
Ö°³Æ£º½ÌÊÚ
ÓÊÏ䣺ZhangQi56@tsinghua.org.cn
Ò»¡¢ ½ÌÓý±³¾°
2005.10¡ª2008.09: ¾©¶¼´óѧ£¬ÄÜÔ´Éç»á»·¾³¹ÜÀí£¨ÄÜÔ´¾¼Ã·½Ïò£©£¬²©Ê¿Ñ§Î»
2002.07-2005.01: Ç廪´óѧ£¬ºË¿ÆÑ§Óë¼¼Êõ£¬ ˶ʿѧλ
1998.09¡ª2002.07: Ç廪´óѧ£¬ÈÈÄܶ¯Á¦¹¤³Ì£¬ ѧʿѧλ
¶þ¡¢ ¹¤×÷¾Àú
2018.11¡ª½ñ£ºÖйúʯÓÍ´óѧ£¨±±¾©£©¾¼Ã¹ÜÀíѧԺ£¬½ÌÊÚ/²©µ¼/¸±Ôº³¤
2017.11¡ª½ñ£ºÖйúʯÓÍ´óѧ£¨±±¾©£© ÄÜÔ´¾¼Ã½ðÈÚÓëÕþ²ßÑо¿ÖÐÐÄÖ÷ÈÎ
2014.10¡ª½ñ£ºÖйúʯÓÍ´óѧ£¨±±¾©£©ÖйúÄÜÔ´Õ½ÂÔÑо¿Ôº£¬¸±Ôº³¤£¬Ôº³¤
2014.10¡ª½ñ£ºÖйúʯÓÍ´óѧ£¨±±¾©£© ÄÜÔ´½ðÈÚÓëϵͳ·ÖÎöȫӢÎÄѧÊõ˶ʿÏîÄ¿ ¸ºÔðÈË
2014.10¡ª2019.03£ºÖйúʯÓÍ´óѧ£¨±±¾©£© ½ðÈÚר˶ÏîÄ¿ ¸ºÔðÈË
2013.06¡ª½ñ£ºÖйúʯÓÍ´óѧ£¨±±¾©£©£¬ÖйúÄÜÔ´Õ½ÂÔÑо¿Ôº£¬½ÌÊÚ/²©µ¼
2009.01¡ª2013.05£ºÈÕ±¾¾©¶¼´óѧ£¬ÄÜÔ´¿ÆÑ§Ñо¿Ôº£¬ÖúÀí½ÌÊÚ
2008.10¡ª2008.12£ºÈÕ±¾¸£¾®´óѧ£¬ºËµç¹¤³Ìϵ£¬ÖúÀí½ÌÊÚ
2005.01¡ª2005.09£º±±¾©ÈýÓÑ֪ʶ²úȨ´úÀíÓÐÏÞ¹«Ë¾£¬×¨Àû¹¤³Ìʦ
×ÊÔ´»·¾³Õþ²ßÓë¹ÜÀí£¬ ÄÜÔ´¾¼Ã½ðÈÚÓëÕþ²ß£¬´óÊý¾Ý·ÖÎö£¬ÂÌÉ«½ðÈÚ£¬¿Æ¼¼½ðÈÚ
˶ʿָµ¼×¨Òµ£º¹ÜÀí¿ÆÑ§Ó빤³Ì£¬²úÒµ¾¼Ãѧ£¬½ðÈÚѧ£¬½ðÈÚר˶
²©Ê¿Ö¸µ¼×¨Òµ£º¹ÜÀí¿ÆÑ§Ó빤³Ì
±¾¿ÆÉúÐÂÉúÑÐÌֿΣºÄÜÔ´¾¼Ã½ðÈÚÓëÕþ²ßÇ°ÑØ
ȫӢÎÄ˶ʿ¿Î³Ì£ºEnergy System Model£¬Operations Research
²©Ê¿¿Î³Ì£ºÄÜÔ´Õ½ÂÔÓëÕþ²ßרÌâ
1. Áôѧ»ù½ðί´´ÐÂÐÍÈ˲Źú¼ÊºÏ×÷ÅàÑøÏîÄ¿£¬Öз¨ÄÜÔ´¾¼ÃÓ¦ÓÃÐÍÈ˲ÅÅàÑøÏîÄ¿µÚ¶þÆÚ£¬2019-2021£¬Ö÷³Ö
2. ¹ú¼Ò×ÔÈ»¿ÆÑ§»ù½ðÃæÉÏÏîÄ¿£¬ÖÚ³ïģʽϹâ·ü·öƶ¼¨Ð§Ä£ÐÍÄ£ÄâÓëÕþ²ß´´ÐÂÑо¿£¬2018.1-2021.12£¬Ö÷³Ö
3. ¹ú¼Ò·¢¸ÄÎ¯ÖØ´ó¿ÎÌâ£¬ÍÆ½øÌìÈ»Æø²ú¹©´¢ÏúÌåϵ½¨ÉèÖØ´óÎÊÌâÑо¿£¬2018.8-2018.12£¬Ö÷³Ö
4. ±±¾©ÊÐÉç»á¿ÆÑ§»ù½ðÏîÄ¿£¬±±¾©ÊÐÐÂÄÜÔ´Æû³µ¶¯Á¦µç³Ø»ØÊÕģʽÓÅÑ¡ÓëÕþ²ß´´ÐÂÑо¿£¬2018.8-2020.6£¬Ö÷³Ö
5. Áôѧ»ù½ðί´´ÐÂÐÍÈ˲Źú¼ÊºÏ×÷ÅàÑøÏîÄ¿£¬Öз¨ÄÜÔ´¾¼ÃÓ¦ÓÃÐÍÈ˲ÅÅàÑøÏîÄ¿µÚÒ»ÆÚ£¬2016-2018£¬Ö÷³Ö
6. ¹ú¼ÒÄÜÔ´¾Ö·¢Õ¹¹æ»®ÏîÄ¿£¬2030ÄêÄÜÔ´Éú²úºÍÏû·Ñ¸ïÃüÕ½ÂÔʵʩ·½°¸£¬2016.9-2017.9£¬Ö÷³Ö
