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National Energy Efficient Lighting Program in Mongolia

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Mongolia

Description

Overview
Sector Energy
Focus area Energy efficiency
Type of action Strategy/Policy
Scope National
Stage Under development
Submitted to UNFCCC registry Yes
Start of initiative 2015
Financing and support details
Financing status Seeking financing
Total cost US$ 7.5 mln
Financing requested US$ 7 mln
Financing received to-date
(no data)
Principal source of financing Not known
Principal type of financing Not known
Capacity building required Unknown
Technology transfer required Yes
Additional information
Proponent(s) Ministry of Environment and Green Development
International funder(s)
(no data)
Organization providing technical support
(no data)
Contact Saruul Dolgorsuren
976-11-311086

saruul@mne.gov.mn

Dagvadorj Damdin 976-11-311173 dagvadorj@mne.gov.mn

Objective:

The outlined project involves the installation of energy efficient lighting equipments in residential, industrial, commercial and outdoor sectors to replace the inefficient lighting lamps in Mongolia.

Activities: (2015 - 2020)
The outlined project will switch the inefficient lamps to energy efficient lighting to potentially save 100,306 MWh in annual electricity consumption, which is equal to around 2.25% of total national electricity generation and 26.4% of electricity consumption for lighting. It involves the installation of energy efficient lighting equipments (e.g. Light Emitting Diodes, Compact Fluorescent Lamp) in residential, industrial, commercial and outdoor sectors

Impact and MRV

pChart

Cumulative GHG reductions: No data available
Mitigative capacity:

The outlined project will replace the inefficient lighting in the residential, commercial, industrial and outdoor sectors in Mongolia by energy efficient lamps. The outlined project will annually save 100,306MWh of electricity that would be supplied by the fossil fuel fired power plants, which is equal to 2.25% of total national electricity consumption and 26.4% of electricity consumption for lighting in Mongolia.. Based on the publicly available data published by CDM National Bureau (DNA) of Mongolia (http://www.cdm-mongolia.com/), the combined baseline emission factor (EF) of the grid (EFgrid, CM) of Mongolia is 1.103 tCO2/MWh. Therefore, the annual GHG emission reductions of the outline NAMA support project are estimated to be approximately 110,638tCO2e per year (i.e. 100,306 MWh×1.103 tCO2/MWh=110,638tCO2e)."The outlined project will replace the inefficient lighting in the residential, commercial, industrial and outdoor sectors in Mongolia by energy efficient lamps. The outlined project will annually save 100,306MWh of electricity that would be supplied by the fossil fuel fired power plants, which is equal to 2.25% of total national electricity consumption and 26.4% of electricity consumption for lighting in Mongolia.. Based on the publicly available data published by CDM National Bureau (DNA) of Mongolia (http://www.cdm-mongolia.com/), the combined baseline emission factor (EF) of the grid (EFgrid, CM) of Mongolia is 1.103 tCO2/MWh. Therefore, the annual GHG emission reductions of the outline NAMA support project are estimated to be approximately 110,638tCO2e per year (i.e. 100,306 MWh×1.103 tCO2/MWh=110,638tCO2e)." cannot be used as a page name in this wiki.

Co-benefits:

Social: Raise awareness of climate change; generation of jobs for locals.
Economic: Energy cost savings for the residential, commercial/industrial and outdoor lighting users in Mongolia; reduce reliance on imported fossil fuels and strengthen national energy security; the project will also provide job opportunities to local people and create business opportunities to private enterprises.
Environmental: Reduction of local air pollution

MRV Framework:
No MRV plan has been defined