现行···出的···采暖···是基···稳定···未考···动得···的过···非连···引起···用热···。因···合于···行的···采暖···提出···动有···和主···非连···的太···暖有···率,···计算···通过···析,···同地···能有···率的···围。···传统···能保···在不···热需···太阳···有效···均有···度的···可实···太阳···最大···。

我国···暖面···建筑···耗总···,导···期雾···、环···严重···、利···生的···源供···决该···主要···一。···阳能···种易···洁能···国应···,常···筑供···源。···北地···能资···,大···区的···资源···达到···上,···西藏···区太···源等···到Ⅰ···些地···用太···热技···足平···中的···热水···但西···多处···和寒···,建···环境···以冬···为主···空调···造成···暖需···热量···其它···需热···前太···热系···热容···通常···供暖···基准···得在···节尤···季系···热容···,从···集热···生过···。综···,本···影响···集热···热特···素展···研究···究通···太阳···系统···、蓄···热（···卫生···）等···统的···量热···系,···响太···热系···的主···;通···分析···温、···照等···件及···倾角···流量···容积···条件···能集···过热···影响···提出···因素···系统···响程···先顺···以过···太阳···率等···优化···对两···（强···负荷···拉萨···射高···区-···的太···热系···了参···设计···以下···论:···通过···析,···集热···热影···主要···类,···素和···素。···素主···室外···度及···照强···计因···热媒···集热···、水···等;···太阳···系统···度会···热器···热媒···水箱···增加···,随···器面···加而···其中···针对···负荷···（非···的建···种因···统过···影响···高到···为:···倾角···器面···箱容···媒流···)针···热负···小（···的建···种因···统过···影响···高到···为:···倾角···器面···媒流···箱容···3）···各地···热负···过热···算得···结论···大部···全年···辐照···,且···资源···较其···相比···过热···西藏···地区···温及···异小···它地···,属···过热···（4···上述···已掌···系统···关键···及各···过热···响程···此,···系统···热,···萨、···区,···阳能···统进···匹配···结果···哈密···热程···,系···证冬···需求···下进···优化···,在···需依···的防···术,···地区···筑的···集热···可通···优化···法使···夏季···只产···过热···额外···金进···的防···计。···上研···了太···热系···热特···到影···过热···因素···各因···热系···程度···影响···给系···提供···论依···以后···能集···防过···打下···基础·

建立···螺旋···热沼···实验···对影···换热···参数···入口···平均···和设···（螺···径、···进行···究。···析不···对沼···温度···盘管···和传···等参···响。···明:···温对···管换···的影···管内···速,···旋盘···水温···缩短···的预···,将···温由···升至···后,···预热···15···上缩···4 ···旋盘···均传···随螺···的增···距的···减小···螺旋···水平···的沼···分布···小。

我国···区、···区常···缺乏···能资···,而···地区···能丰···度重···此,···供暖···藏区···地区···展潜···洁能···之一···解当···消耗···保护···生态···有重···。而···区气···严酷···缺氧···高性···行稳···的新···能集···太阳···在高···、西···顺利···用的···一。···对平···阳能···展开···首先···平板···集热···量传···,从···寸方···板集···行了···升机···;在···板太···热器···技术···基础···立了···平板···集热···规集···联的···真模···次,···大尺···集热···能测···、太···热循···实验···值模···了验···。最···用集···、热···数、···等集···性能···标研···板集···热性···形尺···系,···运行···环境···两类···热性···响。···实验···集热···数值···型,···量、···效率···运行···为性···分析···寸平···器在···区、···区的···性。···括以···:（···究分···尺寸···热器···率、···、热···尺寸···变化···发现···器外···增大···内部···效果···化,···单位···集热···;热···数逐···,集···位面···损失···集热···渐升···着平···器外···增大···性能···的提···2）···究了···数和···数对···平板···、常···集热···热性···响。···现:···度升···热器···失增···量减···起集···降低···单位···量的···热器···积的···逐渐···热损···降低···太阳···强,···的集···逐渐···但其···度逐···;环···主要···热器···失,···温度···,集···热损···有用···,集···升高···同的···况下···于常···器并···单一···平板···表现···的热···而且···大效···显。···研究···寸平···器在···区、···区冬···日的···况,···明:···典型···,集···拉萨···运行···长在···有效···间最···别为···h和···从全···效果···拉萨···、刚···集热···保持···间的···行。···随着···外形···增大···器在···区集···提高···显;···西宁···热器···能力···显的···刚察···加强···施;···在西···时获···用能···需要···优化···热结···时增···性能···关于···平板···集热···究结···部高···选择···太阳···产品···系统···计等···定的···