7. ÖйúʯÓÍÌìÈ»Æø¼¯ÍŹ«Ë¾ÏîÄ¿£¬2030ÄêǰʯÓÍÌìÈ»ÆøÐÐÒµ·¢Õ¹Ç÷, 2015.3-2016.3£¬Ö÷³Ö
8. Öйú¹¤³ÌÔºÔºÖØµãÏîÄ¿×Ó¿ÎÌ⣬»ùÓÚÑØÏß¹ú¼ÒµØÔµÕþÖκ͹úÇé·ÖÎöµÄһ·һ´øÓÍÆøºÏ×÷Õ½ÂÔÑо¿£¬2015.3-2015.12£¬Ö÷³Ö
9. Áôѧ»ù½ðί´´ÐÂÐÍÈ˲Źú¼ÊºÏ×÷ÅàÑøÏîÄ¿£¬ÖÐÅ·ÄÜÔ´Õ½ÂÔ´´ÐÂÐÔÈ˲Źú¼ÊºÏ×÷ÅàÑøÏîÄ¿£¬2015-2017£¬Ö÷³Ö
10. ÖйúʯÓÍ´óѧ£¨±±¾©£©ÓÅÐãÈ˲ÅÏîÄ¿£¬ÄÜÔ´·¢Õ¹Õ½ÂÔ×ÛºÏÄ£ÐÍÑо¿Ó뿪·¢£¬2013-2016£¬Ö÷³Ö
11. ¹ú¼ÒÈí¿ÆÑ§Ñо¿¼Æ»®£¬ÊÀ½çÄÜԴתÐÍÖл¯Ê¯µÄµØÎ»Ñо¿£¬2014-2015£¬Ö÷ÑÐ
12. ÈÕ±¾ÎIJ¿Ê¡Global-COEÏîÄ¿£¬µØÇòÎÂů»¯Ê±´úµÄÄÜÔ´¿ÆÑ§-Áã̼µçÁ¦ÄÜԴϵͳ¹æ»®ÓëÕ½ÂÔ·ÖÎö, 2008-2013£¬Ö÷³Ö
13. ÈÕ±¾¹ØÎ÷µçÁ¦ÏîÄ¿£¬ºËµçÓëδÀ´µÍ̼ÖÇÄܵçÁ¦ÏµÍ³µÄ¹æ»®¹ÜÀíºÍÕþ²ßÕ½ÂÔÑо¿£¬2011-2012£¬Ö÷³Ö
14. ÈÕ±¾ÎIJ¿Ê¡²©Ê¿ºóÆÚ¿Î³ÌÑо¿½±Ñ§½ð£¬ÄÜԴϵͳ¿É³ÖÐø·¢Õ¹µÄÕþ²ßÕ½ÂÔ·ÖÎöºÍÆÀ¼Û·½·¨ÂÛµÄÑо¿£¬2005-2008£¬Ö÷³Ö
15. Öйú¹ã¶«µçÁ¦¼¯ÍÅ£¬ÖйúÏȽøºËµçÕ¾·´Ó¦¶Ñ¼¼Êõר¼ÒÆÀ¼Û¾ö²ßÖ§³Öϵͳ£¬2002-2005£¬Ö÷ÑÐ
µÚÒ»/ͨѶ×÷Õß ´ú±íÐÔÂÛÎÄ£º
1. Efficient and Equitable Allocation of Renewable Portfolio Standards Targets Among China's Provinces, Energy Policy, 2019 125: 170-180
2. Promotion Policies for Third Party Financing in Photovoltaic Poverty Alleviation Projects Considering Social Reputation, Journal of Cleaner Production, 2019 211: 350-359
3. Investment strategy of hydrothermal geothermal heating in China under policy, technology and geology uncertainties, Journal of Cleaner Production, 2019 207: 17-29
4. Substitution effect of New-Energy Vehicle Credit Program and Corporate Average Fuel Consumption Regulation for Green-car Subsidy, Energy 2018 152: 223-236
5. Factors influencing the economics of public charging infrastructures for EV ¨CA review, Renewable and Sustainable Energy Reviews, 2018 94: 500-509
