Labarai

Farashin wutar lantarki (LCOE) na hasken rana ya ƙaru kaɗan a shekarar 2025, inda ya kai dala $44/MWh, daga dala $43/MWh a shekarar da ta gabata.

Ƙarfin samar da inverter a Turai yanzu ya wuce 100GW, wanda hakan ya sanya yankin ya zama cibiyar kera inverter mafi girma a duniya a wajen China.

Tarayyar Turai ta ƙaddamar da wani dandamali na saka hannun jari don faɗaɗa makamashi mai sabuntawa, masana'antu masu tsabta da hanyoyin sadarwa na wutar lantarki a duk faɗin yankin Bahar Rum.
Kamfanin makamashi mai sabuntawa na Trans-Medrea da kuma hadin gwiwar fasaha mai tsafta (T-MED) zai yi niyyar tattara jarin Yuro biliyan 25 (dala biliyan 28.9) nan da shekarar 2035, tare da neman bayar da gudummawa ga ci gaban karfin makamashi mai sabuntawa na 15GW.

A ranar 20 ga Mayu, bisa ga wani tabbaci na musamman daga kamfanin dillancin labarai na ƙasashen waje Electrek, Tesla ta ƙaddamar da aikin Gigafactory na na'urar samar da hasken rana mai ƙarfin 100GW a Brooksville, kusa da Houston, Texas. Wannan yana nuna muhimmin ci gaba a hangen nesa na Davos na Elon Musk.

A halin yanzu, Bloomberg ta bayyana takardun neman izinin shiga da ke nuna cewa SpaceX na gina masana'antar kera ƙwayoyin hasken rana mai ƙarfin 10GW a Bastrop, Texas. Masana'antar za ta ƙunshi ƙira mai matakai biyu, tare da kowane Layer yana da ƙarfin 5GW a kowace shekara, wanda ke mai da hankali kan ƙwayoyin heterojunction masu inganci, da nufin samar da wutar lantarki ga cibiyoyin bayanai na AI na orbital.

DNV, ƙwararren masani kan fasaha da tsaro, wanda ke hedikwata a Norway, ya buga sabbin ƙa'idoji guda biyu don ƙira da kula da tsarin PV (FPV) mai iyo a cikin hasken rana.
Sabbin ƙa'idodi - DNV-ST-C108 da DNV-ST-E309 - suna ba da "tsari mai cikakken tsari da daidaito don ƙira, bincike, aiki da kuma kula da haɗari na tsarin FPV a duk tsawon rayuwarsu, daga matakin sashi zuwa matakin tsarin," in ji DNV.

Watanni biyu sun shude tun lokacin da aka rufe mashigar Hormuz saboda barkewar rikicin Gabas ta Tsakiya. Ba tare da wata alama ta musamman game da lokacin da za a sake bude mashigar cikin aminci don jigilar kaya ba, tasirinta ga masana'antar makamashi ta duniya yana kara karfi.

Fitar da kayayyakin hasken rana na kasar Sin - wadanda suka hada da kayayyaki, kwayoyin halitta da kuma wafers - ya kai matsayi mafi girma a tarihi na 68GW a watan Maris na 2026, adadi wanda yayi daidai da karfin hasken rana na kasar Spain gaba daya.

Matsalar farko ita ce hulɗar fasahar da kansu. Babban fa'idar batirin lithium-ion shine yawan kuzarin da suke da shi. Amma wannan fa'idar kuma tana sanya su cikin rikici tsakanin inganci da aminci.

Yayin da batirin ke ci gaba da ƙoƙarin samun ƙarin yawan kuzari, kwanciyar hankali na ciki yana raguwa. Da zarar an fallasa shi ga caji mai yawa, gajerun da'ira, tasirin waje, ko yanayin zafi mai yawa, zafin ciki na tantanin halitta yana ƙaruwa da sauri, yana haifar da jerin halayen exothermic marasa canzawa - abin da masana'antar ke kira "gudun thermal."

Daga ranar 1 ga Afrilu, za a soke rangwamen harajin fitar da kayayyaki na photovoltaic (PV) a hukumance, wanda hakan ke nuna ƙarshen dogon lokacin tallafin PV.

A cewar Sanarwar Lamba ta 2 ta 2026 da Ma'aikatar Kudi da Hukumar Haraji ta Jiha suka fitar a ranar 9 ga Janairu, wanda zai fara daga ranar 1 ga Afrilun wannan shekarar, za a rage yawan harajin VAT na kayayyakin PV guda 249, ciki har da ƙwayoyin hasken rana, kayayyaki, da wafers ɗin silicon da aka yi amfani da su, daga kashi 9% zuwa 0%. Za a soke adadin rangwamen kayayyakin batirin a matakai biyu: da farko an rage shi zuwa kashi 6%, sannan aka soke shi gaba ɗaya daga ranar 1 ga Janairu, 2027, wanda hakan zai bai wa kamfanoni damar daidaitawa.

Hasashen darajar kayan aikin PV cikin shekaru ashirin yana ɗaya daga cikin manyan matsalolin kimanta farashin ritayar tashar samar da hasken rana. Ikon sake amfani da PV a Turai yana raguwa a hasashen yawan sharar gida a cikin shekaru masu zuwa, a cewar wani sabon bincike.