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王雅然

鎖定
本科畢業於天津大學建築環境與設備工程專業,博士畢業於天津大學供熱、供燃氣、通風及空調工程專業,博士畢業後留校任教,現任天津大學環境科學與工程學院特聘研究員、博導 [1-4] 
中文名
王雅然 [1] 
畢業院校
天津大學 [1] 
學位/學歷
博士 [1] 
職    業
教師 [1] 
專業方向
供熱、供燃氣、通風及空調工程 [1] 
職    稱
特聘研究員

王雅然人物經歷

王雅然學習經歷

2012.09 ~ 2017.12: 天津大學,環境科學與工程學院,供熱、供燃氣、通風及空調工程專業,博士(直博)。 [1]  [3] 
2008.09 ~ 2012.06: 天津大學,環境科學與工程學院,建築環境與設備工程專業(輔修計算機),本科。 [1]  [3] 

王雅然工作經歷

2021.03~:天津大學,環境科學與工程學院,特聘研究員、博導。 [2-4] 
2018.11~2021.03:天津大學,環境科學與工程學院,講師。 [1] 

王雅然學術兼職

2022年起,擔任CECS城市供熱專業委員會委員; [3] 
2021年起,擔任天津市供熱學會專業學術委員會副主任兼秘書長; [3] 
2021年起,擔任Sustainability期刊(IF=3.251,JCR分區:Q2),"Sustainable Smart Cities and Society Development"特刊的客座編輯; [2-3] 
2020年起,擔任第二屆中國城鎮供熱協會標準化委員會委員; [2] 
2019年起,擔任中國城鎮供熱協會城市能源規劃專業委員會委員; [2] 
2018年起,擔任Applied Energy、Energy Conversion and Management、Applied Thermal Engineering、Energy and Buildings、Energy、Solar Energy等一區、二區SCI期刊供熱與可再生能源方向的審稿人。 [2] 

王雅然主要研究方向

1.複雜流體輸配管網高頻水力震盪的非線性動力學與代數拓撲學、狀態觀測與幾何控制論; [3] 
2. 城市級熱網動態水力-熱力耦合建模、高性能並行計算、魯棒控制及關鍵節點的H∞濾波理論; [2] 
3. 建築熱環境與暖通空調系統中流動、換熱過程的快速仿真、狀態估計理論與實時控制方法; [2] 
4. 建築熱-濕環境營造中的統計建模方法、圖像分析處理及理解、機器學習算法與智能系統構建; [2] 
5. 下一代區域能源-環境仿真與控制系統的架構設計方法、軟件工程學、3D圖形學、可視化及編程實現; [2] 

王雅然主要貢獻

王雅然項目情況

2020.10- 2022.12,科技部,十三五子課題,基於多尺度數字孿生的村鎮人居環境智慧感知與規劃分析系統研發,主持; [3] 
2021.01-2023.12,基金委,青年基金,基於不確定模型集的散熱器供暖系統末端羣魯棒平衡調控方法研究,主持; [3] 
2020.01-2023.12,科技部,十三五子課題,環渤海典型大城市固廢特性大數據管理分析與監控軟件平台研發,143萬,主持; [3] 
2019.04-2022.03,天津市科技局,青年基金,城市多熱源環狀集中供熱管網動態穩定性分析與調控理論研究,主持; [3] 
2020.07-2021.06,華電電科院,研究項目,城市供熱系統熱力設備設施健康智能診斷分析技術研究,主持; [3] 
2020.07-2021.11,西門子(中國),研究項目,區域供熱二次側控制算法和平台,主持; [3] 
2020.06-2021.01,雲泰智能科技有限公司,研究項目,智慧供熱二次網仿真分析與平衡調控系統研發,主持; [3] 
2020.07-2022.12,天津城安熱電有限公司,研究項目,基於動態3D仿真交互模型的城市供熱二次網仿真技術開發項目,主持; [3] 
2019.05-2020.05,天津恆久正泰科技,研究項目,塘沽新村供熱站合作能源管理項目經濟性分析,主持; [3] 
2019.01-2019.12,天津大學,自主基金,智能熱網仿真與控制技術發展研究,主持。 [3] 