6. Policy simulation for promoting residential PV considering anecdotal information exchanges based on social network modelling, Applied Energy, 2018 223: 1¨C10
7. Study on the impacts of sharing business models on economic performance of distributed PV-Battery systems, Energy,2018 161:544-558
8. A review of photovoltaic poverty alleviation projects in China: Current status, challenge, and policy recommendations. Renewable and Sustainable Energy Reviews, 2018 94:214-223.
9. Recycling£¬Mechanisms and Policy Suggestions for Spent Electric Vehicles¡¯ Power Battery -A Case of Beijing, Journal of Cleaner Production, 2018 186: 388-406
10. Investment strategy for underground gas storage facilities based on real option model considering gas market reform in China, Energy Economics, 2018 70:132-142
11. Substitution effect of renewable portfolio standards and renewable energy certificate trading for feed-in tariff, Applied Energy, 2018 227: 426-435
12. Study on crowdfunding¡¯s promoting effect on the expansion of electric vehicle charging piles based on game theory analysis. Applied Energy, 2017 196: 238-248
13. The impacts of market reform on the market penetration of natural gas-fired electricity and renewable energy in China. Petroleum Science, 2017 14(4): 831-841
14. Study on the promotion impact of demand response on distributed PV penetration by using non-cooperative game theoretical analysis. Applied Energy, 2017 185(2): 1869-1878.
