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Department of Applied Physics

New Energy Technologies (Renewable)

The interest of the New Energy Technologies Group is on advanced energy systems, in particular nanomaterials for energy devices, sustainable energy systems, and multidisciplinary energy science.
Energy Technology Detail

Research on new and renewable energy at Otaniemi Campus was initiated at the Department of Engineering Physics (then at Helsinki University of Technology) in 1979. Early activities included research on solar energy and energy storage, establishing the base for university teaching in new energy, but also coordinating the first national R&D programme in new energy in Finland 1988-1998. 

In 2014, teaching activities were expanded into multidisciplinary energy science with elements from science, technology, economics and humanities. 

In 2025, the new energy activities at Department of Applied Physics were rearranged due to the retirement of Professor Peter D. Lund (March 1). Most of the activities of the Group continue elsewhere through past group members, e.g. fuel cells and hydrogen technologies at Tampere University (Professor Imran Asghar) and solar energy at the University of Turku (Professor Kati Miettunen).

Part of the solar energy research also continues at the Department of Applied Physics in a new group Energy Materials & Interfaces (Professor Yaolin Xu, University Lecturer Janne Halme). 

Advanced Energy Solutions Programme at Aalto University continues which several of the teaching activities which were discontiued at the department. Some minor activities will continue in the Group.

Group leader professor Peter Lund

Group leader

Peter Lund

The group is lead by Professor Emeritus Peter D. Lund. 

Research

Some minor activities mainly related to international collaboration in new energy will still be pursued in the Group.

These will include systematic issues in the energy transition, advanced flexibility solutions for new renewables (solar and wind), and nanomaterials for next generation energy devices, in particular energy storage and hydrogen technologies.

Latest publications

Yuzhu Chen, Weimin Guo, Kaifeng Yang, Na Du, Tianhu Zhang, Kun Yang, Peter D. Lund 2025 International Journal of Hydrogen Energy

Liangdong Fan, Wanying Luo, Qixun Fan, Qicheng Hu, Yifu Jing, Te Wei Chiu, Peter D. Lund 2025 Chemical Science

Jing hu Gong, Zheng yang Li, Jun Wang, Peter D. Lund, Songshan Cao 2025 Solar Energy Materials and Solar Cells

Zhongyuan Su, Shengyan Gu, Jun Wang, Peter D. Lund 2025 Measurement: Journal of the International Measurement Confederation

Hao Wang, Enyi Hu, Bin Zhu, Jun Wang, Peter Lund 2025 Fuel

Hao Wang, Enyi Hu, Bin Zhu, Fan Yang, Peter Lund 2025 Renewable Energy

Rui Xia, Jun Wang, Peter D. Lund 2025 Oxford Open Energy

Song Yang, Lifeng Li, Bo Wang, Yihan Zheng, Peter Lund, Jun Wang, Yulong Ding 2025 Renewable Energy

Bushra Bibi, Atif Nazar, Bin Zhu, Fan Yang, Muhammad Yousaf, Rizwan Raza, M. A.K. Yousaf Shah, Jung Sik Kim, Muhammad Afzal, Yongpeng Lei, Yifu Jing, Peter Lund, Sining Yun 2024 Advanced Powder Materials

Kun Cai, Yifeng Han, Rui Xia, Jinming Wu, Jun Wang, Peter D. Lund 2024 Wiley Interdisciplinary Reviews: Energy and Environment
More information on our research in the Aalto research portal.

Latest news

Sanaz Zarabi in the middle of frame with hexagonal artwork behind her.
Research & Art, Studies, University Published:

Inkjet printers and hydrogen dreams: Millennium Graduate Student winner Sanaz Zarabi Golkhatmi

Sanaz Zarabi employed a fabrication technique that promises to wildly increase the effectiveness of our renewable energy solutions. With it, she won first place in the Millennium Graduate Student Contest 2022.
Peter Lund. Photo: Anni Hanén.
Awards and Recognition Published:

Professor Peter D. Lund awarded high Chinese Honour

Renewable energy expert granted Jiangsu Award and Medal of Friendship
HRTEM of SrTiO2
Research & Art Published:

New materials for fuel cells

Researchers from Aalto University and Northeastern University (China) have demonstrated a solid oxide fuel cell based on a single-oxide SrTiO2 electrolyte. A high power density of 620 mW per cm2 with hydrogen as fuel was obtained. The electrolyte forms a mixed proton and oxygen ion conductor with a core-shell structure
Awards and Recognition Published:

World Society of Sustainable Energy Technologies Innovation Award to Sino-Finnish research on fuel cells

Professors Bin Zhu from China University of Geosciences and Peter Lund from Aalto University were awarded World Society of Sustainable Energy Technologies Innovation Award for their work on advanced fuel cells.

Upcoming events

Research group members

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