Izinzwa zeRadar zeHydrological ezintathu kwiNye: Iimpawu, usetyenziso, kunye namazwe afunwa kakhulu

I-hydrological radar sensor ye-three-in-one sisixhobo sokujonga esiphambili esidibanisa inqanaba lamanzi, isantya sokuhamba kwamanzi, kunye nemisebenzi yokulinganisa ukukhupha amanzi. Isetyenziswa kakhulu ekujongeni amanzi, isilumkiso sezikhukhula, ulawulo lwemithombo yamanzi, kunye neminye imimandla. Ngezantsi ziimpawu zayo eziphambili, usetyenziso, kunye namazwe anemfuno ephezulu.

I. Iimpawu zeeSensors zeRadar zeHydrological ezintathu-in-one

1. Uyilo oluDibeneyo kakhulu
   • Idibanisa inqanaba lamanzi, isantya sokuhamba kwamanzi, kunye nomlinganiselo wokukhupha amanzi kwiyunithi enye, nto leyo enciphisa ubunzima bezixhobo.
2. Ukulinganisa Okungadibaniyo
   • Isebenzisa itekhnoloji yeradar ukunqanda ukudibana ngqo namanzi, ithintela imiba efana nokuguguleka kunye nokuphazamiseka kwedaka.
3. Ukuchaneka Okuphezulu kunye nokubeka esweni ngexesha langempela
   • Ilinganisa isantya sokuhamba komphezulu ngamaza eradar kwaye ibala ukukhutshwa kwayo ngedatha yenqanaba lamanzi, iqinisekisa ukuchaneka kunye nokudluliselwa kwedatha kwangoko.
4. Ukuziqhelanisa neemeko ezinzima
   • Umgangatho wokhuseleko ophezulu (umz., IP66), ukusebenza okuzinzileyo kwimozulu embi kakhulu (izikhukula, imvula enkulu).
5. Ukuhanjiswa kwedatha ekude
   • Ixhasa iiprotokholi ezifana neModBus-RTU kunye nonxibelelwano lwe-485 lokubeka esweni idatha kude kunye nolawulo lwedatha.

II. Ukusetyenziswa kwee-Three-in-One Hydrological Radar Sensors

1. Ukuthintela Izikhukula kunye nokunciphisa iintlekele
   • Ukubeka esweni imilambo kunye namachibi ngexesha langempela ukuze kubonwe izilumkiso zangaphambi kwezikhukula.
2. Ulawulo lweMithombo yamanzi
   • Iphucula ukunkcenkceshela kunye nemisebenzi yamanzi ukuze kwabelwe amanzi ngokufanelekileyo.
3. Ukubeka iliso kwiMijelo yamanzi asezidolophini
   • Ibona iingozi zezikhukula ezidolophini, ithintela ukuvaleka kwemibhobho okanye ukugcwala kwamanzi.
4. Ukhuseleko lweNdalo kunye neNdalo
   • Ihlola ungcoliseko lwamanzi xa idityaniswe nezinzwa zomgangatho wamanzi.
5. Ubunjineli bokuHamba kunye neHydraulic
   • Isetyenziswa ekujongeni amanzi, umz., yiZiko leMicimbi yeMigwaqo yamanzi laseJiamusi eHeilongjiang eTshayina.

III. Amazwe Anemfuno Ephezulu

1. iTshayina
   • Imfuneko enkulu yokulawula izikhukula kunye neeprojekthi ze-hydraulic (umz., imeko yaseHeilongjiang).
   • Imigaqo-nkqubo karhulumente ikhuthaza ulawulo lwamanzi olukrelekrele, ikhuthaza ukusetyenziswa kwezixhobo zokuvavanya amanzi.
2. IYurophu (eNorway, eJamani, njl.njl.)
   • INorway isebenzisa i-radar kunye ne-LiDAR kwi-hydrology yolwandle.
   • IJamani ikhokela kulawulo lwamanzi olunobuhlobo nokusingqongileyo kwaye imfuno yayo izinzile.
3. Amazwe Amanyene
   • Isetyenziselwa izilumkiso zezikhukula, ukunkcenkceshela kwezolimo, kunye neenkqubo zokuhambisa amanzi ezidolophini.
4. Japhan
   • Itekhnoloji ye-sensor ephucukileyo enezicelo ezininzi zamanzi.
5. UMzantsi-mpuma we-Asia (iIndiya, iThailand, njl.njl.)
   • Imozulu yemvula inyusa umngcipheko wezikhukula, nto leyo ebangela ukuba kubekho imfuneko yokujonga amanzi.

Isiphelo

I-hydrological radar sensor ye-three-in-one idlala indima ebalulekileyo kulawulo lwezikhukula zehlabathi kunye nolawulo lwamanzi ngenxa yokuhlanganiswa kwayo, ukuchaneka, kunye nokukwazi kwayo ukujonga kude. Okwangoku, iTshayina, iYurophu, i-US, kunye neJapan zibonisa imfuno ephezulu, ngelixa amazwe aseMzantsi-mpuma Asia ezamkela ngokukhawuleza ezi sensor. Ngokuqhubela phambili kwiinkqubo zamanzi ezikrelekrele kunye ne-IoT, usetyenziso lwazo luya kuqhubeka lusanda.

Ukuze ufumane inzwa yeradar yamanzi engaphezulu ulwazi,

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