15. Study on the promotion of natural gas-fired electricity with energy market reform in China using a dynamic game-theoretic model. Applied Energy, 2017 185[2]: 1832-1839
16. Multi-region optimal deployment of renewable energy considering different interregional transmission scenarios, Energy, 2016 108: 108-118
17. Study on the Impacts of Natural Gas Supply Cost on Gas Flow and Infrastructure Deployment in China, Applied Energy, 2016 162: 1385-1398
18. A scenario analysis of oil and gas consumption in China to 2030 considering the peak CO2 emission constraint, Pet. Sci. 2016 13:370¨C383
19. An integrated scenario analysis for future zero-carbon energy system, International Journal of Energy Research, 2015 39[ 7]: 993¨C1010
20. Review of Japan's Power Generation Scenarios in light of the Fukushima Nuclear Accident, International Journal of Energy Research, 2014 38 [5]: 539¨C550
21. An Integrated Model for Long-Term Power Generation Planning Toward Future Smart Electricity Systems, Applied Energy, 2013 112: 1424-1437
22. A Methodology for Economic and Environmental Analysis of Electric Vehicles with Different Operational Conditions, Energy, 2013 61: 118-127
23. Integration of PV Power into Future Low-Carbon Smart Electricity Systems with EV and HP in Kansai Area, Japan, Renewable Energy, 2012 44: 99¨C108
24. Scenario Analysis on Future Electricity Supply And Demand In Japan, Energy, 2012 38: 376-385
25. An Analysis Methodology for Integrating Renewable and Nuclear Energy Into Future Smart Electricity Systems, International Journal of Energy Research, 2012 36: 1416-1431
26. Economic And Environmental Analysis Of Power Generation Expansion in Japan Considering Fukushima Nuclear Accident Using a Multi-Objective Optimization Model, Energy, 2012 44: 986-995
27. Long-term Planning for Nuclear Power¡¯s Development in Japan for a Zero-Carbon Electricity Generation System by 2100, Fusion Science and Technology, 2012 61: 423-427
