Ecr-gilashi kai tsayeWani nau'in kayan haɓaka na Figerglors da aka yi amfani da shi a cikin masana'antar iska mai ruwan hoda don masana'antar wutar wutar lantarki. ECR fiberglass musamman ana amfani da injiniya don samar da haɓaka kayan aikin injin, karko, da juriya ga dalilai na muhalli, yin sa'ar da ta dace don aikace-aikacen wutar lantarki. Anan akwai wasu mahimmin maki game da ECR Fir Fiberglass kai tsaye don wutar iska:
Enhanced Mechanical Properties: ECR fiberglass is designed to offer improved mechanical properties such as tensile strength, flexural strength, and impact resistance. Wannan yana da mahimmanci don tabbatar da tsarin tsarin da kuma tsawon rai na turbin na iska, waɗanda ake fuskantar wa sojojin iska da kuma lodi daban-daban.
Duraje: Blarge Turbine Blades ya fallasa ga yanayin matsanancin muhalli, gami da hasken UV, danshi, da yawan zafin jiki. ECR Fiberglass an tsara shi don yin tsayayya da waɗannan yanayin kuma ana kula da aikinta akan Lifespan na Turban na iska.
Juriya juriya:ECR FIRGLASSlalacewar cuta ce, wanda yake da mahimmanci ga ruwan hoda na iska wanda ke cikin bakin teku wanda yake cikin bakin teku ko matsakaicin lalata na iya zama damuwa mai mahimmanci.
Haske mai sauƙi: Duk da ƙarfinsa da kuma ƙarfin zuciya, ECR Fiberglass yana da ɗaukar nauyi, wanda ke taimakawa rage nauyin nauyin iska mai amfani da iska gaba ɗaya. Wannan yana da mahimmanci don cimma kyakkyawan aiki da tsararraki mai kyau.
Tsarin masana'antu: ECR fiberglass kai tsaye ana amfani dashi a cikin masana'antar ruwa. Yana rauni a kan BOBBs ko spools sannan ya ciyar da kayan masana'antar ruwa, inda ake ɗauka da guduro kuma an lora shi da guduro kuma an layo shi don ƙirƙirar tsarin ciyawar.
Gudanar da Inganci: Samun ECR Fiberglass ya ƙunshi matakan kulawa mai inganci don tabbatar da daidaito da daidaituwa a cikin kayan abu. Wannan yana da mahimmanci don cimma nasarar amfani da ruwa.
Abubuwan muhalli:ECR FIRGLASSan tsara shi don zama abokantaka, tare da ƙananan ɓoyewa da rage tasirin muhalli a lokacin samarwa da amfani.
A cikin rushewar farashin iska mai amfani da kayan iska, asusun gilashin gilashi na kusan 28%. Akwai da farko nau'ikan zaruruwa sun yi amfani da: Fiber da fiber na gilashin gilashi, tare da kayan gilashi yana amfani da kayan aikin da aka fi amfani dasu a halin yanzu.
Saurin ci gaban wutar iska ta duniya ya lalata shekaru 40, tare da ƙarshen farawa amma saurin girma da wadataccen damar da ke cikin gida. Ikon iska, wanda aka san shi ta hanyar yawan albarkatu da sauƙin sauƙaƙewa, yana ba da yanayi mai zurfi don ci gaba. Ikon iska yana nufin samar da makamashi ta kannawa ta hanyar kwararar iska kuma yana da tsada-mai tsada, wadataccen albarkatun ƙasa. Saboda shi sosai karancin rashin rayuwa, sannu a hankali ya zama mafi mahimmancin makamashi makamashi a duk duniya.
Ka'idar wutar lantarki mai iska ya ƙunshi lalata ƙarfin kuzarin ƙwayoyin iska don fitar da jujjuyawar Turbine, wanda ke juyawa da iska mai iska. Wannan aikin na inji yana fitar da jujjuyawar janareta, yankan layin filin Magnetic, a ƙarshe yana samar da alifating na yanzu. Ana amfani da wutar lantarki ta hanyar hanyar sadarwa ta tarin don haɓakar farjin iska, inda aka fitar dashi cikin wutar lantarki da kasuwancin.
Idan aka kwatanta da Hydroeleclectric da ikon Therral, kayan wutar lantarki suna da ƙananan ƙarancin kulawa da kuma farashin aiki, da kuma ƙananan sawun muhalli. Wannan yana sa su zama mai dacewa da haɓaka manyan-sikelin da kasuwanci.
Haɗin gwiwar duniya na wutar lantarki yana gudana tsawon shekaru 40, tare da farkon farkon gida amma saurin girma don faɗaɗa. Powerarfin iska ya samo asali ne a Denmark a ƙarshen karni na 19 amma ya sami mahimmancin rikice-rikicen mai na zamani, ƙasashen Yammacin Turai, suna fuskantar matsalar karfin wutar lantarki ta duniya. A cikin 2015, a karon farko, ci gaban shekara-shekara a cikin ingantaccen damar wutar lantarki na zamani ya wuce na hanyoyin samar da makamashi na al'ada, da alama canjin tsarin na duniya.
Tsakanin 1995 da 2020, tarar ikon iska ta sararin samaniya ta duniya-shekara-shekara na 18.34%, kai cikakken ƙarfin 707.4 gw.
