GHG inventory web-based system is developed.Furthermore, the methodology will be reviewed by an inter-ministerial science and technological committee of MCUD, MET and MOE and legalized by a decree by the minister of urban development and construction.
It also enables to create a standardized baseline for the building sector in Mongolia. The methodology enables to measure emission reductions that would result from the implementation of EE measures in the buildings, on pre and post measurement basis.
#Nama program team building verification
Developed Measurement, Reporting and Verification (MRV) system for NAMA in the building sector Activities and resultsġ. Developed and implemented appropriate mitigation actions in the building sectorģ.
Established baseline energy consumption and greenhouse gas emission in the building sectorĢ. NAMA project’s three overarching outcomes are as follows:ġ. Furthermore, such a framework will open up new opportunities to access regional and international climate funding for low carbon interventions in the building sector. It will systematically quantify GHG savings and benefits of the mitigation interventions in the building sector. The project aims to create a comprehensive policy framework that supports building energy efficiency through development of national baselines, GHG inventory & MRV systems, prioritization of mitigation actions and proposed financial scheme for the energy efficient technologies on the basis of Marginal Abatement Cost Curves (MACC). In order to fill these gaps, the Nationally Appropriate Mitigation Actions (NAMA) in the construction sector in Mongolia project is designed to facilitate market transformation for energy efficiency by removing barriers to increased adoption of energy efficient technologies in the construction sector. Major challenges persist in measuring and monitoring the energy consumption and identifying the reference baseline, which are particularly noticeable when it comes to attract financing for scaled investments in energy efficiency measures, achieving 100% compliance, and to go beyond code. Despite that, there is dearth of data on energy consumption and GHG emission from end-users. Currently the GHG savings and the cost-benefits of low carbon interventions in the building sector are not systematically quantified in Mongolia and their benefits remain unclear and done on ad-hoc basis. While the use of renewable energy sources for electricity and for heat supply is also a relevant GHG reduction strategy for the country, number of related interventions is limited at the moment. At the same time, it is focusing on the efficient use of the electricity and heat produced from coal burning, in particular through the use of energy efficient appliances and equipment and on reducing heat losses in buildings. Mongolia’s GHG mitigation policy is primarily directed towards burning coal by more environmentally friendly technologies. The building sub-sector alone contributes to over 11% of the overall carbon dioxide (CO2) emissions which is higher than that from the other sectors (INDC and SNC). The energy sector is by far the largest contributor of total greenhouse gas (GHG) emissions in the country yet it holds a higher potential for emissions reduction due to an increase in building energy efficiency.
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