News

New textbook by Mika Järvinen and Hanna Paulomäki guides engineers toward a sustainable energy transition

How should the education of energy engineers change to support not only climate goals but also ecological and social sustainability? The newly published textbook Designing Renewable Energy Systems within Planetary Boundaries offers answers to the question.
A couple walks down a path surrounded by birch trees and lush green foliage.
Photo: Aalto University/ Anni Kääriä

Edited by Mika Järvinen, Associate Professor of Energy technology at Aalto University, and Hanna Paulomäki, ecologist and energy transition researcher, the new textbook explores the energy transition and various energy technologies from the perspectives of planetary boundaries and social sustainability. The book focuses in particular on climate change, biodiversity, and sustainable land use. A broad and international group of researchers in energy technology, ecology, biology, business, and social sciences contributed to the writing of the book.

The textbook aims to meet the need for interdisciplinary sustainability education in the education of energy engineers.

‘We want to increase future energy engineers’ understanding of the social and planetary constraints of sustainability, so that we avoid creating new, harmful path dependencies while building an energy system based on renewable sources,’ says Mika Järvinen. ‘The book addresses sustainable implementation options and solution pathways for various energy technologies in a world of limited resources, amid climate change and biodiversity loss.’

The book covers topics including renewable energy production from wind and solar power, sustainable limits of waste and bioenergy use, the potential of heat engines to utilize renewable energy, and the use of heat pumps as carbon-free heat sources. It also discusses energy storage and the fundamentals of electrical power systems required for a renewable-based energy system. These elements play a crucial role when the energy system is based on weather-dependent production.

The book was made possible with support from the TAH Foundation and Aalto University.

Book cover for 'Designing Renewable Energy Systems within Planetary Boundaries' edited by Mika Järvinen and Hanna Paulomäki.

Designing Renewable Energy Systems within Planetary Boundaries – A Textbook for Energy Engineers (Springer, 2025) can be downloaded as a PDF via this link. 

  • Updated:
  • Published:
Share
URL copied!

Read more news

Pauliina Ilmonen, photo by Nita Vera.
Appointments, Studies Published:

Professor Pauliina Ilmonen: Learning mathematical software in upper secondary school takes time away from learning the basics

Pauliina Ilmonen, Professor of Statistics at Aalto University, will step into the role of Dean of the School of Science at the beginning of June. She wants to emphasize the fundamentals in the study of mathematics.
Modern red-brick building with tall black pillars, trees in front and people walking on the pavement
Cooperation, Studies Published:

Nordea and Aalto University to explore the future of AI and human-machine interaction

Aalto University and Nordea are launching a long term research and education partnership to explore how machine agency will shape the future of services.
Brown-toned display of wood, pulp, fibre, thread cone and knitted fabric, showing stages from log to textile.
Research & Art Published:

The journey of a 17th-century shipwreck continues as a unique knitted dress

Researchers at Aalto University transformed surplus wood from the Hahtiperä shipwreck into textile fibre, spun it into yarn, and knitted it into a dress using new AI-assisted technology.
Small winding stream with rocks and tall grass in a sunny green park, trees and lawn in the background
Cooperation, Press releases, Research & Art Published:

The potential of urban greenery as a climate solution is not being fully utilized – a new handbook offers means to address this

The Handbook for carbon-smart urban green provides concrete tools for leveraging urban green spaces more effectively in climate and nature conservation efforts.