王雅然論文情況

2017至2021年,以第一/通訊作者身份發表SCI論文40餘篇 [3]  ,部分論文如下:
[1] Wang Yaran, You Shijun, Zheng Xuejing, Zhang Huan. Accurate model reduction and control of radiator for performance enhancement of room heating system [J]. Energy and Buildings, 2017, 138:415-431.(SCI二區 [3] 
[2] Wang Yaran, You Shijun, Zheng Wandong, Zhang Huan, Zheng Xuejing, Miao Qingwei. State space model and robust control of plate heat exchanger for dynamic performance improvement [J]. Applied Thermal Engineering, 2018, 158:1588-1604.(SCI二區 [3] 
[3] Wang Yaran, You Shijun, Zhang Huan, Zheng Xuejing, Wei Shen, Miao Qingwei, Zheng Wandong. Operation stability analysis of district heating substation from the control perspective [J]. Energy and Buildings, 2017, 154:373-390.(SCI二區 [3] 
[4] Wang Yaran, You Shijun, Zhang Huan, Zheng Xuejing, Zheng Wandong, Miao Qingwei, Lu Gang. Thermal transient prediction of district heating pipeline: Optimal selection of the time and spatial steps for fast and accurate calculation [J]. Applied Energy, 2017, 206:900-910.(SCI一區 [3] 
[5] Wang Yaran, You Shijun, Zhang Huan, Zheng Wandong, Zheng Xuejing, Miao Qingwei. Hydraulic performance optimization of meshed district heating network with multiple heat sources [J]. Energy, 2017, 126:603-621.(SCI二區 [3] 
[6] Wang Na, You Shijun, Wang Yaran*(通訊作者), Zhang Huan, Miao Qingwei, Zheng Xuejing, Mi Leiyang. Hydraulic resistance identification and optimal pressure control of district heating network [J]. Energy and Buildings, 2018, 170:83-94.(SCI二區 [3] 
[7] Gong Enwen, Wang Na, You Shijun, Wang Yaran*(通訊作者), Zhang Huan, et al. Optimal operation of novel hybrid district heating system driven by central and distributed variable speed pumps [J]. Energy Conversion and Management, 2019,196:211-226.(SCI一區 [3] 
[8] Zheng Xuejing, Shi Rui, Wang Yaran*(通訊作者), You Shijun, Zhang Huan, Xia Junbao, Wei Shen, Mathematical modeling and performance analysis of an integrated solar heating and cooling system driven by parabolic trough collector and double-effect absorption chiller [J]. Energy and Buildings, 2019, 202, 109400. (SCI二區 [3] 
[9] Song Zixu, Wang Na, You Shijun, Wang Yaran*(通訊作者), Zhang Huan, Wei Shen, Zheng Xuejing, Guo Jin. Integration of geothermal water into secondary network by absorption-heat-pump-assisted district heating substations [J]. Energy and Buildings, 2019, 202109403.(SCI二區 [3] 
[10] Wang Yaran*, Shi Kaiyu, Zheng Xuejing, You Shijun, Zhang Huan, et al. Thermo-hydraulic coupled analysis of meshed district heating networks based on improved breadth first search method [J]. Energy, 2020, 205:117950. (SCI二區 [3] 
[11] Zheng Xuejing, Shi Kaiyu, Wang Yaran*(通訊作者), You Shijun, Zhang Huan, et al. Performance analysis of three iteration-free numerical methods for fast and accurate simulation of thermal dynamics in district heating pipeline [J]. Applied Thermal Engineering, 2020, 178:115622. (SCI二區 [3] 
[12] Wu Zhangxiang, You Shijun, Zhang Huan, Wei Shen, Wang Yaran*(通訊作者), et al. Performance analysis and optimization for a novel air-source gas-fired absorption heat pump [J]. Energy Conversion and Management, 2020,223:113423. (SCI一區 [3] 
[13] Shao Suola, Zhang Huan, Zheng Wandong, You Shijun, Wang Yaran*(通訊作者). Numerical and experimental investigations on heat transfer performance of the refrigerant-heated radiator [J]. Applied Thermal Engineering, 2020,179:115748. (SCI二區 [3] 
[14] Shao Suola, Zhang Huan, You Shijun, Wang Yaran*(通訊作者), Li Yonggang. Prediction of thermal potentials of multi-panel refrigerant heated radiator based on a mathematical model considering refrigerant flow distribution [J]. Energy and Buildings, 2020,228:110446. (SCI二區 [3] 
[15] Zheng Xuejing, Sun Qihang, Wang Yaran*(通訊作者), Zheng Lijun, Gao Xinyong, et al.. Thermo-hydraulic coupled simulation and analysis of a real large-scale complex district heating network in Tianjin [J]. Energy, 2021, 236:121389. (SCI二區 [3] 
[16] Zheng Xuejing, Xu Boxiao, Wang Yaran*(通訊作者), You Shijun, Zhang Huan, et al. Hydraulic transient modeling and analysis of the district heating network [J]. Sustainable Energy, Grids and Networks, 2021, 25:100409. (SCI二區) [3] 
[17] Zheng Xuejing, Hu Fangshu, Wang Yaran*(通訊作者), Zheng Lijun, Gao Xinyong, et al. Leak detection of long-distance district heating pipeline: A hydraulic transient model-based approach [J]. Energy, 2021,237:121604. (SCI二區) [3] 
[18] Shao Suola, Zhang Huan, Liu Zhikai, You Shijun, Wang Yaran*(通訊作者). Thermo-economic optimization of the direct-condensation radiant heating panel: A numerical-based approach [J]. Energy and Buildings, 2021,240:110908. (SCI二區) [3] 
[19] Wu Zhangxiang, You Shijun, Zhang Huan, Wang Yaran*(通訊作者), Jiang Yan, et al. Experimental investigations and multi-objective optimization of an air-source absorption heat pump for residential district heating [J]. Energy Conversion and Management, 2021, 240: 114267.(SCI一區 [3] 
[20] Liu Zhikai, Zhang Huan, Wang Yaran*(通訊作者), Song Zixu, You Shijun, et al. A thermal-hydraulic coupled simulation approach for the temperature and flow rate control strategy evaluation of the multi-room radiator heating system [J]. Energy, 2022,246:123347. (SCI二區) [3] 

