Towards the Energy of the Future - the invisible revolution behind the electrical socket

Towards the Energy of the Future - the invisible revolution behind the electrical socket

Brounéus Fredrik, Duwig Christophe

Industri & teknik

Mjukband

140 sidor

ISBN-13: 9789180277136

Förlag: Books on Demand

Utgivningsdatum: 07.10.2022

Språk: Engelska

Färg: Ja

Betyg::
0%
156,15 kr

inkl. moms / exkl. frakt

Tillgänglig

Din egen bok!

Bli författare med BoD och ge ut din bok och e-bok i bokhandeln.

Läs mer
Energy is everywhere. We just assume that it will always be there whenever we need to warm up our houses, cook dinner, use our computers, mobile phones, escalators, X-ray machines, tower cranes, buses, trains, airplanes and cars. It is a given, yet often invisible - and unfortunately unsustainable part of our lives.

Today we know that the global energy system needs to be transformed to its core. This is crucial if we are to succeed in tackling climate change and creating a sustainable society. And we all have important parts to play in this transition. But how do we change something that we cannot see?

In this anthology, some of Sweden's leading energy researchers share their views on familiar and less familiar challenges and solutions regarding the energy of the future. The aim is to stimulate discussion and constructive debate so that we can address the challenges in an open dialogue where facts and knowledge shape our future.

The book is written by researchers affiliated with the KTH Royal Institute of Technology Energy Platform, in collaboration with the non-profit organisation VA (Public & Science).
Brounéus Fredrik

Brounéus Fredrik

Fredrik Brounéus (editor) is a researcher at the non-profit organisation VA (Public & Science). He is a pharmacist, journalist and writer.

Duwig Christophe

Duwig Christophe

Christophe Duwig (editor) is professor at the Department of Chemical Engineering at KTH, and deputy director of the KTH Energy Platform. His research focuses on heat- and mass-transfer problems with application to low temperature heat harvesting, clean and energy efficient indoor environments, crystallisation and pollution mitigation.

Det finns inga presskommentarer tillgängliga just nu.

Skriv din egen recension
Logga in här för att lämna en recension.
Search engine powered by ElasticSuite