The project lies an hour's drive south of Mongolia's capital Ulaanbaatar (Credit: Flickr / Gary Todd)
Mongolia capital Ulaanbaatar and its upcoming new airport will be partly powered by a PV plant, developed with financial support from Japan.
Japanese group Sharp said this week its 16.4MW solar project in Khushight Khundii, in Mongolia’s Tuv Province, has wrapped up construction and will start operating shortly.
The installation will supply 23.1GWh per year to the national grid, which powers Ulaanbaatar city and a new national airport that is scheduled to complete this year.
The plant, representing 18,000-plus tonnes in CO2 savings, was built with support from the Japanese government.
Under its JCM scheme, Japan financed a large share of construction and will purchase credits to meet its own greenhouse gas reduction goals.
For their part, the Asian Development Bank and associated entities provided US$18.7 million in funding to the project, linked to a nearby substation via a transmission line.
Sharp delivered the 16.4MW plant alongside Thailand’s Sermsang Power Corporation – its partner for recent Vietnamese projects – and Tenuun Gerel Construction, a local firm.
The Khushight Khundii project follows Sharp’s completion last year of a PV plant, also boasting 16.5 MW of capacity, in the southern desert province of Dornogovi.
The firm was also behind a 10MW project announced in 2016 northwest of Ulaanbaatar, described at the time as Mongolia’s first utility-scale PV scheme.
The country, the world’s most sparsely populated, is progressing towards a 30% renewable target share by 2030 as it works to power fast-growing Ulaanbaatar and other areas.
Leading ‘Solar Module Super League’ supplier, JinkoSolar has teamed with experts from TÜV NORD and Soltec to provide as usual a technically driven PV Tech ‘TechTalk’ series webinar to further understand the Tiger PRO modules impact on LCOE metrics. Register free now.
PV Tech is hosting a TechTalk Product Series webinar with LONGi Solar to help PV project developers, asset owners and interested parties become aware of the latest in utility-scale PV panel technology, performance and size that is redefining LCOE metrics.
Understand fully the technical and logistical supply chains that determine the production and performance of solar modules, including all related factors impacting quality, reliability & bankability.