There has been a close connection between power load and heating load. Heat electricity cogeneration can achieve energy saving and improve environmental quality.
电力负荷与供热负荷紧密相关，热电联产有利于节能和改善环境质量。
The water flow rate should be adjusted appropriately to cope with the heating load of each zone.
应该适当调节水的流速来满足每个区域的热负荷。
According to the national request of northern winter heating design, heating load is calculated in this paper.
按照国家关于北方地区冬季采暖设计的要求，进行了采暖负荷计算。
In this article, the calculation of heating load, the selection of heating system and how to charge are discussed.
文章就热负荷的计算，供暖系统的选择及热费收取等方面进行了探讨。
Combined with practical engineering examples, the ratio of cooling load and heating load of cogeneration system is discussed.
结合工程实例，讨论了城市冷热联供的冷、热负荷比例。
First, it introduces time series analysis principle. Then, heating load and model error prediction are given by this principle.
文中首先介绍了时间序列法预报原理，接着应用该原理给出供热负荷和模型误差的预报。
There are big differences between New and old pipeline in heating load calculations, equipment selection, heating water quality.
新、旧采暖方式在管道敷设、热负荷计算、设备选择、供暖水质等方面都有很大不同。
The simulated dynamic heating load will guide the choice of auxiliary heat scheme and the equipments in the passive solar buildings.
室内负荷的动态模拟结果为被动式太阳能建筑的辅助能源运行方案、设备选择提供依据。
However, During the design of heating engineering, determining the orientation correction factor to the heating load is very important.
然而在进行采暖工程设计时，确定采暖热负荷的朝向修正率是非常重要的。
The paper introduces a method for calculating the heating load of initial station or heating station of hot oil pipeline, and gives proof to it.
为此，介绍了一种热油管道首站或加热站加热负荷的计算方法，以合理确定管道首站和中间站的热负荷。
Flow rate balancing makes it possible to provide each zone with a design flow rate and to meet the heating load in a radiant floor heating system.
在地板辐射采暖系统中，流速平衡使每个区域都有可能达到设计流速，满足采暖负荷。
According to time series analysis principle, heating load with energy saving is predicted, which is taken as the set points for predictive control.
根据时间序列分析原理，对供热负荷进行节能预报并作为预测控制的设定值。
While focusing on reducing the heating load by making the building compact, our design allows natural sunlight and cross-ventilation in the building.
注重降低热负荷的同时，使建筑结构紧凑，我们的设计使得建筑能自然采光和通风。
This paper presents the application of heating load prediction and predictive control in the heat supply system for energy saving and high grade heat supply.
为了节能和优质供热，提出将负荷预报和预测控制施加于供热系统中。
According to Grey Forecasting theory, this paper presents two sets of Grey System Model which can be applied to forecast heating load — GM (1, 1) and Grey Correction Model.
本文根据灰色预测理论，提出了两种适用于供热负荷预测的灰色系统方法——GM(1,1)法和灰色校正模型法。
The characteristics of cooling and heating load of school buildings are discussed, the cooling and heat sources that are applicable to heating and cooling within school buildings are introduced.
探讨了校园建筑冷、热负荷的特点，介绍了适用于校园建筑供暖、供冷的冷热源。
The principle was established with designing the capability of heating equipment according to the peak heating load in greenhouse and deciding fuel store by total heating load in a period of time.
确立了依据最大采暖负荷设计采暖设备的容量，依据期间采暖负荷决定每个采暖期的燃料储备的原则，并给出了温室供热系统的设计程序。
Using the exergy analysis method, the conception of energy quality character was presented, which indicated the discretion of electricity, gas, coal, steam and hot water, cooling or heating load etc.
基于热力学第二定律的分析方法，按照能质系数的概念确定了电、天然气、煤、蒸汽、热水等各种形式的建筑用能及建筑物耗冷量、耗热量的能源品位高低；
Using the exergy analysis method, the conception of energy quality character was presented, which indicated the discretion of electricity, gas, coal, steam and hot water, cooling or heating load etc.
基于热力学第二定律的分析方法，按照能质系数的概念确定了电、天然气、煤、蒸汽、热水等各种形式的建筑用能及建筑物耗冷量、耗热量的能源品位高低；
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