In addition to the expansion of renewable energies and power grids, decarbonization in the heating sector is more in focus than ever. High temperatures for industrial processes, hot water, and in particular the heating of spaces account for around half of the energy in Germany. For the energy transition to succeed in this central field, a switch to renewable energies for heat generation and the associated expansion and conversion of local and district heating networks is essential. In addition to large heat pumps and deep geothermal energy, waste heat from industrial processes or data centers is increasingly being utilized. 

The experts at Drees & Sommer support clients throughout the project life cycle, from conception through to the realization of new heat supply projects. 

Construction projects in the energy sector are very challenging for all parties involved. The expansion of electricity and gas grids involves complex long-term projects with scarce resources. And they place huge demands on the client’s organization. Drees & Sommer supports clients at critical points in the project with experience, methodological competence and digital tools.

The energy transition is resulting in the gradual decommissioning and dismantling of many nuclear and coal-powered power stations. In addition to the challenges that this complex and often lengthy work entails, the future use of the buildings and sites has to be decided. Drees & Sommer expert teams support power plant operators with this difficult decision-making process.

Our economy has so far been powered by fossil fuels such as coal and oil – with the all the known impacts. But ‘green’ hydrogen (H₂) is seen as the energy carrier of the future. Massive expansion of renewable energies will be necessary to compensate for the loss of electricity from conventional generation. And the energy transition requires approaches such as sector coupling and innovative storage technologies.