百晓学者学者目录

侯宏娟

华北电力大学能源动力与机械工程学院

精选作品

期刊论文

  1. 于浩洋，王锡，侯宏娟，徐宝萍（2026）. 基于热容辨识的太阳能-空气源热泵供暖系统运行调控研究. 《太阳能学报》.
  2. 岑晓彤，王锡，侯宏娟，徐宝萍（2026）. 基于证据驱动和神经网络的区域供冷/热系统故障监测及诊断技术. 《制冷学报》.
  3. Jin Zhao, Hongjuan Hou, Wenjie Zhang (2026). A generative AI-driven framework for SOC estimation in battery energy storage systems with low-frequency monitoring. International Journal of Green Energy.DOI
  4. Haoran Yan, Hongjuan Hou, Jingyu Wu, Yixing Zhou, Xi Wang, Eric Jing Hu, Rhonin Zhou (2026). Optimal Energy Use Strategy of Load Aggregators with Heterogeneous Energy Storage in a Community Integrated Energy System Based on Hybrid Game Theory: Considering Participant Contribution. Journal of Energy Engineering.DOI
  5. Lengge Si, Hongjuan Hou, Xianrang Zhou (2026). Spatiotemporal Cloud-Shading Field Impact on Parabolic Trough Solar Field Operation under Three Flow-Control Modes. Journal of Thermal Science.DOI
  6. Chen Liu, Hongjuan Hou, Xi Wang, Kaiyi Xue, Wenkang Yao, Tianshu Li (2026). A multi-task learning-based heat load prediction method of multi-use buildings: Integrating weather-heat load conditional learning and heat load time-delay prior constraint. Energy.DOI
  7. Hui Zhang, Hongjuan Hou, Si Lengge, Qi Liu (2026). Impact of different integration modes between an ultra-supercritical coal-fired power plant and molten salt thermal energy storage system on thermodynamic performance. Energy.DOI
  8. Qi Liu, Hongjuan Hou, Yaochen Wang, Min Deng, Tianshu Li, Yan Jia, Eric Jing Hu (2026). Towards low-carbon heavy oil recovery: multi-source renewable energy integration and multi-objective optimization. Fuel.DOI
  9. Jin Zhao, Hongjuan Hou, Wenjie Zhang (2026). Online diagnosis of connection abnormalities in lithium-ion battery energy storage systems based on daily charging voltage curves and considering SOC inconsistencies between cells. Electric Power Systems Research.DOI
  10. Si Lengge, Hongjuan Hou, Qi Liu, Hui Zhang (2026). Dynamic modeling simulation study of concentrating photovoltaic thermal (CPV/T) coupled proton exchange membrane (PEM) electrolysis system. Solar Energy.DOI
  11. Si Lengge, Xianrang Zhou, Hongjuan Hou, Zhi Zhou, Kun Zhuang, Qi Liu, Hui Zhang (2026). A physically constrained hybrid modeling framework for real-time simulation of parabolic trough solar field in CSP plants. Applied Thermal Engineering.DOI
  12. 杨腾飞，侯宏娟，刘鹏，周泽楷，滕宇航，靳涛（2025）. 集成熔融盐储热的光煤互补发电系统变负荷灵活性研究. 《太阳能学报》.DOI
  13. 李子郎，侯宏娟，王佳怡，滕宇航（2025）. 现货市场下考虑风电不确定性的光热与风电联合系统经济调度. 《太阳能学报》.
  14. 庞建伟，王锡，侯宏娟，徐宝萍，李安喆（2025）. 太阳能集热蓄热装置对装配式日光温室热环境影响研究. 《太阳能学报》.DOI
  15. 张龙龙，刘建军，李冲，渐刚，何超，周泽楷，侯宏娟（2025）. 基于HNN和SDA的超短期热负荷预测研究. 《暖通空调》.DOI
  16. 周易星，刘琦，侯宏娟，贾彦（2025）. 电动汽车集群参与下多园区综合能源系统协调优化. 《电力需求侧管理》.
  17. Daixuan Zhou, Yan Min Jia, Na Zhang, Hongjuan Hou, Fuxing Wang, Zhichao Wang (2025). An ensemble machine-learning model with online learning strategy for building load forecasting. Applied Thermal Engineering.DOI
