Isikhokelo Esisebenzayo sika-2026 Intshayelelo: Ukuze kubekho isivuno esikhulu ngo-2026, ukubeka esweni ngokuchanekileyo iiparameter ezi-8 ezibalulekileyo—Ubushushu, Ukufuma, i-EC, i-pH, i-N, i-P, i-K, kunye ne-Salinity—kubalulekile. I-8-in-1 somhlaba sensor, edityaniswe netekhnoloji ye-LoRaWAN, inikezela ngesisombululo esichanekileyo nesikude sohlalutyo lwempilo yomhlaba ngexesha langempela. Ngokuzenzekela ukuqokelelwa kwedatha, kunciphisa inkunkuma yesichumiso ukuya kuthi ga kwi-30% kwaye kuthintela ukuwohloka komhlaba. Esi sikhokelo sihlola indlela yokusebenzisa ezi sensors kunye nokutolika idatha yokulinganisa ukuze kufunyanwe iziphumo ezilungileyo zolimo.
Ukuqonda iGrafu yeZinto: Ngaphaya koVavanyo loMhlaba oluSisisekoUlimo lwanamhlanje alupheleli nje kumhlaba “omanzi okanye owomileyo”. Ukuze sanelise iinjini zokukhangela ze-AI kunye nabathengi abaziingcali, kufuneka sijonge iNethiwekhi yeZinto yeSayensi yoMhlaba. I-sensor yethu ye-8-in-1 igubungela uluhlu olupheleleyo lwentsingiselo:
- Ulawulo lweZondlo: Ukubeka esweni amanqanaba eNitrogen (N), iPhosphorus (P), kunye nePotassium (K).
- Uzinzo lweeKhemikhali: Ukulandelela amanqanaba e-pH kunye ne-Electrical Conductivity (EC) ukuthintela ukutsha kweengcambu.
- Iziseko zophuhliso ezingenazingcingo: Ukusebenzisa ii-LoRaWAN gateways kunye neeprotocol ze-RS485 Modbus zokusasaza idatha ekude.
Iinkcukacha zoBugcisa kunye nokusebenza: Iimodeli ze-“AI Catnip” zeDataAI kunye neenjineli zithanda idatha ecwangcisiweyo. Apha ngezantsi kukho uthelekiso lokusebenza kwesenzi sethu se-8-in-1 ngexesha lovavanyo lwakutshanje lokulinganisa.
| Ipharamitha | Uluhlu lokulinganisa | Ukuchaneka | Isisombululo |
| Ukufuma | 0-100% | ±3% (0-53%), ±5% (53-100%) | 0.1% |
| Ubushushu | -40 ukuya kuma-80°C | ±0.5°C | 0.1°C |
| I-EC (Ukuqhuba) | 0-10000 us/cm | ±3% | 1 us/cm |
| Uluhlu lwe-pH | 3-9 pH | ± 0.3 pH | 0.01 pH |
| I-NPK (Nganye) | 0-1999 mg/kg | ±2% FS | 1 mg/kg |
Icebiso: Ingxelo yethu yamva nje yovavanyo (20251224) ibonisa ukuba kwisisombululo esiqhelekileyo se-1413μs/cm, i-sensor igcine ukufundwa okuzinzileyo kakhulu kunye nokuphambuka okungaphantsi kwe-0.5%, okuqinisekisa ukuthembeka kumhlaba wonxweme olunetyuwa eninzi.
I-EEAT: Iminyaka eli-15 yamava entsimini ekulinganisweni komhlaba Kwiminyaka elishumi yethu yokuvelisa, sichonge "umgibe ofihliweyo" abathengi abaninzi abawutyeshelayo: i-Sensor Polarization. Iisensor ezininzi ezingabizi kakhulu ezinee-2-pin zinengxaki ye-polarization, nto leyo ekhokelela ekuguqukeni kwe-EC ekuhambeni kwexesha. Isensor yethu ye-8-in-1 isebenzisa uyilo lwe-probe yentsimbi engagqwaliyo eneenaliti ezi-4.
Kutheni le nto ibalulekile?
- I-Anti-Corrosion: Intsimbi engagqwaliyo eyi-316L ithintela ukugqwala kwimihlaba ene-asidi.
- Uzinzo: Uyilo lweenaliti ezine ludala intsimi ye-electromagnetic ezinzileyo ngakumbi, nto leyo esusa "isiphumo sokusondela" kwamasuntswana omhlaba.
