Ukuhlanganiswa kwe-homogenizationIithegi zeRFIDKwimarike ngokubanzi kuzise ukhuphiswano olupheleleyo kwimarike. Uphuhliso lweethegi zeRFID kufuneka lufune imakethi eyenzelwe wena ngakumbi. Ukwenza ngokwezifiso kube yindlela ebalulekileyo ekuphuhlisweni kweshishini leelebhile, kwaye iRFID+ imele indlela yophuhliso lweethegi ezenziwe ngokwezifiso. Kwiimeko zesicelo esisebenzayo, iimfuno zamandla okudibanisa imveliso ziya zisanda. Amandla okudibanisa aqinileyo anokuhlangabezana neemfuno ezityebileyo. Kwiithegi ezikhethekileyo, kuya kubakho iimeko ezininzi zesicelo seethegi ezine-sensitive kunye ne-assistant positioning. I-RFID kunye nee-sensors, Ukuhlanganiswa kwee-capacitors, ii-inductors, ii-MCUs, ii-Bluetooth chips, ii-LEDs, njl. zonke zinokuvela, nto leyo ixhomekeke kwinkqubela phambili yetekhnoloji ye-chip. Njenge-sensor engasebenziyo, iithegi ze-sensor ziya kuba neengenelo ezingaphezulu kunee-sensors zendabuko kwiindleko, ukusetyenziswa kwamandla, kunye nokuzivumelanisa nezimo kwiimeko ezithile.
Imakethi yethegi yenzwa incinci kodwa intle
Iithegi zesensor ezixhaphakileyo ngoku ziquka i-RFID+ubushushu, i-RFID+uxinzelelo, i-RFID+umswakama, njl.njl., eziqala ukusetyenziswa kancinci kancinci kumashishini afana namandla ombane, iibheringi, i-cold chain, kunye namatayara. Idatha yophando ibonisa ukuba ubungakanani bemarike yangoku yeethegi zesensor abubukhulu. Imarike iyonke ixabisa i-RMB 10 yezigidi ukuya kwi-RMB 20 yezigidi, kodwa ixabiso leyunithi liphezulu, ngokubanzi lingamakhulu aliqela eeyuan. Oku kukwamisela ukuba akuyi kuba sisicelo esikhulu, kodwa yimarike encinci kodwa entle.
Nangona ubungakanani bemarike yeethegi zesensor busebuncinci, amathuba ayo emarike kunye nenzuzo zitsala amehlo kakhulu. Sinethemba lokuba inokuvelisa ukukhula okukhulu kwiimarike ezinokubakho zezicelo ezifana ne-cold chain, amatayara, iibhetri, kunye nomthamo wemizi-mveliso.
Uhlalutyo lweemeko ezinokubakho zokusetyenziswa kweethegi zokuva iRFID
Ikhonkco lomkhuhlane wezonyango:Ngexesha lobhubhane, isetyenzisiwe kakhulu njengesixhobo sokulawula ukulandelelwa kwemithi yokugonya. I-cold chain yezonyango kulindeleke ukuba ibe yicandelo elinamandla kakhulu kuphuhliso lwexesha elizayo lwe-cold chain logistics. Ukujikeleza kwamayeza kubhekisa kwinkqubo edlula kuyo amayeza ukusuka kumzi-mveliso ukuya kumaziko ezonyango okanye kwiikhemesti ezithengisa izinto. Uthotho lweekhonkco zothutho kunye nokugcina. Ngokwedatha, iindleko zizonke ze-cold chain yemithi yelizwe lam ziya kufikelela kwi-24 yeebhiliyoni zeeyuan ngo-2022. Ngo-2030, iindleko zizonke ze-cold chain yemithi ziya kudlula kwi-60 yeebhiliyoni zeerandi, kunye nomyinge wokukhula konyaka ongaphezulu kwe-12%. Eyona RFID isetyenziswa kakhulu kwi-cold chain yezonyango zii-RFID temperature sensing tag. Ii-RFID temperature sensing tag zinokujonga ubushushu bexesha langempela kwaye zibonelele ngokulandelelwa kweZixhobo zonyango.
Amatayara: Okwangoku, uninzi lwabavelisi bamathayi, njengeGoodyear, Michelin, Bridgestone, kunye neQingdao Soft Control, sele besebenzise itekhnoloji yeRFID kumatayayi. IMichelin iceba ukufaka iithegi zeRFID kuzo zonke iithayi ezithengiswayo ngo-2023. Ngokwengxelo yonyaka kaMichelin, ukuthengiswa kwamatayayi kwihlabathi liphela kuya kufikelela kwiiyunithi ezili-1.75 zeebhiliyoni ngo-2022, kwaye kuya kugcina ukukhula okuzinzileyo kwixesha elizayo. Oku kunokuzisa umthamo wemarike yamatayara eRFID okwibhiliyoni ngonyaka, nto leyo ekufanele ukuba uyilindele.
Ukongeza kwiimfuno zolawulo olupheleleyo lomjikelo wobomi bamatayara, amatayara aneemfuno zokhuseleko eziphezulu ngakumbi. Emeleyo yi-TPMS yamatayara (ubushushu obungashukumiyo kunye nokubeka iliso kuxinzelelo lwamatayara). Imfuno yemarike yeethegi zokuva i-RFID yamatayara inkulu kakhulu, kodwa imveliso Iimfuno zobugcisa ziphezulu, umjikelo wovavanyo mde, iindleko zovavanyo ziphezulu, imigaqo yokhuseleko iphezulu, kwaye imingeni yobugcisa mikhulu.
Iibhetri zamandla amatsha:Ngokwedatha yamva nje yokuthunyelwa kweebhetri zehlabathi ekhutshwe yi-SNE Research, ukuthunyelwa kwebhetri zamandla kunye neebhetri zokugcina amandla kwihlabathi liphela kuya kufikelela kwi-812GWh ngo-2022, ukwanda konyaka nonyaka kwe-86%; imfuno yehlabathi yeebhetri zokugcina amandla kunye nokugcinwa kwamandla kulindeleke ngo-2030. Iya kufikelela kwi-5800GWh. Ngokuthandwa kweepasipoti zebhetri, le "pasipoti" ijolise ekuboneleleni ngolwazi oluneenkcukacha malunga neebhetri, kubandakanya imithombo yazo, iinkqubo zokuvelisa, iinkcukacha zobugcisa, imiqondiso yekhabhoni kunye nezikhombisi ze-ESG. Kwixesha elizayo, umthamo weethegi ze-RFID zebhetri uya kuba ngamakhulu ezigidi okanye amashumi ezigidi. Inqanaba lebhiliyoni.
Ngokuphuhla kolu shishino, kukho iimfuno eziphezulu zobuchwepheshe beRFID, kwaye iimveliso kufuneka ziphindaphindwe rhoqo. Kwishishini leebhetri, iRFID ayisetyenziswa nje kuphela njengokuchonga, kodwa ikwasetyenziswa nokujonga imeko yangaphakathi yebhetri kunye nobuchule bonxibelelwano lwenkqubo yesithuthi, kunye nokhuseleko, ukuthembeka, kunye nokuphendula kwiindawo ezahlukeneyo ezintsonkothileyo (Ubushushu obuphezulu kakhulu nobuphantsi) bufuneka kakhulu. Iithegi zokuva ubushushu beRFID, iithegi zokuva ubushushu beRFID, njl. ziya kusetyenziswa ngakumbi.
Ixesha lokuthumela: Septemba-15-2023
