Navigation

  • Resume
  • Research
  • Courses
  • Social Appointments
  • Honor
  • Admissions
头像

Wangyang

Professor

Department: renewable energy

Subject:

Teach Department:

Office:

Address:

PostCode:

10 Access

Resume

Wang Yang, Professor of the College of New Energy and Deputy Director of the Institute of Solar Energy and Systems at Hohai University, has long been dedicated to research and application at the intersection of energy science and artificial intelligence. He has led 13 national and provincial/ministerial research projects, with a total funding of 17.34 million yuan. He has also actively participated in numerous important scientific collaborations both domestically and internationally, serving as a core member of one domestic project and three European international collaborations.


Professor Wang has published 63 papers in high-profile journals and conferences both domestically and internationally, 25 of which have been indexed by the SCI and 21 by the EI. He has also published an academic monograph systematically summarizing his research findings in renewable energy and intelligent systems. He has also made significant achievements in technological innovation, receiving a second-class ministerial award for scientific and technological progress, eight authorized Chinese invention patents, one Spanish patent, and 12 software copyrights, fully demonstrating the innovative and practical nature of his research.


Professor Wang Yang's research interests span a wide range of cutting-edge fields, including artificial intelligence, intelligent enterprise operations and maintenance, the Internet of Things, smart energy management, solar thermal utilization, energy storage material development, solid fuel combustion, and combustion characteristics analysis in extreme environments. He focuses on integrating theory with engineering applications to promote the intelligent upgrade of clean energy technologies.


Professor Wang is also actively involved in Sino-European scientific and technological exchanges and talent collaboration. He is currently the President of the Spanish Association for Cooperation and Exchange of Chinese and Western Scholars (ACIACE), affiliated with the UCPAE European Chinese Professional Associations Alliance. ACIACE is dedicated to building bridges for academic, industrial, and cultural exchanges between China and Europe, promoting international scientific research collaboration and the development of young talents.


With his solid academic foundation, extensive engineering experience, and broad international perspective, Professor Wang Yang has become a leading scholar in the field of the integration of new energy and intelligent systems.


Wang Yang, Professor at the School of New Energy, Hohai University, and Deputy Director of the Institute of Solar Energy and Systems. He has presided over a total of 13 national and provincial research projects, with a total funding amount of 17.34 million RMB. In addition, he has actively participated in 1 domestic project and 3 international cooperative projects in Europe.





In terms of academic achievements, Prof. Wang has published 63 research papers in high-level journals and conferences, including 25 SCI-indexed and 21 EI-indexed articles. He has also authored 1 academic monograph, summarizing his extensive research outcomes in the fields of renewable energy and intelligent systems.





He has made remarkable contributions to technological innovation, being awarded the Second Prize in Science and Technology Progress at the Ministerial Level, granted 8 Chinese invention patents, 1 Spanish patent, and registered 12 software copyrights, demonstrating the novelty and practical value of his research.





Prof. Wang’s research interests include artificial intelligence, intelligent operation and maintenance in industry, Internet of Things (IoT), smart energy management, solar thermal utilization, energy storage materials, solid fuel combustion, and combustion characteristics under extreme conditions. His work emphasizes the integration of theoretical research and engineering applications, promoting the intelligent transformation of clean energy technologies.





Moreover, Prof. Wang is deeply committed to Sino-European scientific exchange and talent collaboration. He currently serves as President of ACIACE Association (China-Spain Academic Collaboration and Exchange), which is affiliated with the UCPAE European Chinese Professional Associations Federation. In this role, he is dedicated to building bridges for academic, industrial, and cultural cooperation between China and Europe, fostering international research collaboration and youth talent development.





With a strong academic foundation, rich engineering experience, and a broad international perspective, Prof. Wang Yang has become a representative scholar in the field of new energy and intelligent system integration.


About

  • Name: Wangyang
  • Gender: male
  • Degree: phd
  • Date of Birth: 1982-12-06 00:00:00.0
  • Education Level:
  • Alma Mater: zhejiang university

Education Experiences

September 2001-June 2005, Southeast University, Thermal Energy and Power Engineering, Bachelor's Degree

September 2005-June 2010, Zhejiang University, Engineering Thermophysics, PhD


WorkExperience

June 2010-September 2012, Zhejiang University, Solid Fuels, Postdoctoral Fellow

September 2012-December 2014, Zhejiang University, Combustion Theory, Assistant Research Fellow

January 2015-April 2017, Zhejiang University, Combustion Systems, Associate Research Fellow

April 2017-April 2019, Spanish Center for Energy Research, Thermal Storage, Postdoctoral Fellow

December 2021-, Hohai University, Smart Energy Systems, Professor


Field

1. Artificial Intelligence and Smart Energy Management


Intelligent Energy Systems: Research on AI-based energy system optimization and management, specifically combining neural networks (load forecasting) with genetic algorithms (optimal operation) to achieve intelligent control of distributed energy systems.