  18. Chen Liu, Hongjuan Hou, Xi Vincent Wang, Rhonin Zhou, Xiyan Guo (2025). Fault diagnosis method for district heating network integrating multi-scenario faults: co-driven by physical mechanism and big data. Applied Thermal Engineering.DOI
  19. Yixing Zhou, Hongjuan Hou, Haoran Yan, Xi Wang, Rhonin Zhou (2025). Data-driven distributionally robust stochastic optimal dispatching method of integrated energy system considering multiple uncertainties. Energy.DOI
  20. 王耀臣，王锡，刘琦，侯宏娟，徐宝萍，李安喆（2024）. 基于改进白鲸算法的太阳能与生物质互补CCHP系统多目标优化研究. 《动力工程学报》.DOI
  21. 李安喆，侯宏娟，王锡，张辉，庞建伟（2024）. 光伏组件布置方式对光伏温室温光环境的影响研究. 《太阳能学报》.
  22. 周泽楷，侯宏娟，孙莉，靳涛（2024）. 基于CNN和BiLSTM神经网络模型的太阳能供暖负荷预测研究. 《太阳能学报》.
  23. Si Lengge, Ershu Xu, Hongjuan Hou (2024). The Simulator of China General Nuclear Power Group (CGNPC) Delingha 50 MW Parabolic Trough Solar Thermal Power Plant. SolarPACES Conference Proceedings.DOI
  24. Hui Zhang, Hongjuan Hou, Zeyu Ding, Eric Jing Hu (2024). Improving capacity configuration and load scheduling for an integrated multi-sourced cogeneration system. Energy.DOI
  25. 侯宏娟，王晶，杜琼杰，蔡亮（2023）. 塔式太阳能原位开采油页岩系统余热回收及参数优化研究. 《太阳能学报》.
  26. 王晶，侯宏娟，张辉，孙莉（2023）. 基于管网阻力辨识的太阳能-空气源热泵区域供热系统运行调控研究. 《太阳能学报》.
  27. Haoran Yan, Hongjuan Hou, Min Deng, Si Lengge, Xi Wang, Eric Jing Hu, Rhonin Zhou (2023). Stackelberg game theory based model to guide users’ energy use behavior, with the consideration of flexible resources and consumer psychology, for an integrated energy system. Energy.DOI
  28. Nan Zhang, Yumeng Zhang, Liqiang Duan, Hongjuan Hou, Hanfei Zhang, Yong Zhou, Weiwei Bao (2023). Combining integrated solar combined cycle with wind-PV plants to provide stable power: Operation strategy and dynamic performance study. Energy.DOI
  29. 张辉，侯宏娟，汉京晓，张琪，靳涛（2022）. 跨季节地埋管储热性能模拟及分析. 《工程热物理学报》.
  30. 张博智，卢妍，谭晨，周丽霞，丁泽宇，侯宏娟（2022）. 光伏光热互补发电系统多目标容量优化研究. 《热力发电》.
  31. 张琪，侯宏娟，黄畅，汉京晓，苏亚纳，侯金宜（2022）. 分布式微能源网系统集成设计优化研究. 《工程热物理学报》.
  32. 侯宏娟，张楠，丁泽宇（2022）. 太阳能热与燃煤电站互补发电技术综述. 《洁净煤技术》.
  33. Si Lengge, XU Er-shu, Tang Jianfang, Dong Jun, Dongming Zhao, Xu Hui, Zhang Yanan, Gang Yu, Hou Hongjuan (2022). Study on dynamic model and dynamic characteristics of Delingha 50 MW trough solar field. Applied Thermal Engineering.DOI
  34. 丁泽宇，侯宏娟，段立强（2021）. 基于线性规划的太阳能辅助热电联供机组运行优化研究. 《热力发电》.DOI
  35. 侯宏娟，崔浩，黄畅，宋红，李安然，赵锦（2021）. 直接空冷型槽式太阳能发热电系统技术经济分析. 《太阳能学报》.DOI
  36. 黄旭锐，苏亚纳，侯宏娟，杨波，潘军，朱以顺（2021）. 计及综合需求侧响应的能源枢纽多目标运行优化方法. 《热力发电》.DOI
  37. Zeyu Ding, Hongjuan Hou, Liqiang Duan, Guido Francesco Frate, Nan Zhang, Umberto Desideri (2021). Study on the capacity-operation collaborative optimization for multi-source complementary cogeneration system. Energy Conversion and Management.DOI
  38. Zeyu Ding, Hongjuan Hou, Liqiang Duan, Eric Jing Hu, Nan Zhang, Jifeng Song (2021). Performance analysis and capacity optimization of a solar aided coal-fired combined heat and power system. Energy.DOI
