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The study result of the future of Mongolia's climate, how it will change in the twenty-first century, and its impact on our country's environmental and socioeconomic impact were based on the modern scientific findings depending on the results of the mid-nineties of the last the century. On the basis of this, some conditions for long-term policy adaptation to climate change were made. The population of Mongolia reached 3.1 million by end of 2017. According to demographic forecasts, the population forecasts will be 3.5 million in 2030, 3.82 million in 2040, and 4.1 million in 2050. As of 2018, 68 percent of our population lives in urban areas. Most of Mongolia's power is produced by coal-fired power plants, which are the sources of CO2 emissions. Renewable energy sources are a source of non-harmful energy to the environment and can increase the use of renewable energy, thereby reducing air pollution, including CO2 emissions. Introduction Mongolia developed its National Climate Change Program in 2000 and it was officially adopted by the parliament in 2011. In the National Climate Change Program, the issues related to the climate change adaptation, strategies’, policies, and measures are broadly in-depth. The consequences of climate change in Mongolia are changing water resources, regeneration of permafrost and high alpine glaciers, loss of lakes and ponds in the permafrost region, decreasing of ground water levels, and soil degradation due to overheating and drought. To reduce desertification and desertification processes, to change wildlife distribution regions, to increase the frequency of forest and steppe fires, and ultimately deterioration of the environment. Mongolia's energy consumption has been increasing in recent years, indicating that it is necessary to build additional energy sources. 5 percent of Mongolia's total electricity is renewable. This includes 2 percent of wind power, 2 percent water and 1 percent water and other renewable energy. Mongolia's renewable energy reserves are the highest in the world, with large areas of sun and wind in the southern region. This study provides a basis of determining the capacity and location of renewable energy sources that can be further developed based on renewable energy resources in Mongolia and a greenhouse gas reduction energy. The detailed estimates of these estimates will further lead to major renewable energy projects in Mongolia and will result in a reduction in Mongolia's greenhouse gas emissions. There are many ways to reduce greenhouse gas emissions. Renewable energy sources are the most effective solutions to reduce energy imports and energy imports. The Examined Renewable Energy Sources Technology Any country's renewable energy technology varies depending on its geographical location and its features, with varying levels of development and capacity. The following table illustrates the technology of renewable energy in Mongolia.

The Potential of Renewable Energy Sources for Greenhouse Gases Emissions Reduction in Mongolia