BUILDING Energy Efficiency in Nepal
BUILDING Energy Efficiency in Nepal (BEEN) is a four year project funded by the European Union under the SWITCH-Asia Programme. BEEN project is a consortium led by University of Innsbruck, Austria in partnership with MinErgy Pvt Ltd, Nepal, Greentech Knowledge Solutions Pvt Ltd, India and Asociación Espanola de Normalización (UNE), Spain. BEEN aims to contribute in achieving low-carbon and resource-efficiency in the Nepalese building sector by promoting climate-responsive building design and construction through integration of energy efficiency and renewable energy measures. The Project will be implemented in 60 municipalities across the four bio-climatic zones of Gandaki, Lumbini and Bagmati Province.
The goal of the action is to contribute to the development of a low carbon and resource efficient building construction sector in Nepal, with the following objectives;
Nepal is now one of the fastest urbanizing developing countries. It is estimated that 1 million homes will be built in Nepal in the next decade. Most of the buildings in Nepal are designed without considering the local climate. Increased urbanization, changing lifestyle and lack of climatic consideration has increased the energy demand in building sector in Nepal. Moreover, the use of building materials with high embodied energy has also resulted into higher carbon emission through the building sector.
Nepal currently does not have standards, guidelines or regulations regarding energy efficient building design for new construction or for retrofitting of existing buildings. There is lack of awareness among people and capacities of building sector, Micro, Small and Medium Enterprises (MSMEs) on energy efficient buildings and their service offerings remain low. While structural stability of buildings has received attention in Nepal due to earthquakes, consideration of climate responsiveness and energy efficiency are lacking in most new building designs. Efficiency issues need to be addressed by integrating passive strategies to design climate-responsive buildings and use of energy efficient space heating and cooling system. In addition, materials that use low energy and resource-efficiency during production and over their use times also need to be prioritized. Similarly, integration of renewable energy measures in building design and operation needs to be fostered to further reduce building’s carbon footprint.
Expectations/promise (what would happen if? What if?)
Solution
|
PRACTICAL INFORMATION
OVERVIEW
Dr. Daniel Neyer
Universität Innsbruck
Technikerstraße 13, 5. Stock, A-6020 Innsbruck
Telefon +43 512 507-63652
Mobil +43 512 507-976618
Fax +43 512 507-63698