  39. Jifeng Song, Zhaoxuan Wu, Juntao Wang, Kexin Zhang, Kai You Wang, Kunhao Liu, Liqiang Duan, Hongjuan Hou (2021). Application of highly concentrated sunlight transmission and daylighting indoor via plastic optical fibers with comprehensive cooling approaches. Renewable Energy.DOI
  40. Hongjuan Hou, Jiwen Wu, Zeyu Ding, Bo Yang, Eric Jing Hu (2021). Performance analysis of a solar-assisted combined cooling, heating and power system with an improved operation strategy. Energy.DOI
  41. Hongjuan Hou, Qiongjie Du, Chang Wu Huang, Le Zhang, Eric Jing Hu (2021). An oil shale recovery system powered by solar thermal energy. Energy.DOI
  42. 白保华，丁泽宇，王康，卜令习，侯宏娟（2020）. 含有光伏发电的分布式能量系统设备容量优化. 《热力发电》.DOI
  43. Zeyu Ding, Hongjuan Hou, Liqiang Duan, Chang Wu Huang, Eric Jing Hu, Gang Yu, Yumeng Zhang, Nan Zhang (2020). Simulation study on a novel solar aided combined heat and power system for heat-power decoupling. Energy.DOI
  44. Nan Zhang, Liqiang Duan, Chang Wu Huang, Hongjuan Hou, Gang Yu, Zeyu Ding, Jianhua Wang, Qu Jie (2020). Operation strategy and dynamic performance study of integrated solar combined-cycle system. Energy Conversion and Management.DOI
  45. Nan Zhang, Gang Yu, Chang Wu Huang, Liqiang Duan, Hongjuan Hou, Eric Jing Hu, Zeyu Ding, Jianhua Wang (2020). Full-day dynamic characteristics analysis of a solar aided coal-fired power plant in fuel saving mode. Energy.DOI
  46. Junjie Wu, Yu Han, Hongjuan Hou, Yingying Sun (2020). Optimization of solar field layout and flow velocity in a solar-aided power generation system. Energy.DOI
  47. Junjie Wu, Yu Han, Hongjuan Hou (2020). A new solar share evaluation method of solar aided power generation (SAPG) system by tracing exergy flows and allocating exergy destruction. Solar Energy.DOI
  48. Chang Wu Huang, Hongjuan Hou, Gang Yu, Le Zhang, Eric Jing Hu (2019). Energy solutions for producing shale oil: Characteristics of energy demand and economic analysis of energy supply options. Energy.DOI
  49. Chang Wu Huang, Hongjuan Hou, Eric Jing Hu, Gang Yu, Si Chen, Yongping Yang (2019). Measures to reduce solar energy dumped in a solar aided power generation plant. Applied Energy.DOI
  50. Chang Wu Huang, Hongjuan Hou, Eric Jing Hu, Gang Yu, Hao Peng, Yongping Yang, Lu Wang, Jin Zhao (2019). Performance maximization of a solar aided power generation (SAPG) plant with a direct air-cooled condenser in power-boosting mode. Energy.DOI
  51. Chang Wu Huang, Hongjuan Hou, Eric Jing Hu, Gang Yu, Hao Peng, Jin Zhao, Yongping Yang (2019). Stabilizing operation of a solar aided power generation (SAPG) plant by adjusting the burners’ tilt and attemperation flows in the boiler. Energy.DOI
  52. 侯宏娟，宋嘉，徐璋，梁明宇，王露，杨勇平（2018）. 太阳能辅助直接空冷发电系统背压敏感性分析及优化. 《太阳能学报》.
  53. 侯宏娟，郑天帅（2018）. 含蓄热的太阳能辅助供热机组供暖期调峰性能分析. 《太阳能学报》.
  54. 侯宏娟，梁明宇，黄畅（2018）. 两种典型集成方式下太阳能辅助燃煤机组发电系统热性能对比分析. 《太阳能学报》.
  55. Zeyu Ding, Hongjuan Hou, Gang Yu, Eric Jing Hu, Liqiang Duan, Jin Quan Zhao (2018). Performance analysis of a wind-solar hybrid power generation system. Energy Conversion and Management.DOI
