DBFZ: Research strategy for “smart” bioenergy provision available now
Scientists from the German Biomass Research Centre have published their latest book “Smart Bioenergy – Technologies and concepts for a more flexible bioenergy commission in Future Energy Systems”.
The transition of the energy system towards a renewable resource base requires a re-thinking in all energy sectors as well as the further development of bioenergy provisions to better complement wind and solar energy. The now published research strategy provides the latest research findings and perspectives in the field of energy and integrated material biomass use.
With its various applications (electricity, heat, fuels) biomass is not only the oldest, but also one of the most versatile energy carrier among the renewable energies. With its wide range of already established, as well as in research, technical methods for energy it is an essential part in the development of a sustainable energy future. Nevertheless, there is need for further development. In addition to challenges with regard to a sustainable biomass deployment, it will be significantly more important in the future to use biomass in the fields, in which other renewable alternatives are not or only partially available. Such integration of bioenergy into existing and future energy systems requires extensive technological development of biomass energy use, both in the electricity, as well as heat and fuel sectors. “Smart” bioenergy provision describes the transition from today continuously operated bioenergy plants in flexible systems that always be used when, for example, there is no sun and no wind.
“The smart bioenergy use in small, very precisely controlled plants will be a building block of integrated supply systems and be able to contribute to the sustainable energy supply of tomorrow. The purpose of this book is not only the essential areas of work DBFZ represented biomass use in the field of energy and integrated material, but also the objectives, challenges and technological approaches of the future energy system described and concrete perspectives presented from a scientific perspective”, stresses the editor Prof. Dr. Daniela Thrän from the DBFZ, Helmholtz Centre for Environmental Research (UFZ) and the University of Leipzig.
In a total of eight chapters, the book “Smart Bioenergy” begins with a comprehensive view of market and resource base, to then analyse the technical possibilities for a more integrated use of bioenergy. The analysis encompasses the entire bioenergy supply chain, including solid, liquid and gaseous fuels. A practical example demonstrates the detailed effects of intelligent bioenergy on the German energy system. The book concludes with a look at the most promising areas of biomass energy supply and a professional assessment of the conditions required for this purpose.
The book “Smart Bioenergy – Technologies and concepts for a more flexible bioenergy commission in Future Energy Systems” is published by Springer-Verlag and can be obtained as e-book or hardcover (ISBN: 978-3-319-16192-1).
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