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| 1 | 太阳能光热低温利用发展与研究显示文摘太阳能具有分散性强、能流密度低、适合得到中低温热源的特性,太阳能低温热利用是人们最早认识和利用的太阳能转换手段,也是将来太阳能低成本、觃模化应用的最重要的领域。本论文针对太阳能集热、太阳能采暖、太阳能干燥、太阳能热泵、太阳能空调、太阳能低温热収电等几个当前太阳能低温热利用的主要技术,介绍了各种技术的应用原理和背景,分析了各种已有技术的研究现状和社会需求,讨论了部分新技术的未来収展方向。同时介绍了中国科学技术大学在该领域的一些研究迚展。 | 季杰 | 2013 | 新能源进展2013，1，1： | 18 |
| 2 | 一种主、被动结合的太阳能空气采暖模拟研究显示文摘主、被动结合的太阳能双效集热器空气采暖系统,可同时解决南向房间和北向房间的供暖问题。借助TRNSYS仿真平台,编写双效集热器的嵌入模块,对应用在太阳能示范建筑上的主、被动式双效集热器空气采暖进行模拟研究。模拟结果显示在合肥地区,木质结构的示范房只需白天供暖情况下,整个采暖期的太阳能保证率为38%,而同样条件下在拉萨和上海地区,太阳能保证率分别达到77%和58%;若示范建筑采用有蓄热能力的混凝土砖墙结构,在拉萨地区全天供暖条件下太阳能保证率达到64%;晴朗天气,南向房间和北向房间白天均可达到20℃舒适性温度。同时讨论集热器倾角、出口温度、集热面积等对主动式空气采暖太阳能保证率的影响。 | 王武 季杰 于志 孙炜 | 2015 | 太阳能学报2015，36，6： | 7 |
| 3 | 基于太阳能炕的主被动复合采暖建筑的实验研究显示文摘研究一种新型的太阳能主被动复合采暖民居设计,对该系统的运行情况进行系统的实验研究。该系统结合太阳能被动式空气集热器及太阳能炕系统:太阳能炕将太阳能的应用与炕床高效的能量利用相结合,替代火炕提供舒适的睡眠环境;太阳能空气集热系统对日间的室内环境进行加热。实验工作在青海省实地展开,对系统的3种不同工作模式(太阳能炕子系统单独运行、太阳空气集热系统单独运行、太阳能炕系统与太阳能空气集热系统同时运行)进行测试。结果表明,太阳能炕夜间表面温度可保持在27~38℃之间。空气集热系统可提高室内温度4℃。 | 郑豪放 季杰 郭超 赵东升 魏蔚 | 2018 | 太阳能学报2018，39，4： | 6 |
| 4 | Recent progress on renewable energy in engineering thermophysics显示文摘This article portrays a concise review on the state-of-the-art advancements in methodologies and applications of engineering thermophysics for renewable energy, which includes wind energy, solar energy, geothermal energy, biomass energy, hydroelectric energy and CO2 capture, transportation and storage. | XU JianZhong JIN HongGuang SUI Jun LIU QiBin ZHANG MingMing | 2012 | Chinese Science Bulletin2012，57，34： | 3 |
| 5 | Study of space heating by dual-function solar collectors显示文摘A novel solar collector named dual-function solar collector(DFSC)has been proven feasible for supplying warm air for space heating in winter and hot water during none-heating season by theoretical and experimental studies.While integrated with building,the DFSC becomes component of the envelope.Because complexly coupling of several heat transfer modes and subjecting to random weather condition,the thermal influence of DFSC on a building remains obscure.In order to investigate the effect of DFSC for passive and active heating,a demonstrating office building integrated with DFSC panels on the southern wall and roof has been built in Hefei,in the east region of China.A simulation project of the whole building system in winter was built by the software TRNSYS with the new component developed for DFSC and compiled into the TRNSYS library based on the validated theoretical method and experimental results from previous studies.The simulation results show that the energy supplied by the DFSC can meet the heating requirement at most of the time of a sunny day,except early morning.More than 30%solar fraction can be provided during the whole heating season in Hefei,the value further increases to 59%in a region of high solar irradiance,such as Lhasa.While active DFSC panels are operated to provide fresh warm air through ventilation system,the flow rate shows strong influence on the solar fraction of heating load.With appropriate operation scheme of the active DFSC,more energy savings and thermal comfort can be achieved. | Jie Ji Wu Wang Wei Sun Zhi Yu | 2014 | Chinese Science Bulletin2014，59，16： | 0 |
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