集热器

V型太阳能空气集热器热过程的数值模拟

The Numerical Simulation for Transient Coefficient of V-type Solar Collector

基于BP神经网络建立了热管式真空管集热器热性能的预测校正模型。

A predictive correction model for thermal characteristics of heat-pipe evacuated tubular solar collector was established based on BP neural network .

V形隔热膜平板集热器性能的研究

Performance investigation of flat plate solar collector with V-CORRUGATED transparent insulator

具有V型镜反射器的全玻璃黑铬真空管集热器的研制

Development of all-glass evacuated tubular collectors with black chromium selective coatings and V-shaped specular reflectors

新型CPC热管式集热器的设计与模拟分析

Design and Simulation Analysis of a Novel CPC Heat-pipe Heat Collector

用于太阳集热器的sol-gel宽带SiO2减反膜

Sol-gel derived wide-band antireflective sio_2 coating used for solar heat collector

CPC热管式真空管集热器开发及其传热分析

Design and heat transfer analysis of CPC heat pipe evacuated tubular collectors

CPC太阳能中温热水系统集热器的匹配优化研究

Research on optimum matching of collectors in solar median temperature water heating system

倾斜TIM太阳能空气集热器的数值模拟

Numerical Simulation on Solar Air Collector with Tilt TIM

V形波纹多孔体太阳能空气集热器研究

Augmentation of convective heat transfer by means of high porosity porous insert study on V corrugated porous absorber solar air heater

本文报道了V形隔热膜平板集热器性能的理论与实验研究结果。

Theoretical and experimental results of performance studies of flat plate solar collector with V-corrugated transparent insulator are presented in this paper .

U型管式井下换热器的导热模型CPC型热管式真空集热器的研究

U SHAPED DOWNHOLE HEAT EXCHANGER PERFORMANCE MODELING WITH A CONDUCTION MODEL Research on CPC Heat Pipe Evacuated Tubular Solar Thermal Collector

CPC型热管式太阳能集热器采用双层盖板后，其平均热损失系数约减小一半。

The average heat loss coefficient of the CPC heat-pipe type solar collector can approximately decrease by half when a double glazing cover is adopted .

叙述真空管集热器用的太阳能高温选择性吸收膜氮氧化铝（AlNxOy）的制备及性能。

This paper describes the preparation and properties of AIN_xO_y solar energy selectively absorbing films for vacuum collecting tubes .

本文研究的太阳能集热器的最大特点是集真空技术和热管技术于一体的CPC热管式真空管太阳能集热器。

The distinguishing feature of CPC heat pipe evacuated tubular collector ( CHE ) is to combined the vacuum glass technology and heat pipe technology together .

介绍了一种新颖透明隔热材料（TIM）的蜂窝，将该种TIM蜂窝应用于太阳能空气集热器可以起到较好的集热效果。

This paper introduces a new transparent insulation material applied to the solar air collector , which can reduce the heat loss from the collector 's cover .

基于太阳能集热器的发展现状，综合利用非跟踪聚焦型聚光器CPC和热管式真空管集热器的优越性，开发了一种CPC热管式真空管太阳能集热器。

Considering the advantages of CPC ( compound parabolic concentrator ) and heat pipe evacuated tubular collector , a kind of solar collector which employed both two components is presented .

在空腔式集热器的进口聚光器（CPC）研究方面，导出了空腔式集热器CPC的表面形线方程，并探讨了CPC接收角的合理取值。

In terms of researches on compound parabolic concentrator ( CPC ) of volumetric receiver , CPC surface shape equation is deduced . Furthermore , CPC acceptance angle is chosen .

一个根据ASHRAE和SRCC标准标定集热器热性能的计算机程序

A program rating thermal performances of solar collectors based on ASHRAE and SRCC standards

根据简化的数学模型，作者利用FLUENT软件对集热器内部流场进行了数值模拟，指出了集热器较好的运行工况，并分析了该集热器的应用前景。

According to the simplified numerical model , the authors simulate the collector 's inside flow field using FLUENT software , discover the better running situation and discuss the application prospect of the collector .

本文分析了管板式集热器中的管与板的结合热导Cb对集热器的效率因子F′的影响，从而得到对集热器的热效率的影响。

In this paper , it is shown that integration thermal conductance C_b between pipe and plate in the pipe-plate collector has a comparatively big effect on the collector efficiency factor F ' , and therefore it has an effect on the collector thermal efficiency .

将太阳能烟囱、Trombe墙以及太阳能空气集热器等构件与生态建筑一体化设计安装能够取得较好的效果。

Integrating solar chimneys , Trombe walls and solar air collectors with bioclimatic buildings can lead to good results .

计算了平板集热器、真空管集热器、热管真空管集热器和CPC真空管集热器的太阳能利用系数，分析了几种太阳能集热器在空调系统中的适用性。

Calculates the solar energy ratios of flat plate , evacuated glass tubular , heat pipe evacuated tubular and CPC evacuated tubular solar collectors . Analyses the applicability of these collectors to air conditioning systems .

FPV-CPC太阳能中温集热器理论与实验研究

Theoretical and experimental study for FPV-CPC medium-temperature solar collector

热性能最优的CPC集热器在相同制冷量下，所需集热面积最小，为双层盖板集热器的58.6%，减少了安装空间。

To achieve the same amount of refrigeration , CPC vacuum-tube collector with optimum thermal performance requires the smallest collector area , only 58.6 % of the area the double-glazed collector requiring , and therefore reduces installation space significantly .

FHR-CPC集热器性能的理论研究

Theoretical study on the performance of FHR-CPC solar collector

为了提高太阳集热器的集热效率，必须抑制透明盖板表面的反射，纳米多孔SiO2薄膜可以达到宽带减反射效果。

To improve efficiency of the solar heat collector , a wide band antireflective ( AR ) coating composed of nanostructure porous SiO 2 particles was designed and coated on the transparent glazing of a solar collector to reduce its reflectivity .

FPV-CPC集热器光学性能

Optical performance of FPV-CPC collector

分析了吸收体平面上的温度数值分布及影响因素并在三维空间内用射线跟踪法进行了模拟，从而为CPC集热器吸收体温度的进一步研究提供参考。

The flat absorber 's numerical temperature distributions as well as the infective factors were analyzed . These were simulated by ray tracing in three-dimensional space . Analyzing results would be helpful for further study of temperature distributions on the CPC 's absorber .

对于应用于大型太阳能系统的CPC集热器阵列，提出计算其能量、集热器热损失系数、出口水温等参数的计算方法，并以某太阳能热水系统的CPC阵列为例进行了计算。

The calculating process of energy , collector 's thermal loss coefficient , exporting temperature for CPCs used in large-scale solar system was developed . Then , an example of the research on matching of CPCs in solar water heating system was showed .