{"id":77474,"date":"2025-02-10T12:13:47","date_gmt":"2025-02-10T11:13:47","guid":{"rendered":"https:\/\/balkangreenenergynews.com\/rs\/?p=77474"},"modified":"2025-02-11T10:14:41","modified_gmt":"2025-02-11T09:14:41","slug":"kina-uvecala-kapacitet-baterija-130-odsto-a-nemacka-50-odsto","status":"publish","type":"post","link":"https:\/\/balkangreenenergynews.com\/rs\/kina-uvecala-kapacitet-baterija-130-odsto-a-nemacka-50-odsto\/","title":{"rendered":"Kina uve\u0107ala kapacitet baterija 130 odsto, a Nema\u010dka 50 odsto"},"content":{"rendered":"

Kina i Nema\u010dka, vode\u0107e svetske ekonomije, u 2024. godini drasti\u010dno su uve\u0107ale kapacitet baterijskih sistema za skladi\u0161tenje energije. Kina za 130 odsto, a Nema\u010dka za 50 odsto.<\/h2>\n

Nestalnost proizvodnje elektri\u010dne energijeiz iz vetroparkova i solarnih elektrana ili najve\u0107a mana obnovljivih izvora energije uspe\u0161no se re\u0161ava njihovim povezivanjem sa baterijama. Instaliranje baterijskih sistema\u00a0 za skladi\u0161tenje energije poslednjih godina do\u017eivljava\u00a0neverovatan rast, pa su godi\u0161nje instalacije za samo \u010detiri godine uve\u0107ane vi\u0161e od 12 puta<\/a>.<\/p>\n

Tako je u Nema\u010dkoj pro\u0161le godine instalirano skoro 600.000 baterija \u0161to predstavlja rast od 50 odsto u odnosu na prethodnu godinu, prema preliminarnim podacima Nema\u010dkog udru\u017eenja za solarnu industriju (BSW Solar). Ukupan broj baterijskih sistema dostigao je 1,8 miliona, sa ukupnim kapacitetom od 19 GWh, \u0161to je ekvivalent dnevnoj potro\u0161nji elektri\u010dne energije dva miliona dvo\u010dlanih domac\u0301instava, navelo je udru\u017eenje, preneo je Clean Energy Wire<\/a>.<\/p>\n

Ogromna vec\u0301ina novih baterijskih sistema, oko 580.000, instalirana je u domovima, \u010dime je ukupni kapacitet kuc\u0301nih baterija povec\u0301an na 15,4 GWh.<\/p>\n

Kornig: Kombinovanje fotonaponskih sistema sa baterijama sada je jeftino i postalo je standard<\/p><\/blockquote>\n

Kombinovanje fotonaponskih sistema na sopstvenom krovu sa sistemima za skladi\u0161tenje sada je jeftino i postalo je standard, izjavio je Karsten Kornig, generalni direktor udru\u017eenja BSW Solar, preneo je Clean ENergy Wire<\/a>.<\/p>\n

Skladi\u0161tenje energije, kako je dodao, ne samo da smanjuje tro\u0161kove elektri\u010dne energije za operatere, vec\u0301 i rasterec\u0301uje mre\u017ee i smanjuje tro\u0161kove energetske tranzicije.<\/p>\n

Osim baterija u doma\u0107instvima instalirano je i oko 100 velikih sistema za skladi\u0161tenje, sa kapacitetom od najmanje 1 MWh ili dvostruko vi\u0161e nego godinu dana ranije, \u010dime je ukupni kapacitet velikih baterija dostigao 2,3 GWh. Rast ovih kapaciteta verovatno c\u0301e zna\u010dajno porasti u narednim godinama, i do pet puta u naredne dve godine, navelo je udru\u017eenje.<\/p>\n

Sistemi za skladi\u0161tenje energije su najbr\u017ei, najjeftiniji i najefikasniji instrument za integraciju solarne energije u tr\u017ei\u0161te elektri\u010dne energije i mre\u017eu, naglasio je Kornig.<\/p>\n

Podaci iz 2024. pojavili su se posle informacije da su do sredine januara operatori prenosne mre\u017ee primili 650 zahteva za povezivanje baterija sa ukupnim kapacitetom od 226 GW. Kada bi samo polovina ovih projekata bila odobrena, to bi bilo dovoljno da uskladi\u0161ti dovoljno energije za napajanje 30 miliona nema\u010dkih domac\u0301instava za jedan dan.<\/p>\n

Kina dostigla kapacitet baterija od 73,8 GW<\/h3>\n

Bian Guangki, zamenik direktora sektora za u\u0161tedu energije i tehnolo\u0161ku opremu u Nacionalnoj upravi za energiju (NEA), izjavio je da na kraju 2024. ukupan instalisani kapacitet baterija za skladi\u0161tenje energije dostigao 73,8 GW, \u0161to predstavlja rast ve\u0107e od 130 odsto u pore\u0111enju sa krajem 2023. Prose\u010dno vreme skladi\u0161tenja energije je povec\u0301ano za 0,2 sata na 2,3 sata, prenela je Xinhua<\/a>.<\/p>\n

Severna Kina je lider sa 30,1 odsto ukupnog nacionalnog kapaciteta, a slede severozapadni regioni sa 25,4 odsto i isto\u010dni regioni sa 16,9 odsto.<\/p>\n

Bian je naveo da je na kraju pro\u0161le godine 62,3 odsto baterija imalo snagu istu ili ve\u0107u od 100 MW, \u0161to je porast od oko 10 procentnih poena u odnosu na 2023, dok su projekti izme\u0111u 10 MW i 100 MW \u010dinili 32,80 odsto, a oni ispod 10 MW \u010detiri odsto.<\/p>\n

Udeo baterija koje mogu da sa\u010duvaju energiju \u010detiri sata i vi\u0161e porastao je na 15,4 odsto, \u0161to je za oko tri procentna poena vi\u0161e od kraja 2023. Projekti sa rokom skladi\u0161tenja izme\u0111u dva i \u010detiri sata predstavljali su 71,2 odsto, dok su sa trajanjem krac\u0301im od dva sata \u010dinili 13,4 odsto.<\/p>\n","protected":false},"excerpt":{"rendered":"

Kina i Nema\u010dka, vode\u0107e svetske ekonomije, u 2024. godini drasti\u010dno su uve\u0107ale kapacitet baterijskih sistema za skladi\u0161tenje energije<\/p>\n","protected":false},"author":23,"featured_media":77476,"comment_status":"open","ping_status":"open","sticky":false,"template":"","format":"standard","meta":{"_acf_changed":false,"_monsterinsights_skip_tracking":false,"_monsterinsights_sitenote_active":false,"_monsterinsights_sitenote_note":"","_monsterinsights_sitenote_category":0,"footnotes":""},"categories":[504,1],"tags":[807,7111,6334,5986,6799,3571,1890,2341,4891],"class_list":["post-77474","post","type-post","status-publish","format-standard","has-post-thumbnail","hentry","category-elektricna-energija","category-obnovljivi-izvori-energije","tag-baterije","tag-baterijski-sistemi-za-skladistenje-energije","tag-fotonaponske-elektrane","tag-kina","tag-nemacka","tag-skladistenje-energije","tag-solarne-elektrane","tag-vetroelektrane","tag-vetroparkovi","country-svet"],"acf":[],"yoast_head":"\nKina uve\u0107ala kapacitet baterija 130 odsto, a Nema\u010dka 50 odsto<\/title>\n<meta name=\"description\" content=\"Kina i 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