Energy Solutions for Industry

Decarbonization and the path to climate-neutral production raise numerous questions for companies: 

  • Which technologies are suitable for us in our market environment? How do we optimally substitute and integrate them into our existing processes or new plants? 
  • Which local renewable energy sources will be economically available at our sites in the future and how can these be optimally combined with resources from the local grids (electricity, heat, cold, gas, H2)? 
  • What does our path to climate neutrality look like? How do we link this with our efforts towards digitalization? 
  • What opportunities do negative emission technologies offer? 

Fraunhofer ISE supports these questions in the development of overall concepts based on its expertise in technical solutions such as industrial heat pumps, heat/cold storage, battery storage, electric heaters, cooling and heat/steam networks, PV and solar thermal energy, as well as in the field of energy system analysis, sector coupling and energy markets. The main focus is on optimal system integration and the incorporation of suitable technologies into a specific local infrastructure. For a better understanding of energy flows in existing processes, we provide support in the development of measurement concepts, carry out detailed data analyses, including using the pinch method, and create real-time simulation models (digital twins).

Fields of Work

In the research topic "Climate-Neutral Industry" we focus on the following fields of work:

Decarbonization and Transformation Concepts, Energy-Efficiency Analyses, Roadmaps

Integration and Evaluation of Technologies for Decarbonizing the Industry

Negative Emission Technologies NET

R&D Infrastructure

This infrastructure is available to us at Fraunhofer ISE for our research and development activities:

 

Center for Heating and Cooling Technologies

  • Test infrastructure for components using steam at pressures up to 30 bar (heat pumps, heat storage tanks, water treatment systems, etc.)
  • Lab with molten salt loops operating at temperatures up to 565 °C
  • Electrical power connection up to 1 MW, e.g. for electric heater tests
  • Lab for testing heat/cold storage solutions from -30 °C to 900 °C
  • Infrastructure for high-temperature heat pump tests
 

TestLab Solar Thermal Systems

We test solar collectors, components and complete systems. In addition, we provide support to our clients in developing their products.

 

TestLab Heat Pumps and Chillers

State of the art technology for developing, measuring and characterizing heat pumps and chillers, as well as their components

Software Tools (Selection)

DISTRICT

Optimization of energy supply concepts

Ebsilon

Process simulation

PinCH

Pinch analysis

ColSim

System simulation

Selected Research Projects

 

FENOPTHES

Development and Optimization of Filler Materials for Thermal Storage

 

Joint Project: FernWP

District and Process Heat Supply by Heat Pumps As a Substitute for Coal Combustion

 

KETEC

Research Platform Refrigeration and Energy Technology

 

Hitachi District

Developing Transformation Paths to Decarbonization for the Energy System of Two Hitachi Facilities

Recent Publications on the Topic "Climate-Neutral Industry"