对于···阳能···集约···集型···城,···式太···暖相···阳能···热具···面积···本低···运行···理方···全可···等显···。但···集中···担的···、强···导致···积大···加,···热场···衡难···水力···程复···传统···热相···的供···度相···阳能···内工···受太···强度···气温···因素···,时···变化···而在···射强···夜温···西部···区,···工质···动加···变速···,导···场内···布不···力变···压力···烈。···太阳···场设···力计···供热···力计···按定···进行···其适···准确···待研···研究···大型···集热···、热···进行···确定···能集···力特···因素···了集···动分···模型···了阻···评价···在典···因素···大型···阻力···行了···算,···不同···式、···热面···、进···、集···下的···性,···集热···标对···性能···评价···了影···变化···场性···响关···建了···集热···特性···试系···不同···式、···典型···集热···运行···温度···况下···行了···究,···计算···行了···最后···研究···出了···集热···参数···则,···集热···修正···法,···了普···太阳···器串···比摩···值,···太阳···场阻···修正···并给···考值···究对···阳能···阻力···题提···建议···）设···热场···路行···热器···比值···排布···单位···积流···小值···）降···能集···质进···,尽···在4···下;···在满···性条···供回···选取···管径···工质···度低···;（···使太···热场···布更···避免···部高···现象···场支···不平···控制···以内···水管···最不···阻力···小于···。本···理论···数值···实验···分析···太阳···场热···与流···,确···热场···响因···握了···响因···集热···特性···了集···力修···方法···化集···力特···高运···性、···热场···定了···

随着···发展···统化···为主···系统···得能···,而···了严···境污···此,···供热···到青···是太···热系···受气···、用···规律···影响···际运···会存···系统···度高···集热···、供···低而···热半···问题···型太···中供···中尤···,且···能集···用户···矛盾···该问···出。···热系···一定···缓解···,但···型耦···系统···本上···问题···途径···此,···出一···式热···型太···热阵···供热···该系···温集···聚光···器）···收式···驱动···从而···温集···平板···）入···,提···效率···供热···本文···统工···,建···收式···太阳···供热···理模···理论···基础···用M···AB···写了···吸收···的运···,并···RN···软件···进行···拟;···市为···该耦···供热···行综···,研···光型···面积···式热···、蓄···容积···光型···流量···系统···影响···,对···了吸···泵-···耦合···统和···集热···系统···型-···集热···供热···于热···经济···能性···性等···差异···,选···西部···阳能···区的···市:···西安···、银···究了···用于···区的···征。···果表···大聚···热器···增大···热泵···减小···集热···以及···热水···可降···集热···温度···系统···度,···热效···大供···,提···性能···,与···太阳···系统···-聚···热器···热系···,在···热面···下,···热泵···能耦···系统···降低···热器···度,···热温···大集···供热···少一···消耗···炭使···和二···排放···经济···,与···太阳···系统···吸收···-太···合供···的初···大约···7%···统收···大3···与平···光型···串联···统相···收式···太阳···供热···初投···约2···,系···将会···0%···阳辐···以及···气参···响,···热泵···能耦···系统···地区···表现···异。···辐射···大的···区,···统的···佳,···水温···、集···口温···、集···和太···用率···通过···论分···值模···得了···热泵···能耦···系统···运行···的热···明确···型集···积、···热泵···蓄热···积以···型集···量对···热器···度、···率以···温度···规律···了系···同地···行效···研究···能富···型太···中供···增效···运行···一种···统方···太阳···供热···发展···起到···的促···。