Astana - Kazakhstan
Mosque in Kazakhstan
First mosque in the world with a positive electricity balance and an extremely low heat demand
Scientific Planning Support
The Yryskeldi Qajy Ata Meshiti Mosque in Astana (Kazakhstan) is the first mosque in the world with a positive electricity balance and a very low heating energy demand.
The energy optimization for this project started once the building was already in construction, a challenging task for all the partners together with the extreme climate conditions. Nevertheless, the heating energy demand could be reduced by 35% in comparison to a standard construction in Kazakhstan. A better insulation strategy, thermal bridge optimization, the introduction of a ventilation system with heat recovery and a photovoltaic system were implemented to reach a higher energy efficiency.
Our teams´ focus were the analysis of the energy demand of the mosque and the optimization of the HVAC system. Through the use of dynamic building simulations the energy efficiency could be otpimized.
The great results achieved through this interdisciplinary work resulted in the Austrian Green Building Planet Award for this project.
Realisation 2018, 4.000 m²
Simulation and optimis¡zation of the building envelope and HVAC system
Reduction of heating energy demand
Optimization of the HVAC System
Scientific planning support during the construction phase: dynamic thermal simulation of the building for the analysis of different szenarios for the buildings envelope and the ventilation system
As part of Ingenieurbüro P. Jung:
Dynamic thermal simulations of the building & ventilation system
Advising the owner on measures to be taken in order to reduce the heating energy demand and improving the HVAC system
More of our work
Building physics simulation
Consultancy on buildng physics for the complex historical renovation of a museum in Ingolstadt.
Workshop for professionals
1-week workshop on sustainable construction for the Kingdom of Bhutan.
Capacity building & consultancy
Supporting the Moroccan research institute IRESEN in the planning of their research campus.
Dynamic thermal simulations of the ground to analyse the energy gain from underground structural walls.