Energy System

The demands placed on the new energy system are enormous: providing emission-free energy sources, their transport and distribution, efficient use and far-reaching changes in the fields of industry, transport, and buildings. Removing greenhouse gases from the atmosphere is also a part of this.

At the same time, the transformation should incur as little cost as possible for economies, continue to enable interconnected industrial value creation, be socially balanced, and give developing and emerging countries room to prosper.

Making development paths visible with energy scenarios

Model-based scenarios make it clear which transformation paths for the energy system can succeed. The comparison between several energy scenarios shows the effect of technologies and policy instruments on energy consumption, emissions, and prices. It is also possible to determine the burden and relief of various groups of actors.

Increasing importance of electricity and hydrogen

Electricity will play an increasingly important role in the energy supply of the future: in place of fossil fuels, electricity becomes the central energy source for heat generation, mobility, and hydrogen generation. Green hydrogen and its derivatives are gaining in importance, particularly in the industrial sector (e. g. steel, chemicals), in aviation, and the controllable generation of electricity.

Political and economic decisions must withstand critical public scrutiny – both nationally and locally. Well-founded analyses, supported by proven models, allow high acceptance and future-proof planning. The Prognos team is characterized by technological competence and many years of experience with complex planning processes. Our systemic way of thinking ensures that all analyses are consistent with the chosen framework.