Distributed Energy System Design: Completed the design of a 2MW small-scale distributed solar cogeneration system and is committed to industrializing related intelligent management technologies within the next five years.


Enterprise Intelligent Operations and Maintenance: Apply AI technology to intelligent monitoring, fault diagnosis, and predictive maintenance of industrial equipment and energy systems.


2. Solar Thermal Utilization and Thermal Storage Technology


Solar Thermal Systems: Focused on independent engineering and technical support for solar thermal power plants, with a focus on distributed solar systems.


Advanced Thermal Storage Material R&D: Research covers a wide range of thermal storage materials, including alloys, molten salts, steelmaking waste slag, polymers, and carbon nanomaterials.


Participation in Large-Scale Test Platforms: Participated in the design of the EU's largest laboratory-scale 100MW air-circulating thermal storage test facility, used for industrial-scale performance testing of thermal storage materials.


3. New Energy Utilization and High-Energy Fuels


Closed High-Humidity Hydrogen-Oxygen Power Cycle: Proposes and studies an innovative energy utilization method that integrates a steam cycle with hydrogen combustion to form a closed high-humidity hydrogen-oxygen power cycle, thereby improving energy utilization efficiency.


High-Energy Boron-Based Fuel Research: Focuses on the combustion mechanism of high-energy solid fuels—boron-based fuels—and develops high-performance fuel formulations and processes to improve their combustion efficiency.


4. Microscale Energy Devices


Microscale Combustion: Researches combustion instability issues under microscale conditions.


Microscale Heat-to-Work Conversion: Explores technologies for efficiently converting thermal energy into mechanical or electrical energy at microscales.


5. International Cooperation and Frontier Exploration


China-Europe Scientific and Technological Cooperation: Maintains long-term partnerships with leading international institutions such as the CIC Energy Research Cooperation Center of Spain and the German Aerospace Center (DLR) of Germany.


Industry-Academic-Research Integration: Deepens domestic collaborations with Xi'an Jiaotong University and Zhejiang University to promote the application and deployment of high-performance solar thermal systems.


Summary: Professor Wang Yang's research focuses on the efficient and intelligent use of clean energy, spanning multiple cutting-edge fields such as artificial intelligence, solar energy, energy storage, advanced combustion, and micro-energy systems, with distinct multidisciplinary and international characteristics.


Project

1. Research on Key Issues of Intelligent Distributed Thermal Storage Systems, January 1, 2024, 00:00:00-December 1, 2025, 00:00:00


Wang Yang, Party Committee of the School of New Energy, School of New Energy

2. Distributed Energy Visualization System Implementation Contract, May 17, 2024, 00:00:00-August 17, 2024, 00:00:00


Wang Yang, Hangzhou Youyi Technology Co., Ltd., Party Committee of the School of New Energy, School of New Energy

3. Implementation of the Thermal Internet of Things Data System, June 10, 2024, 00:00:00-September 10, 2024, 00:00:00


Wang Yang, Hangzhou Youyi Technology Co., Ltd., Party Committee of the School of New Energy, School of New Energy

4. Cooperation Framework Agreement between Allnex Resins (China) Co., Ltd. and Hohai University, September 17, 2023 00:00:00+00-2027.09.16 00:00:00+00, Cheng Yajun, Allnex Resins (China) Co., Ltd., Party Committee of the School of New Energy, School of New Energy

5. Inner Mongolia Lead Technology 4x130t/h Cyclone Furnace and Denitrification Project: Cyclone, Secondary Combustion Chamber, and Denitrification Flow Field Simulation, 2025.07.21 00:00:00+00-2026.07.21 00:00:00+00, Ge Lichao, Wuhan Wuguo Energy Engineering Co., Ltd., Party Committee of the School of New Energy, School of New Energy


Thesis

1、Combustion and gasification properties of petroleum coke and its pyrolytic semi-coke,ENERGY,2023-03-01

2、An analysis of the carbonization process of coal-based activated carbon at different heating rates,ENERGY,2023-03-01

