taiyangnews 09月12日
中欧太阳能增长迅猛,引领欧洲能源转型
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一份来自Ember的报告显示,中欧地区太阳能发电量自2019年以来增长了近6倍,远超欧盟平均水平,正在重塑该地区的能源格局。曾高度依赖煤炭的中欧国家,如今正经历一场由太阳能驱动的能源身份变革。2019年,该地区累计太阳能发电量为5太瓦时,到2024年已增至29太瓦时,其中捷克、匈牙利、波兰和斯洛伐克增长尤为显著。相比之下,欧盟同期仅增长了2.5倍。匈牙利更是被誉为全球领导者,2024年近四分之一的电力来自太阳能,但其住宅领域受到净计量政策变化影响,公用事业规模项目也因缺乏新的电网连接许可而停滞。波兰的太阳能发电量增长了20多倍,成为“产消者”数量最多的国家之一。捷克在停滞多年后重回GW级装机增长,斯洛伐克也因政策障碍解除而加速部署。这些国家证明了支持性政策、成本下降和公众参与能够推动清洁能源的快速转型。尽管成就斐然,但中欧各国2030年的可再生能源目标仍低于欧盟平均水平,未来需要将太阳能增长与电网灵活性和储能相结合。

☀️ **太阳能发电量飞速增长**:中欧地区太阳能发电量自2019年以来增长了近6倍,远超欧盟平均水平,从5 TWh增至29 TWh,标志着能源结构的深刻变革。这主要得益于捷克、匈牙利、波兰和斯洛伐克等国的积极部署。

📈 **匈牙利引领与挑战**:匈牙利在太阳能发电占比方面表现突出,2024年近四分之一的电力来自太阳能。然而,住宅领域因净计量政策调整而下滑,公用事业规模项目也面临电网连接许可的停滞,显示出发展中的挑战。

🚀 **波兰与捷克动力强劲**:波兰太阳能发电量增长超过20倍,拥有庞大的“产消者”群体。捷克在2023年实现了GW级别的装机增长,是自2010年以来的首次。这些国家展示了政策支持和技术发展带来的显著成效。

💡 **政策与未来展望**:尽管中欧在太阳能发展上取得了显著成就,但其2030年可再生能源目标普遍低于欧盟平均水平。报告强调,未来需要同步发展电网灵活性和储能技术,以充分利用太阳能的潜力,并可能为欧洲邻国树立清洁能源部署的典范。

🔋 **电池技术与出口优势**:匈牙利和波兰不仅在太阳能领域表现出色,还在全球电池出口方面名列前茅。波兰更是拥有欧盟最大的电网级电池项目储备之一,这为能源转型提供了重要的技术支撑和发展机遇。

Central Europe is expanding solar power at a rate far faster than the European Union (EU) average, reshaping its energy landscape. A new Ember report shows the region’s generation has multiplied nearly 6-fold since 2019, offering a model for clean energy progress on the continent. 

“Once heavily dependent on coal, Central European countries are seeing their energy identity reshaped by a rapid solar surge,” reads the Ember report titled Turning to the sun: Solar rise in Central Europe.  

From 5 TWh in 2019, the Central European region grew to 29 TWh cumulative solar generation by 2024, with a major growth spurt seen in Czechia, Hungary, Poland, and Slovakia. In comparison, the EU saw only a 2.5-fold increase from 125 TWh to 308 TWh. 

Calling Hungary a global leader, Ember says the country generated nearly a quarter of its electricity from solar in 2024, up from only 4% in 2019. It peaked at a record 42% in June this year. However, the replacement of a favorable net metering scheme by the net billing scheme led to a downturn in the residential segment. The utility-scale segment is also facing stagnation since no new grid connection permits have been issued in the last 2 years, points out Ember.  

On the other hand, Poland’s output increased over 20-fold from 0.7 TWh to 15 TWh as its prosumers count exceeded 1.5 million by mid-2025. Czechia has returned to GW-scale additions after years of stagnation, as it added 1 GW of new PV capacity in 2023, making it the 1st year of GW-scale additions since 2010. Its solar generation also reached 14.7% of electricity in June 2025. 

Slovakia has started accelerating installations after longstanding policy barriers eased, including the 8-year grid moratorium that remained in force from December 2013 to April 2021. The country added 274 MW of solar in 2024. 

Together, these countries show how supportive policies, falling costs, and public participation can drive a rapid shift to clean energy, according to the report writers.  

Additionally, Hungary and Poland are among the top battery exporters in the world. Poland, too, is catching up with one of the largest grid-scale battery project pipelines in the EU. 

Yet, it is not the time to become complacent, as their national plans for 2030 have renewable energy targets well below the EU average. Going forward, Ember analysts stress that Central European nations will need to match their solar growth with grid flexibility and storage. 

“Central Europe demonstrates that coal-dependent nations can change course and achieve notable renewable gains. With the right policies, the region could turn this momentum into a competitive edge and even surpass its Western neighbors in clean energy deployment,” said Ember’s Policy Advisor, Tatiana Mindeková.  

The complete report is available on Ember’s website for free download.  

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中欧 太阳能 能源转型 欧盟 可再生能源 Central Europe Solar Power Energy Transition European Union Renewable Energy
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