适方面的差异,并通过对其综合节能效果的定量估计,建议在采用地板辐射供暖的节能建筑中相应降低室内供暖温度。
2.
Through a quantitative analysis of overall energy efficiencies, recommends that the indoor heating temperature be adequately reduced while keeping the same heating effect.
利用热舒适理论讨论了地板辐射供暖方式与其他方式在房间内人体热舒适方面的差异 ,并通过对其综合节能效果的定量估计 ,建议在采用地板辐射供暖的节能建筑中相应降低室内供暖温度。
6) supply water temperature
供水温度
1.
With the air enthalpy difference method,tests a fan-coil unit running in the conditions where the supply water temperature is 14 to 18 ℃,the temperature difference is 3 ℃,and studies the critical point from dry to wet conditions.
采用焓差法对某风机盘管机组在供水温度为14~18℃、供回水温差为3℃的条件下进行了实验,研究了露点温度附近干、湿工况分界区域的性能。
补充资料:集中供热(见区域供热)
集中供热(见区域供热)
district heating
集中供热(distriet heating)见区域供热。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条