Current projects of Dr. Steven Salecki

• Accompanying Scientific Research for the Funding Focus ‘Energiewendebauen’, Module Neighborhoods

  Neighborhood energy concepts can enable new paths for higher energy efficiency and renewable energies at the local level by taking an integrated view of energy generation, consumption and decentralized infrastructure. For [...] More

• Integrative urban-regional adaptation strategies in a polycentric growth region: Model region Stuttgart ISAP

  The effects of climate change are already visible in the densely populated Stuttgart Region, mainly in form of increasing heat stress and frequent heavy rainfall events. Adaptation to the effects of climate change is a [...] More

• frisch

  Climate resilient city of Bremen Second phase implementation and continuation (BREsilient II)

  

  Bremen is affected by the consequences of climate change in many ways. Accelerated sea level rise and an increase in heavy rainfall and hot spells are some of the specific challenges for the northern German region. Bremen's [...] More

• Empirical investigation of the relationship between regional added value, participation models and acceptance in the energy transition

  

  The expansion of renewable energies (EE) is associated with far-reaching changes in the energy system and means a significant intervention in the accustomed living environment at local level. Local people can perceive the [...] More

• UMAS: Underground Methanization in Aquifer Storage

  Gas in the form of methane and hydrogen will very likely be an important source of energy in the future, also in order to compensate for fluctuating renewable energies. Therefore, storage systems are gaining in importance. [...] More

• Mobilizing Endogenous Potentials for Structural Change – Decarbonisation in a Lignite Mining Region DecarbLau

  How can a lignite phase-out be proactively accompanied in a structurally weak region and potentials for endogenous development opened up? This question will be investigated in the research project using Lusatia as an example. [...] More

• Social and environmental heat transition in Berlin A project of the joint program ‘Knowledge. Transformation. Berlin’ by the research partnership Ecornet Berlin

  

  About half of Berlin’s carbon dioxide emissions stem from heating buildings. Reducing the demand for heat through energy-efficient building refurbishment and shifting to renewable energy and waste heat for heating are the two [...] More

• Suburban Heat Shift

  A third of the final energy consumption in Germany is used for heating and hot water. Thus, heat consumption is an important factor when it comes to tackling global challenges such as climate change, energy efficiency and [...] More