2. Gas price for electricity generation (lower prices correspond to greater gas availability); 3. There are two options for the development of new types of generation: the first - when the share of alternative and renewable energy sources (including hydroelectric power plants, wind farms, solar power plants and nuclear power plants) by 2050 will be from 30% (partial achievement of goals), the second - 50% (full achievement goals of the Strategy - 2050); 4. Maximum extension of the service life of existing coal, gas stations and hydroelectric power plants, as this solution is able to provide the lowest cost of electricity; it is planned to install dust and gas cleaning equipment as part of the modernization of existing coal-fired stations to improve the quality of atmospheric air and comply with environmental standards; 5. Forecast data on installed capacity in 2030: 4.6 GW for WPPs and 0.5 GW for SPPs; 6. Construction is carried out in accordance with national plans: the total installed capacity of the nuclear power plant is 1.5 GW in 2030 and 2.0 GW in 2050; NPP 7. CHPPs in all large cities of gasified regions are being converted from coal to gas to improve the quality of atmospheric air. Thus, three scenarios are possible (Fig. 14-16): Baseline scenario - electricity demand in the baseline scenario, gasification of Akmola and Karaganda regions, maintenance of current low gas prices, 30% share of alternative sources in electricity generation in 2050; &quot;Green&quot; scenario to increase gas demand ON SUCKTDOSHenrio nu