王雅然主要科研成果

基於所建立的智能熱網理論與技術體系,自主開發了城市級大熱網優化調度軟件系統 Tensok(Thermal Energy Network Simulation & Optimization Kits),成功應用於石家莊、天津市等多個城市,大幅提升熱網能效獲省部級科技進步一等獎 [2] 
1. 建立GRG水力優化調度技術,解決複雜熱網水力工況快速優化的問題,大幅提升水力優化算法的計算速度 [2] 
2. 構建了超大熱網動態熱力和水力耦合仿真的“管路拓撲排序+高階隱式迎風+牛-拉”方法,大幅提升熱網動態過程仿真速度,使超大型城市級熱網的實時在線優化成為可能 [2] 
3. 提出並建立熱力站穩定性分析的頻域方法、熱力站和建築供暖系統的魯棒控制技術、大熱網的高效阻抗辨識解析算法,大幅提升複雜熱網的調控性能 [2] 
4. 提出並建立大熱網動態水力分析的DPM和LPM算法,實現大熱網寬頻帶壓力攝動特徵的高性能計算 [2] 
5. 建立分佈式多級泵供熱系統的高效水力優化調度理論,實現分佈式多級泵供熱系統動態運行時的穩定化,解決三級泵震盪的問題 [2] 
參考資料