In this book, the stakeholder-based residential building and household simulation model AWOHM is developed and applied to the Federal Republic of Germany. It aims at the identification and the conceptual design of adequate policy instruments in the field of residential/domestic heat use, with a focus on energy-related refurbishments. The model application results in policy instruments that are adapted to the characteristics of the buildings as well as their owners and users
International audienceThe building stock accounts for between 16 and 50 percent of national energy c...
A clear consensus exists in German society that it is necessary to achieve ambitious greenhouse-gas ...
A clear consensus exists in the German society that renewable energies have to play a dominant role ...
In many countries of the European Union, the largest potential for energy efficiency improvements li...
The work presented describes a bottom-up simulation model for the regional heatdemand in residential...
About 28% of German total final energy consumption is caused solely by the residential sector. In or...
The German government set targets for the reduction of heating energy demand in buildings (-20% of s...
Demand for affordable and sustainable energy is growing. Even though the technology of construction ...
In order to prepare the basis for the comparative analysis of various carbon dioxide mitigation poli...
The energy master planning process for districts requires an analysis of different scenarios, which ...
Policy formation for the upgrade of domestic sector housing is an in-creasingly important research a...
Building simulations are often used to predict energy demand and to determine the financial feasibil...
The purpose of this project was to evaluate how energy efficiently some of JM’s residential building...
The central role of occupants for achieving energy savings in residential buildings is increasingly ...
Purpose / Context – Studies of building design and economic feasibility for energy-efficient refurbi...
International audienceThe building stock accounts for between 16 and 50 percent of national energy c...
A clear consensus exists in German society that it is necessary to achieve ambitious greenhouse-gas ...
A clear consensus exists in the German society that renewable energies have to play a dominant role ...
In many countries of the European Union, the largest potential for energy efficiency improvements li...
The work presented describes a bottom-up simulation model for the regional heatdemand in residential...
About 28% of German total final energy consumption is caused solely by the residential sector. In or...
The German government set targets for the reduction of heating energy demand in buildings (-20% of s...
Demand for affordable and sustainable energy is growing. Even though the technology of construction ...
In order to prepare the basis for the comparative analysis of various carbon dioxide mitigation poli...
The energy master planning process for districts requires an analysis of different scenarios, which ...
Policy formation for the upgrade of domestic sector housing is an in-creasingly important research a...
Building simulations are often used to predict energy demand and to determine the financial feasibil...
The purpose of this project was to evaluate how energy efficiently some of JM’s residential building...
The central role of occupants for achieving energy savings in residential buildings is increasingly ...
Purpose / Context – Studies of building design and economic feasibility for energy-efficient refurbi...
International audienceThe building stock accounts for between 16 and 50 percent of national energy c...
A clear consensus exists in German society that it is necessary to achieve ambitious greenhouse-gas ...
A clear consensus exists in the German society that renewable energies have to play a dominant role ...