Fraunhofer Institute for Surface Engineering and Thin Films IST
Schematic life cycle of energy storage systems.
Life Cycle Engineering in the field of energy storage
The rapid development in the field of mobility and energy transition requires innovative solutions to manage the transition to sustainable energy sources. Energy storage systems, in particular batteries, play a crucial role in this process, as they enable the efficient use of renewable energies and the electrification of the transport sector. In this dynamic environment, life cycle assessments and cost evaluations are becoming increasingly important. They are essential to holistically assess the environmental and economic performance of energy storage solutions and to make informed decisions.
Our expertise lies in the comprehensive analysis and evaluation of energy storage systems and hydrogen technologies. We offer you customized solutions that take into account both the ecological and economic aspects of your energy storage projects. The interface with the technological focus of the Department of Process and Manufacturing Engineering for Sustainable Energy Storage provides an interdisciplinary combination of expertise that enables a holistic view of the product systems. With our in-depth experience, we support you in developing sustainable and cost-efficient products that meet the high demands of the market and the legal requirements.
Our set of methods for life cycle engineering
In order to achieve continuous improvements throughout the product life cycle, sustainable solutions necessitate professional life cycle engineering (LCE). In this area, we offer our customers and partners support during the entire product life cycle – from material production all the way to recycling. Using methods such as life cycle assessment (LCA) and life cycle costing (LCC), technical, economic and environmental analyses on products and systems are carried out. We also consider security of supply and social aspects. Furthermore, integrated computational life cycle engineering, enables a highly automated computer-aided evaluation of design options such as in the product creation process or in factory planning e.g. for giga factories.
A holistic approach to sustainable solutions
Due to the holistic approach of life cycle management, new products can be evaluated in the early development phases. In this way, technological, economic, environmental and social opportunities and risks can be identified and comprehensively compared at an early stage. As a partner in applied research, we provide guidance in the active design of the product life cycle of your energy storage projects in accordance with the guiding principle of sustainability, and accompany our customers towards a circular economy.
Contact us!