28. Cost-benefit Analysis of A Green Electricity System In Japan Considering the Indirect Economic Impacts Of Tropical Cyclones, Energy Policy, 2012 43: 49¨C57
29. Estimation of the Energy Storage Requirement of a Future 100% Renewable Energy System in Japan, Energy Policy, 2012 47: 22-31
30. Methodology to Estimate the Output of a Dual Solar¨CWind Renewable Energy System in Japan, Energy Policy, 2010 38: 7793¨C7802
31. ¡°Ë«»ý·Ö¡±Õþ²ß¶Ô³ËÓóµÉú²úÉ̲ßÂÔÓëÉç»á¸£ÀûÓ°ÏìÑо¿.ϵͳ¹¤³ÌÀíÂÛÓëʵ¼ù£¬2018Äê10Ô¼ÓÃ.
32. »ùÓÚ¸´ÔÓÍøÂçµÄµç¶¯Æû³µ³äµç×®ÖÚ³ïÊг¡ÐÅÓ÷çÏÕ½¨Ä£Óë·ÖÎö.Öйú¹ÜÀí¿ÆÑ§£¬2018Äê5Ô¼ÓÃ
33. ÎÒ¹úÄÜÔ´Éú²úÓëÏû·Ñ¸ïÃüµÄÌôÕ½ÓëÕ¹Íû.¹ú¼ÒÖÎÀí,2018(33):3-12.£¬Ô¼¸å
34. ÖйúµÄÌìÈ»ÆøÕ½ÂÔ:²¼¾Ö¡¢¸Ä¸ïÓëδÀ´Ç÷ÊÆ. ÈËÃñÂÛ̳¡¤Ñ§ÊõÇ°ÑØ, 2016(22):63-69.£¬Ô¼¸å
35.ÖйúÔÓÍÆÚ»õ¹ú¼Ê»¯·¢Õ¹»úÓö¡¢ÌôÕ½Óë¶Ô²ß£¬ÖйúʯÓͺͻ¯¹¤¾¼Ã·ÖÎö£¬2019£¬Ô¼¸å
36. »ùÓÚ²©ÞÄ·ÖÎöµÄÎÒ¹úÌìÈ»Æø´¢Æø¿â¿ª·¢²ßÂÔ¼°ÔËӪģʽÑо¿[J]. ʯÓÍ¿ÆÑ§Í¨±¨, 2016, 1(1): 175-182 £¨´´¿¯ºÅ£©
´ú±íÐÔ׍ָ£º
1. Qi Zhang£¬ Integrated Analyses and Evaluation Support System of Global Energy Systems for Sustainable Development: System Development with a Case Study for Chinese Energy Policy Toward Sustainable Urban Infrastructure in East Asia, pp. 107-129, Kyoto University Press, 2014
2. Qi Zhang, et al. Multi-Objective Optimization Analysis of Post-Fukushima Power Generation Planning in Japan with Considering Nuclear Power¡¯s Risk Cost, Green Energy and Technology 2013, Springer, 2013 (ISBN: 978-4-431-54264-6)
3. Qi Zhang, et al. Long-Term Scenario Analysis of a Future Zero-Carbon Electricity Generation System in Japan, Green Energy and Technology 2011, pp.17-24, Springer, 2011 (ISBN 978-4-431-53910-4)
4. ÕÅÆæ¡¢ÀîÂÉËÉ¡¢ÎÀ½¨Î°£¬¡¶Visual C#Êý¾Ý¿âÏîÄ¿°¸Àýµ¼º½¡·£¬Ç廪´óѧ³ö°æ£¬2005
Èí¼þÖø×÷Ȩ
1. ÄÜԴϵͳ¿É³ÖÐø·¢Õ¹×ÛºÏÆÀ¼Û·ÖÎöÈí¼þƽ̨ £¨IEASSD£©£¬µÇ¼ÇºÅ£º2014SR162371£¬µÚÒ»Íê³Éµ¥Î»£¬ÅÅÃûµÚÒ»