  56. Nan Zhang, Hongjuan Hou, Gang Yu, Eric Jing Hu, Liqiang Duan, Jin Zhao (2018). Simulated performance analysis of a solar aided power generation plant in fuel saving operation mode. Energy.DOI
  57. Junjie Wu, Hongjuan Hou, Eric Jing Hu, Yongping Yang (2018). Performance improvement of coal-fired power generation system integrating solar to preheat feedwater and reheated steam. Solar Energy.DOI
  58. 黄畅，侯宏娟，丁泽宇，许克珂，杨勇平（2017）. 太阳能辅助燃煤发电系统蓄热运行策略优化. 《工程热物理学报》.
  59. Chang Wu Huang, Hongjuan Hou, Eric Jing Hu, Mingyu Liang, Yongping Yang (2017). Impact of power station capacities and sizes of solar field on the performance of solar aided power generation. Energy.DOI
  60. 杨勇平，吴俊杰，侯宏娟（2016）. 槽式太阳集热管热-结构耦合瞬态特性分析. 《太阳能学报》.
  61. 黄畅，侯宏娟，徐璋，张楠，杨勇平（2016）. 太阳能辅助不同容量燃煤机组热性能分析. 《工程热物理学报》.
  62. 付立，樊雪，侯宏娟，王志（2016）. 槽式太阳能辅助燃煤发电系统热性能研究. 《动力工程学报》.
  63. Junjie Wu, Hongjuan Hou, Yongping Yang (2016). The optimization of integration modes in solar aided power generation (SAPG) system. Energy Conversion and Management.DOI
  64. Hongjuan Hou, Xu Zhang, Yongping Yang (2016). An evaluation method of solar contribution in a solar aided power generation (SAPG) system based on exergy analysis. Applied Energy.DOI
  65. Junjie Wu, Hongjuan Hou, Yongping Yang (2016). Comparison Analysis for TES System in Solar-Aided 600 MW Coal-Fired Power Generation System and Solar-Alone Power Generation System.DOI
  66. Junjie Wu, Hongjuan Hou, Yongping Yang (2016). Annual economic performance of a solar-aided 600 MW coal-fired power generation system under different tracking modes, aperture areas, and storage capacities. Applied Thermal Engineering.DOI
  67. 侯宏娟，王露，付立，王梦娇，杨勇平（2015）. 太阳能辅助空冷机组互补发电系统热性能研究. 《工程热物理学报》.
  68. 于刚，罗娜，侯宏娟，杨勇平（2015）. 槽式集热系统流速及布置优化. 《动力工程学报》.
  69. 吴俊杰，侯宏娟，杨勇平（2015）. 槽式太阳集热管热应力分析. 《工程热物理学报》.
  70. 杨勇平，王梦娇，侯宏娟（2015）. 太阳能辅助燃煤发电系统单耗模型及参数敏感性分析. 《太阳能学报》.
  71. Hongjuan Hou, MengJiao Wang, Yongping Yang, Si Chen, Eric Jing Hu (2015). Performance analysis of a solar-aided power generation (SAPG) plant using specific consumption theory. Science China Technological Sciences.DOI
  72. Junjie Wu, Hongjuan Hou, Yongping Yang, Eric Jing Hu (2015). Annual performance of a solar aided coal-fired power generation system (SACPG) with various solar field areas and thermal energy storage capacity. Applied Energy.DOI
  73. Hongjuan Hou, Junjie Wu, Yongping Yang, Eric Jing Hu, Si Chen (2015). Performance of a solar aided power plant in fuel saving mode. Applied Energy.DOI
  74. Yongping Yang, Jingxiao Han, Peiwen Li, Ben Liang Xu, Hongjuan Hou (2015). Thermal energy storage characteristics of synthetic oil and sand mixture for thermocline single tank.DOI
  75. 汉京晓，杨勇平，侯宏娟（2014）. 太阳能热发电的显热蓄热技术进展. 《可再生能源》.
  76. 吴俊杰，侯宏娟，杨勇平（2014）. 神经网络算法在汽轮机排汽焓估算中的应用. 《热力发电》.
  77. 杨勇平，汉京晓，李沛文，侯宏娟，徐犇（2014）. 砂砾用于太阳能斜温层罐填料的蓄热特性. 《化工学报》.