3、Effects of Fe addition on pyrolysis characteristics of lignin, cellulose and hemicellulose,JOURNAL OF THE ENERGY INSTITUTE,2023-04-01

4、Study on isothermal pyrolysis and product characteristics of basic components of waste wind turbine blades,JOURNAL OF ANALYTICAL AND APPLIED PYROLYSIS,2023-05-01

5、Effects of the carbonization temperature and intermediate cooling mode on the properties of coal-based activated carbon,ENERGY,2023-06-01

6、Preparation and performance of coal-based activated carbon based on an orthogonal experimental study,ENERGY,2023-07-01

7、Review on Coal-Based Activated Carbon: Preparation, Modification, Application, Regeneration, and Perspectives,ENERGY & FUELS,2023-07-01

8、Effects of cellulose addition on the physicochemical properties, pore structure and iodine adsorption of lignin-based biochar,FUEL,2023-11-01

9、Effect of Fe on the pyrolysis products of lignin, cellulose and hemicellulose, and the formation of carbon nanotubes,RENEWABLE ENERGY,2023-07-01

10、Study on the mechanical strength and iodine adsorption behavior of coal-based activated carbon based on orthogonal experiments,Energy,2023-11-01,电气与动力工程学院党委、电气与动力工程学院


Achievements

4. Method, device, and electronic equipment for determining turbine descent efficiency, July 17, 2023, Party Committee of the College of Agricultural Sciences and Engineering, College of Agricultural Sciences and Engineering, Invention, 3

5. Method for preparing biocoal by co-distillation of biochar and bio-oil, July 12, 2023, Party Committee of the College of Electrical and Power Engineering, College of Electrical and Power Engineering, Invention, 1

6. Internal pyrolysis treatment and recycling method for retired wind turbine blades, January 4, 2024, Party Committee of the College of Electrical and Power Engineering, College of Electrical and Power Engineering, Invention, 1

7. Filling composition microparticles for constructing internal flow channels in thermocline thermal storage pyrolysis reactors, June 25, 2024, Party Committee of the College of New Energy, College of New Energy, Invention, 1

8. Internal bidirectional pipe magnetic attraction for thermocline thermal storage pyrolysis reactors Connector, June 25, 2024, Party Committee of the School of New Energy, School of New Energy, Invention, 1

9. Gas-liquid mixing enhancement device for injecting working fluid into a thermocline thermal storage pyrolysis reactor, June 25, 2024, Party Committee of the School of New Energy, School of New Energy, Invention, 1

10. Thermal storage enhancer in a thermocline thermal storage pyrolysis reactor using corncob paste, June 25, 2024, Party Committee of the School of New Energy, School of New Energy, Invention, 1

11. A bidirectional alignment device for crushing particles inside a thermocline thermal storage pyrolysis reactor, June 25, 2024, Party Committee of the School of New Energy, School of New Energy, Invention, 1

12. Port connector for bidirectional pipe docking in a thermocline thermal storage pyrolysis reactor, June 25, 2024, Party Committee of the School of New Energy, School of New Energy, Invention, 1


Open Course

1. Engineering Thermodynamics, Undergraduate, 64, 65

2. Engineering Thermodynamics, Undergraduate, 72, 72

3. Engineering Thermodynamics, Undergraduate, 74, 72

4. Engineering Thermodynamics, Undergraduate, 75, 72

5. Thermal Power Generation Technology, Undergraduate, 96

6. Thermal Power Generation Technology, Undergraduate, 5, 96

7. Thermal Power Generation Technology, Undergraduate, 14, 96

8. Engineering Thermodynamics, Undergraduate, 64, 65

9. Thermal Power Generation Technology, Undergraduate, 19.0, 96.0

10. Engineering Thermodynamics, Undergraduate, 75.0, 72.0


Teaching achievements

Teaching resources

Social Position

President of the Spanish Association ACIACE (currently serving as president)


The association's full name is Association for Cooperation and Exchange of Chinese and Western Scholars.


It is affiliated with the UCPAE (Union of Chinese Professional Associations in Europe).


Its mission is to build bridges for academic, industrial, and cultural exchange between China and Europe (particularly between China and Spain), promoting international scientific research collaboration and the development of young talent.


Honor

1. Basic Research on Combustion of High Specific Impulse Solid Rocket Ramjet Engine, China Aerospace Science and Industry Corporation, Wang Yang, 2015, 1 Second Prize of Ministerial Science and Technology Progress Award, Second Prize

Admissions