2. ÖÇÄܵçÁ¦ÄÜԴϵͳÉè¼Æ·ÖÎöÈí¼þƽ̨ £¨SEEDSP£©£¬µÇ¼ÇºÅ£º2014SR158649£¬µÚÒ»Íê³Éµ¥Î»£¬ÅÅÃûµÚÒ»
3. ÓÍÆøÉú²úºÍÏû·Ñ¸ïÃüÕ½ÂÔ·ÖÎöÈí¼þƽ̨(OGSAS)£¬2018SR484559£¬µÚÒ»Íê³Éµ¥Î»£¬ÅÅÃûµÚÒ»
Éç»á¼æÖ°
1. SCI ÆÚ¿¯Petroleum Science¸±Ö÷±à
2. ¹ú¼ÊÆÚ¿¯International Journal of Nuclear Safety and Simulation,¡¶Ê¯ÓÍ¿ÆÑ§Í¨±¨¡·¡¢¡¶Ê¯ÓͿƼ¼ÂÛ̳¡·¼°¡¶Öйú»·¾³¹ÜÀí¡·±àί
3. ÈÕ±¾ÄÜÔ´»·¾³¹²Éúѧ»á(Symbio Community Forum)ÀíÊÂ
4. ¹ú¼Ò×ÔÈ»¿ÆÑ§»ù½ðͨѶÆÀÉóר¼Ò
5. ±±¾©×ÔÈ»¿ÆÑ§»ù½ðͨѶÆÀÉóר¼Ò
6. Öйú¹ú¼ÒÁôѧ»ù½ð¹ÜÀíίԱ»áÆÀÉóר¼Ò
7. ÖйúÓÅÑ¡·¨Í³³ï·¨Óë¾¼ÃÊýѧÑо¿»áͳ³ï·Ö»á³£ÎñÀíÊÂ
8. Öйúϵͳ¹¤³Ìѧ»áÄÜÔ´×ÊԴϵͳ¹¤³Ì·Ö»á³£ÎñÀíÊÂ
9. Öйú¹¤Òµ¾¼Ãѧ»áÂÌÉ«·¢Õ¹×¨ÒµÎ¯Ô±»áר¼ÒίԱ
10. ÖйúÄÜÔ´Ñо¿»áÄÜԴϵͳ¹¤³ÌרҵίԱ»áίԱ
Ëù»ñ½±ÀøÈÙÓþ£º
1. ¡°2030ÄêǰÖйúʯÓÍÌìÈ»ÆøÐÐÒµ·¢Õ¹Ç÷ÊÆÑо¿¡±£¬¹ú¼ÒÄÜÔ´¾Ö2016Äê¶ÈÄÜÔ´Èí¿ÆÑ§Ñо¿ÓÅÐã³É¹û½±£¬Ò»µÈ½±ÅÅÃûµÚÒ»£¬2018Äê
2. ¡°¿¼ÂÇʱ¿Õ»¥²¹ÌØÐԵĸ߱ÈÀý¿ÉÔÙÉúÄÜÔ´½ÓÈëµçÁ¦ÏµÍ³ÔËÓªÓÅ»¯»úÖÆÉè¼ÆÑо¿¡±£¬¹ú¼ÒÄÜÔ´¾Ö2016Äê¶ÈÄÜÔ´Èí¿ÆÑ§Ñо¿ÓÅÐã³É¹û½±£¬¶þµÈ½±ÅÅÃûµÚ°Ë£¬2018Äê
3. ¡°ÄÜÔ´¸ïÃü±³¾°ÏÂÓÍÆøÐÐÒµ·¢Õ¹Õ½ÂÔ·ÖÎöÆÀ¼Û·½·¨Ñо¿ÓëÓ¦Óá±£¬ÖйúʯÓͺͻ¯Ñ§¹¤ÒµÁªºÏ»á¿Æ¼¼½ø²½½±£¬ÈýµÈ½±ÅÅÃûµÚÒ»£¬2018Äê
4. ¡°ÖйúÖǿⴴÐÂÈ˲ޱ¡±£¬ÖйúÉç»á¿ÆÑ§ÆÀ¼ÛÑо¿Ôº£¬2018Äê
5. ±±¾©ÊÐÓÅÐã±ÏÒµÉúÖ¸µ¼ÀÏʦ£¬2018Äê
6. ¡°¾©½ò¼½µØÇø¹ÈµçÈ뾩²ÉůµÄãÐÖµµç¼Û¼°²¹ÌùÕþ²ßÑо¿¡±£¬ÖйúÉÌÒµÁªºÏ»á·þÎñÒµ¿Æ¼¼´´Ð½±Öйú·þÎñÒµ¿Æ¼¼´´Ð½±£¬Ò»µÈ½±ÅÅÃûµÚ°Ë£¬2017Äê
7. ¡°»ùÓÚ×ÔÓÐTIMESÄ£ÐÍÎÒ¹úÓÍÆøÐÐÒµ·¢Õ¹Ç÷ÊÆ´´ÐÂÑо¿¡±£¬Ê×½ìÖйúÄÜÔ´Ñо¿»áÄÜÔ´´´Ð½±¹ÜÀí´´Ð½±£¬ÈýµÈ½±ÅÅÃûµÚÒ»£¬2017Äê
8. È«¹ú´óѧÉúÄÜÔ´¾¼ÃѧÊõ´´Òâ´óÈüÈýµÈ½± Ö¸µ¼ÀÏʦ£¬2017Äê
9. ¡°Öйú2030Äêǰ̼ÅŷźÍÄÜÔ´Ïû·ÑÇé¾°·ÖÎö¡±£¬µÚ¶þ½ìÖйúʯÓ;¼ÃÄê»áÂÛÎĶþµÈ½±£¬ÅÅÃûµÚ¶þ£¬2015Äê
10. ¡°ÖйúÌìÈ»Æø¹©Èȵľ¼ÃÐÔ·ÖÎöºÍ¶Ô²ßÑо¿¡±£¬Ê×½ìÖйúʯÓ;¼ÃÄê»áÂÛÎÄÒ»µÈ½±£¬ÅÅÃûµÚÒ»£¬2014Äê
11. Best Reviewer Award of Applied Energy (SCI 1 ÇøTOPÆÚ¿¯)£¬2014Äê
12. ÓÅÐãÈ˲żƻ®£¬ÖйúʯÓÍ´óѧ£¨±±¾©£©£¬2013 Äê
13. Best Poster& Best Presentation½±Ö¸µ¼½Ìʦ£¬¾©¶¼´óѧGCOEÄê»á£¬2011-2013Äê
14. ÈÕ±¾¹ØÎ÷Ô×ÓÁ¦Ñо¿»áѧÊõÕñÐ˽±Àø»ù½ð£¬2011-2012Äê
15. ÈÕ±¾ÎIJ¿Ê¡½±Ñ§½ð£¬2005-2008
16. ÓÅÐã˶ʿѧλÂÛÎĽ±£¬Ç廪´óѧ£¬2005Äê