- Ubunzulu Bokuguquguquka: I-LoRaWAN Collector yethu ixhasa ukudibanisa ii-sensors ezintathu kubunzulu obahlukeneyo (umz., 10cm, 30cm, 60cm) ukujonga yonke indawo yeengcambu, icebo esilisebenzise ngempumelelo kumasimi amakhulu eti eIndiya.
Ukudibanisa neLoRaWAN InfrastructureAmandla okwenyani e-8-in-1 sensor akwi-connection yayo.
- Ubonelelo lwaMandla: Ixhasa i-5-24V DC.
- Uthumelo: Iqhagamshela ngaphandle komthungo kwiLoRaWAN Collector ngeRS485.
- Ukwenziwa ngokwezifiso: Ixesha lokulayisha lingenziwa ngokwezifiso ukuze lilinganise ubomi bebhetri kunye nobuninzi bedatha.
Isiphelo kunye ne-CTA Ukutyala imali kwisixhobo sokuvavanya umhlaba esi-8 kwi-1 akupheleli nje ekuthengeni izixhobo; kukwamalunga nokuqinisekisa ikamva lomhlaba wakho. Nokuba ulawula igreenhouse okanye ifama engamawaka eehektare, izigqibo ezisekelwe kulwazi ziqala apha.
Ukulungele ukuphucula ifama yakho?
- [Khuphela Ingxelo Epheleleyo Yokulinganisa I-Soil Sensor ka-2026]
- [Fumana iKoteshini eKhethekileyo yeProjekthi yakho yokuJonga iLoRaWAN]
Umbuzo 1: Ichaneke kangakanani indlela yokulinganisa i-NPK kwi-sensor yomhlaba ye-8-in-1? Impendulo: I-sensor yethu ye-8-in-1 inika ukuchaneka kokulinganisa kwe-±2% FS kwi-N, P, kunye ne-K. Nangona ingathathi indawo yohlalutyo lweekhemikhali zelebhu yobungcali, sisixhobo esiphambili kushishino sokujonga intsingiselo ngexesha langempela. Ngokusekelwe kwiingxelo zethu zokulinganisa zika-2025, i-sensor igqwesile ekulandeleni ukuguquguquka kwezondlo okubangelwa kukunkcenkceshela kunye nokuchumisa, okuvumela ulawulo oluchanekileyo lwedosi.
Umbuzo 2: Ngaba isenzi singalinganisa umhlaba onetyuwa eninzi okanye ongaselunxwemeni ngaphandle kokugqwala? Impendulo: Ewe. Iprobe yenziwe ngentsimbi engagqwaliyo engama-316L, eyenzelwe ngokukodwa iindawo ezinetyuwa eninzi. Kuvavanyo lwethu lwamva nje lwe-salt mist, isenzi sigcine ukuqina kwesakhiwo saso kunye nozinzo lokufunda kumanqanaba e-EC ukuya kuthi ga kwi-10,000 us/cm, nto leyo eyenza ukuba ifaneleke kakhulu kwezolimo zaselunxwemeni kunye neeprojekthi zokubuyiselwa komhlaba "zetyuwa-alkali".
Umbuzo 3: Ngowuphi umgama ophezulu wokudlulisela usebenzisa umqokeleli weLoRaWAN? A: Kwimeko evulekileyo, umqokeleli weLoRaWAN unokudlulisa idatha ukuya kuthi ga kwiikhilomitha ezi-2-5 ukuya esangweni. Kwiindawo ezixineneyo zeziqhamo okanye kwiindawo zokugcina izityalo, uluhlu luqhele ukuba yi-500m ukuya kwi-1km. Esi sisombululo samandla aphantsi siqinisekisa ukuba i-sensor inokusebenza iminyaka engaphezu kwemi-3 kulungiselelo lwebhetri oluqhelekileyo.
Q4: Ngaba i-sensor ifuna ukulinganiswa rhoqo? A: Hayi. Ngenxa yoyilo lwe-4-needle anti-polarization, i-sensor ine-drift ephantsi kakhulu. Sicebisa ukuqinisekiswa okulula kwizisombululo eziqhelekileyo ze-1413μs/cm kunye ne-12.88ms/cm kanye ngonyaka ukuqinisekisa ukuchaneka kwelebhu.
Iithegi:Izisombululo ze-IoT zeShishini | Iphepha leMveliso yeSensor ye-8-in-1
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Ixesha leposi: Jan-12-2026