1) indirect household heat metering
供暖用热量间接分户计量
2) individual metered heating
分户计量供暖
1.
It must meet the requirements of new heat users for self-regulating indoor temperature,and ensure that existing heat users not affected by flow rate change of new heat users when an individual metered heating system is connected to an existing heat-supply network.
当分户计量供暖系统与原有供热管网直接连接时,既要满足新增热用户自主调节室内温度的要求,又要保证原有热用户不受新增热用户流量变化影响。
2.
The hardware structure and principal program flow of the monitor for individual metered heating are discussed,and an introduction to its functions is given.
探讨分户计量供暖监控器的硬件结构及主程序流程,介绍其功能。
3.
By calculating the effect of indoor temperature variation on heat source load under conditions of different radiator, supply and return water temperature , reference data on determining the heat source load after individual metered heating for residences are given.
通过计算不同散热器、不同供回水温度条件下,室内温度变化对热源热负荷的影响,给出了在实行住宅分户计量供暖后热源负荷确定的参考数据。
3) heat metering in each house unit
供暖分户计量
1.
This paper briefly introduces the status quo of heat metering in each house unit, analyzes current problems concerning the popularization of the new heating system and reconstruction of the old ones, and makes an objective analysis of the energy saving prospect of heat metering in each house unit.
阐述了供暖分户计量的现状 ,剖析了新采暖系统推广、旧采暖系统改造存在的问题 ,并对推行分户计量的节能前景进行了客观分
4) heat supply with thermal counter
热计量供暖
5) Divide the door provide warm calculate the charges
分户供暖计量收费
6) household metering heating systems
分户计量供热
1.
A series of analysis for household metering heating systems were carried out,such as the calculation of thermal loads and the insulating heat of construction,the choice of heating metering,the heating ways of indoor,the regulating methods of heating sources and heating network,the influence of supply water quality for household metering heating systems,and the charge for heating.
针对分户计量供热系统实施过程中存在的一些具体问题,文章分别对墙体负荷的计算、热表的选择和室内供暖系统方式、热源与热网调控、二次网水质的影响、热费的收取等常见问题进行了分析,并给出了解决这些问题的一些方法和措施。
补充资料：热量计量
热量计量
metrology for heat
中产生的热效应称为溶解焙:均用Jl即1表示。热容和焙基准装置由绝热热量计、电能一温度侧量系统及绝热控温系统等组成。已有，氧化铝、锢、锌、联苯等标准物质。(李云巧)re!泊ng iiliong热，计t(metIDI卿for heat)关于热量测t，实现其单位统一、量值准确可靠的活动。热力学中，由于系统与外界的温度不同而转移的能量称为热t。热t是定蛋描述热作用的物理量，用符号口表示，sI导出单位是焦耳(J)，其他单位可由此换算。热t计l可分为燃烧热量计量、热容及熔计量(包括热容、相变焙、反应熔、溶解焙)。测量仪器称热量计，分为氧弹热量计、水流式气体热量计、微量热量计、热导热量计、绝热热量计、水热量计、脉冲热量计、差示扫描热t计等。物质完全嫩烧时释放的热量称为燃烧热。嫩烧热国家基准装皿由精密等温外套型氧弹热量计(又称基准热量计)、温度和电能测量装置及辅助设备等部分组成。纯度为卯.卯5%以上苯甲酸作为燃烧热t基准物质，其燃烧热是用电能标定过的热量计测定，为26438Jlg，国际比对结果在0.工%内一致。燃烧热标准物质有异辛烷、唾葱、烟酸等。物质的温度升高IK或(l℃)所需吸收的热量称为热容，单位为JIK。物质发生相变化时产生的热效应称为相变烙;物质发生化学反应时产生的热效应称为反应熔;物质溶解过程
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