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László SzabóREKK 区域能源政策研究中心主任.pdf

上传人: 茫然 编号:731396 2025-07-14 14页 796.34KB

1、THE IMPACT OF PLANNED GASTHE IMPACT OF PLANNED GAS-BASED CAPACITY EXPANSION IN BASED CAPACITY EXPANSION IN THE POWER SECTOR OF THE CEE THE POWER SECTOR OF THE CEE AND SEE COUNTRIESAND SEE COUNTRIES-AND TRANSITION TO AND TRANSITION TO HYDROGENHYDROGENLszl Szab,Andrs Mezsi,Adrienn Selei,Alfa DialloREK

2、KBudapest Hydrogen Summit 2025Research questions In Central and Eastern Europe significant gas power plant capacity expansion is planned in the period of 2025 and 2040.(7-37 GW)This raises several questions:I.Are the planned gas power plants needed from a flexibility point of view?II.How can zero GH

3、G emissions in the power sector by 2040 be reached with these new capacities?III.What would be the impact of switching the gas plants to hydrogen?IV.What is the minimum gas capacity required in the system?To answer these questions a model-based analysis was carried out by REKK European Power Market

4、Model(EPMM)of REKK Time horizon:2030,2035,20402 23 3ARE THE PLANNED GAS POWER PLANTS NEEDED FROM A FLEXIBILITY POINT OF VIEW?Scenario set-up I.Three main scenarios analysed with sensitivities based on the amount of newly built gas power plantsLow:Each country finishes only those gas power plants,tha

5、t are already in construction(physical construction works already started)Medium:The scenario considers those new gas power plants that based on the current progress are likely to be built in the future.High:The most ambitious plans of the countries based on their NECP or as the sum of individual pr

6、oject plans(whichever is higher)In these reference scenarios no hydrogen-based PP operation or CCS is consideredIn 2030 7.0 GW of new capacities are assumed in the low scenario,17.3 GW in the medium scenario,and 32.5 GW in the high scenarioFor 2040,these figures are 7.0;17.3 GW and 37.3 GW in the th

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本文研究了中东欧国家在2025至2040年计划扩建的燃气发电能力(7-37 GW)的影响,及其向氢能的转型。关键点如下: 1. 灵活性需求:分析了低、中、高三种燃气发电扩建情景,发现新增燃气发电能力对系统灵活性的需求。 2. 零温室气体排放:探讨了如何在这些新容量帮助下,到2040年实现电力部门的零GHG排放。 3. 氢能转型影响:假设2035年后建的燃气发电站转为氢能,分析了低(31 GW)、中(41 GW)、高(61 GW)氢能情景。 核心数据: - 2030年,中情景下区域气体容量增加至74 GW,高情景达89 GW。 - 氢能转型将导致批发电价上涨20-25%。 - 若不淘汰煤电,转型期氢能发电的缺失可能由煤电增加产量来弥补,导致CO2排放上升。 结论:氢能转型可行,但需更高价格和补贴支持;需淘汰煤电以避免增加GHG排放。
"氢能源转型,前景如何?" "中欧电力扩张,气体够用吗?" "高成本氢电,值得吗?"
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