1.程鹏，程树康，李伟力，Гайтов Б.Х. 一种综合使用可再生能源的内馈式感应电机．中国电机工程学报，2005， 25 （12）：376-380. (EI检索)2.程鹏，程树康，李伟力，Гайтов Т. Х. 一种综合使用可再生能源系统的设计与研究．太阳能学报，2007，28（6）：644-657.（EI检索）
3.程鹏，李伟力，孙秋霞，王昌存. 变速恒频双馈感应发电机的空载特性. 电机与控制学报, 2007, 11 (2): 101-106. (EI检索)
4.CHENG Peng, LI Weili, CHEN Wenbiao. Calculation and Analysis of Double-fed VSCF Induction Generator Operating Performance. CIS’2007. (EI检索)
5.Peng Cheng,Jihui Li,Hai lan. Modeling and Simulation Analysis on the Ship Power System with New Energy. 《Journal of Convergence Information Technology》, 2012.7（15）: P313-320. (EI检索)
6.Peng Cheng,Jihui Li,Hai lan. Modeling and PSCAD simulation analysis on a ship power system. ICEIM2011, P57-62.
7.Чэн Пэн, Т.Б. Гайтова, Мамдух Адони Садык. Эквивалентная схема для асинхронного двигателя с комбинированным короткозамкнутым ротором с материалами различного свойства. Сб. междунар. НТК «Технические и технологические системы», Краснодар: 2011, с.139-142.
8.程鹏，兰海，罗耀华.整流器件热分析及其风冷散热器的仿真研究.计算机仿真，2011，11.
9. CHENG Peng, WAHG Geng, LI Fengyan. Design and Simulation Analysis of HTS Wind Generator. App lied Research and Engineering Solutions in Industry, 2013.3.
10.Cheng Peng, Qin Peng，Wang Geng, Li Fengyan. Simulation Analysis of Ship Integrated Power System Fault Characteristics. International Journal of Digital Content Technology and its Applications(JDCTA), 2013.4.
11. Cheng Peng, Wang Geng , Tian Siqing, Lan Hai , Zhang Qiang . Research of a Structure to Solve the AC Loss of HTS Propulsion Motor. IEEE Transportation Electrification Conference and Expo Asia-Pacific 2014, AUG 31- SEP 3,2014.
12.Cheng Peng, Song Shounan , Lan Hai, Zhang Qiang. Modeling and Simulation of Ship Power System Integration of Solar Energy. IEEE Transportation Electrification Conference and Expo Asia-Pacific 2014, AUG 31- SEP 3,2014.
13.Cheng Peng, Kong Xiangling, Wang Geng , Li Weili. Research of a new structure of HTS DC Motor. 3th ESARS 2015 international conference in Aachen – Germany.
14. ЧЭН ПЭН, ЛИ ВЭЙЛИ, ВАН ЛИКУНЬ, ДАНИЛЕВИЧ Я.Б.,АНТИПОВ В.Н., ХАНЬ ЦЗИЧАО. Исследование различных конструкций медного экрана в торцевой зоне мощного турбогенератора на основе трехмерного моделирования. Электричество, 2015, № 6, с . 39 – 46.
