Ukuguqula Ukonga Amandla Ngezinzwa Zokunyakaza Ezihlakaniphile

Esikhathini lapho ukuhlakanipha nokulondolozwa kwamandla kugcizelelwa ngokulinganayo, ubuchwepheshe bokuzwa ukunyakaza kancane kancane buba yisizinda esiyinhloko sokusebenzisana ezindaweni zokwakha. Njengephayona emkhakheni wokuqonda okuhlakaniphile, i-yoti Technology, ngokuphindaphinda okuqhubekayo kobuchwepheshe kanye nokuhlola okujulile kwezimo, iholele ekuguqukeni kokushintsha kokuzwa ukunyakaza kusukela kumathuluzi okulawula ukukhanya okulula kuya kuma-node abalulekile okwenza kube yidijithali yendawo. Lokhu kuthuthuka akugcini nje ngokuchaza kabusha indlela yokusebenzisana phakathi kwabantu, imvelo, namadivayisi kodwa futhi kunikeza indlela yobuchwepheshe esebenzayo yemigomo yokonga amandla emhlabeni jikelele kanye nokunciphisa ukukhishwa komoya.
Ubuchwepheshe bokubona ukunyakaza budlule ezinqubweni ezintathu ezinkulu eminyakeni eyishumi edlule noma ngaphezulu. Isixazululo sokuqala sokubona i-infrared, yize sifinyelele ekutholakaleni kokunyakaza kwabantu okuyisisekelo, sathinteka kakhulu yizinga lokushisa nokukhanya kwemvelo, okwaholela esilinganisweni esiphezulu se-false trigger. Ngokwethulwa kobuchwepheshe be-radar ye-microwave, ukunemba kokuthola kanye nesivinini sokuphendula kwemishini kwathuthukiswa kakhulu, ikakhulukazi ekuqaphelweni kokunyakaza okucashile, okwaholela ekwandeni okungu-40% ekusebenzeni kahle kokonga amandla ezimweni zehhovisi nezindawo zokugcina impahla. Ubuchwepheshe bamanje bokubona i-AI fusion yesizukulwane sesithathu obuthuthuke kakhulu, ngokuhlanganisa i-radar yamagagasi angu-60GHz millimeter kanye nokuqashelwa kwe-thermal imaging dual-mode, kanye nama-algorithms okufunda komshini, abukwazi nje ukuhlukanisa ngokunembile izindlela zokuhamba zabantu nezinto kodwa futhi bulungise ngokuzenzakalelayo ukuzwela ngokusekelwe kumapharamitha afana nokukhanya okuzungezile, izinga lokushisa kanye nomswakama, ukugcina izinga le-alamu yamanga lingaphansi kuka-0.5% kanye nokunciphisa isikhathi sokuphendula sibe yimizuzwana engu-0.3.
Ukuthuthuka kobuchwepheshe kwenze kwaba nokwenzeka ukunika amandla izimo eziningi. Emkhakheni wehhovisi elihlakaniphile, izinkinobho zokuzwa ukunyakaza, ngokutholwa kobukhona ezingeni lendawo yokusebenza, zisuse imfucuza yamandla ebangelwa ukukhanya okuqhubekayo kwezinhlelo zokukhanyisa zendabuko, kwafinyelela umphumela wokonga amandla ongu-65%. Endaweni yokugcina impahla kanye neyokuthutha, ubuchwepheshe bokuqaphela ukunyakaza okunezinhlangothi ezintathu buxazulule ngempumelelo inkinga yokuqalisa imishini engamanga njenge-forklift. Emongweni wezindlu ezinobungani nokuguga, ukukhanya okuncane okungenakuthintana kuye kwathuthukisa kakhulu ukuphepha kokunyakaza ebusuku. Okuphawuleka kakhulu, izakhiwo zezentengiselwano zithuthukise ukuphathwa kwamandla futhi zathuthukisa ukusebenza kahle kwesikhala ngokubikezela nokuhlela ubuningi babantu. Icala elisebenzayo le-Changi Airport Terminal 4 yaseSingapore libonisa ukuthi ukusetshenziswa okukhulu kobuchwepheshe bokuzwa ukunyakaza kungafinyelela inzuzo enkulu yonyaka yokonga amandla engu-1.2 GWh.
Ochwepheshe bezimboni bakhomba ukuthi ubuchwepheshe bokuzwa ukunyakaza budlula imingcele ebonakalayo yezishintshi zendabuko futhi bube "iziphetho zemizwa" zezakhiwo ezihlakaniphile. Idatha yokuziphatha kwendawo eqoqwayo izohlinzeka ngesici esisha sezinqumo zokusebenza nokugcinwa, futhi ukuhlola okusha kwamabhizinisi afana ne-Yoti Technology ngokungangabazeki kuzosheshisa le nqubo. Ngokusetshenziswa kwezindinganiso zomhlaba wonke njenge-Ecodesign 2027 ye-EU, amathuba okusetshenziswa komhlaba wonke kobuchwepheshe bokuzwa ukunyakaza aya ngokuya eba banzi. Esikhathini esizayo, lobu buchwepheshe bungaba yisici esijwayelekile ekwakhiweni kwedolobha elihlakaniphile, okuqhubekisela phambili ukuxhumana kwabantu kwendawo kuya esigabeni esisha esihlakaniphile nesiluhlaza.