  78. 侯宏娟，於震跃，杨勇平，周传文，宋记锋（2014）. 槽式太阳集热器分析. 《太阳能学报》.
  79. 侯宏娟，周传文，杨勇平（2014）. 槽式太阳集热器传热与流动性能研究. 《太阳能学报》.
  80. Yongping Yang, Jingxiao Han, Peiwen Li, Hongjuan Hou, Ben Liang Xu (2014). Thermal energy storage characteristics of sand as filler material for solar thermocline tank.DOI
  81. Junjie Wu, Hou Hongjuan, Yang Yongping (2014). Research on the Performance of Coal-fired Power System Integrated with Solar Energy. Energy Procedia.DOI
  82. Hou Hongjuan, Yu Zhen-yue, Yang Yong-ping, Si Chen, Na Luo, Junjie Wu (2013). Performance evaluation of solar aided feedwater heating of coal-fired power generation (SAFHCPG) system under different operating conditions. Applied Energy.DOI
  83. 张民幸，侯宏娟，周传文，毛剑（2012）. 槽式太阳能双工质回路热发电系统能量分析及分析. 《现代电力》.
  84. 侯宏娟，高嵩，杨勇平（2011）. 槽式集热场辅助燃煤机组回热系统混合发电热性能分析. 《太阳能学报》.
  85. Hongjuan Hou, Yongping Yang, Eric Jing Hu, Jifeng Song, Changqing Dong, Jian Mao (2011). Evaluation of solar aided biomass power generation systems with parabolic trough field. Science China Technological Sciences.DOI
  86. 侯宏娟，高嵩，杨勇平，崔映红（2010）. 槽式集热场与燃煤机组混合发电系统经济性分析. 《华北电力大学学报(自然科学版)》.
  87. 宋记锋，杨勇平，侯宏娟，张民幸（2010）. 自然光光纤光导系统的结构及光传输测试. 《华北电力大学学报(自然科学版)》.
  88. 高嵩，侯宏娟（2009）. 太阳能热发电系统分析. 《综合智慧能源》.
  89. 杨勇平，崔映红，侯宏娟，郭喜燕，杨志平（2009）. 太阳能辅助燃煤一体化热发电系统研究与经济性分析. 《中国科学:技术科学》.
  90. 侯宏娟，王志峰，杨勇平（2009）. 太阳集热器热性能测试方法研究进展. 《太阳能学报》.
  91. Gao Song, Hou Hongjuan, Yang Yongping (2009). Optimize on the temperature of solar collectors in solar aided coal-fired electric generation. International Conference on Sustainable Power Generation and Supply.DOI
  92. Hou Hongjuan (2009). Analysis of solar thermal electric power generation system. Huadian Technology.
  93. Yongping Yang, YingHong Cui, Hongjuan Hou, Xiyan Guo, Zhiping Yang, NinLing Wang (2008). Research on solar aided coal-fired power generation system and performance analysis. Science China Technological Sciences.DOI
  94. 侯宏娟，王志峰，王如竹，王佩明（2006）. 集热器时间常数测试方法研究. 《太阳能学报》.
  95. 王佩明，王志峰，侯宏娟（2005）. 太阳集热器时间常数分析及测试讨论. 《太阳能学报》.
  96. 侯宏娟，王志峰，王如竹，祁冰（2004）. 平板型太阳集热器热性能的快速测试方法研究. 《太阳能学报》.
  97. 王飞，侯宏娟（2001）. 热水供暖系统中多台泵的并联选型. 《太原理工大学学报》.
  98. 侯宏娟，王佩明（2000）. 黄土窑洞室内全年温度的动态分析. 《太原理工大学学报》.

预印本

  1. Anzhe Li, Hongjuan Hou, Rongrong Zhai (2025). Multi-Objective Optimization of Pv -Integrated Solar-Assisted Heat Pump Systems in Greenhouses: Performance Evaluation Considering Different Photovoltaic Coverage Rates. SSRN Electronic Journal.DOI
  2. Tianshu Li, Hongjuan Hou, Xi Wang, Shouwei Yang (2025). Mechanism-data hybrid-driven optimal operation strategy for district heating networks. SSRN Electronic Journal.DOI
  3. Haoran Yan, Hongjuan Hou, Jingyu Wu, Yixing Zhou, Xi Wang, Eric Jing Hu, Rhonin Zhou (2024). Mixed Game Theory Based to Thermoelectric Cooperative Operation of Community Micro-Energy Grids Considering Subject Contribution and Energy Sharing. SSRN Electronic Journal.DOI

研究方向

新能源动力工程电力工业

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