I-Logicfox V120 Lithium MPPT Isilawuli Sokushaja Solar

Ulwazi Lomkhiqizo

Imininingwane

• Amamodeli: V120, V121 izinguqulo
• I-MPPT Solar Charge Controller
• Amamodeli Atholakalayo: 30A, 40A, 50A, 60A
• Ibhethri Voltage:
  • Isistimu ye-12V: 9V-15V
  • Isistimu ye-24V: 18V-29V
  • Isistimu ye-36V: 30V-39V
  • Isistimu ye-48V: 40V-60V
• I-Overcharging Protection Voltage:
  • 12V Ibhethri: 15V
  • 24V Ibhethri: 30V
  • 36V Ibhethri: 45V
  • 48V Ibhethri: 60V
• Ukuvikelwa Kwamanje Okukhawulelwe:
  • I-30A Imodeli: 31A
  • I-40A Imodeli: 42A
  • I-50A Imodeli: 51A
  • I-60A Imodeli: 61A
• Ukusebenza Okuphezulu: 98.2%
• Ukusetshenziswa kwe-PV: 99%

Imiyalo yokusetshenziswa komkhiqizo

1. Qinisekisa ukuthi isilawuli asikavulwa, asikahlakazwa, noma asishintshiwe ukuze kugcinwe ukuqinisekiswa kwesiqinisekiso.
2. Xhuma isilawuli ngendlela efanele ku-wat yokufakatage futhi uqinisekise ukuthi zonke i-polarity ziqondaniswe ngendlela efanele.
3. Khetha uhlobo olufanele lwebhethri (i-lead-acid, i-Vented Gel, noma i-Lithium) yemodi yokushaja.
4. Landela ivolumu yebhethri eshiwotage ibanga lokucushwa kwesistimu okuhlukile.
5. Gada izinga lokushisa ukuze uthole imisebenzi yokuvikela.

Imibuzo Evame Ukubuzwa (FAQ)

Umbuzo: Yini okufanele ngiyenze uma isilawuli singaphezu kwamandla?
A: Kunconywa ukuthi unqamule isilawuli emthonjeni wamandla ngokushesha ukuze uvimbele umonakalo.

Q: Ngingakwazi ukusebenzisa isilawuli ngebhethri ye-lithium?
A: Yebo, isilawuli sisekela amabhethri e-lithium kanye nezinye izinhlobo ezihambisanayo.

Q: Ngingaqinisekisa kanjani ukuxhumana okufanele kwe-polarity?
A: Bheka kumanuwali yomsebenzisi ukuze uthole imiyalelo enemininingwane yokuxhuma i-polarity ngendlela efanele.

Okwamamodeli: Vl20, Vl21 izinguqulo

Inothi elibalulekile
Zonke iziqinisekiso eziveziwe noma ezibhaliwe zizothathwa njengeziyize uma isilawuli sivuliwe, sihlakaziwe, sishintshiwe noma sisetshenziswa nganoma iyiphi indlela engahambisani nemiyalelo ebhaliwe. Zonke iziqinisekiso zizothathwa njengeziyize uma isilawuli sinamandla amakhulu, i-PV polarity yokufaka ibuyiselwa emuva noma ibhethri lihlehliswa. Kuyisibopho somsebenzisi ukulawula i-wat yokufakatage futhi uxhume yonke i-polarity ngendlela efanele ukuze ugweme isilawuli esilimazayo.

Izici

• 30A/40A/50A/60A MPPT isilawuli sokushaja solar
• Ubuchwepheshe be-MPPT
• Isilawuli Se-DSP Esakhelwe Ngaphakathi Esisebenza Kakhulu
• I-PV Qala I-ON&BMS Activation
• Imodi ye-Lithium noma ama-3-stagImodi yokushaja yebhethri le-lead-acid
• Ijubane lethrekhi le-MPPT lishesha izikhathi ezi-5 kunezilawuli zendabuko
• Ivolumu yokushajatagUkunemba kwe-e kungu-± 0.2V
• Ukuvikelwa kwamanje okukhawulelwe okukhiphayo, Ukuvikelwa kwe-Over Charge, Ukuvikelwa kwezinga lokushisa elingaphezu kwamandla
• Ifanele izinhlobo zebhethri ezifana ne-lead acid, ijeli ephuma umoya, nebhethri ye-lithium, njll

Ipharamitha Eyisisekelo

Amamodeli	30A	40A	50A	60A
Ibhethri voltage Hhayi ivolumutage ukuqashelwa okuzenzakalelayo	Uhlelo lwe-12V: 9V-15V; Isistimu ye-24V: 18V-29V   Uhlelo lwe-36V: 30V-39V; Isistimu ye-48V: 40V-60V
Ukuvikelwa kokushaja ngokweqile voltage	12V Ilulwane: 15V; 24V Ibhethri: 30V; 36V Ilulwane: 45V; Ibhethri engu-48V: 60V
Ukuvikelwa kwamanje okunomkhawulo	31A	42A	51A	61A
Ukusebenza kahle okuphezulu	≥98.2%
Ukusetshenziswa kwe-PV	≥99%

Umsebenzi wokuvikela
Ukuvikelwa kwezinga lokushisa	75℃ / 167℉
Ukushisa kwe-fan	>45℃ / 113℉
Ukushisa kwe-fan-off	<40℃ / 104℉
Izakhiwo
Ubukhulu	214x115x50mm / 8.4*4.5*1.97in
Isisindo sengqikithi	1.2KG / 2.65LB
Ukuhambisana kwe-electromagnetic	I-Accord eya EN61000, EN55022, EN55024
Indawo ebiyelwe	IP21
Izinga lokushisa kwemvelo	-20℃ ~ +55℃ / -4℉ ~ + 131℉
Izinga lokushisa lesitoreji	-40℃ ~ +75℃ / -40℉ ~ + 167℉

Ungayikhetha kanjani i-PV Module

Amamodeli		30A	40A	50A	60A
Ubukhulu Amandla Okufaka Imojula ye-PV (Angikaze ngibe namandla)	Ngebhethri engu-12V	≤400W	≤480W	≤600W	≤720W
	Ngebhethri engu-24V	≤720W	≤960W	≤1200W	≤1440W
	Ngebhethri engu-36V	≤1000W	≤1400W	≤1800W	≤2100W
	Ngebhethri engu-48V	≤1200W	≤1700W	≤2200W	≤2800W
I-PV Module Open Circuit Voltage	Ngebhethri engu-12V	I-DC20V~DC80V
	Ngebhethri engu-24V	I-DC37V~DC105V
	Ngebhethri engu-36V	I-DC50V~DC160V
	Ngebhethri engu-48V	I-DC72V~DC160V
I-Maximum PV Module Open Circuit Voltage (Ungalokothi udlule ubuningi be-PV Voc)		Ngebhethri engu-12V: 80V; Ngebhethri engu-24V: 105V; Ngebhethri engu-36V: 160V; Ngebhethri engu-48V: 160V.

Amanothi: I-Voc ye-PV kufanele ibe sebangeni elilungile futhi uma iyizikhathi ezingu-1.5 noma ezingu-2 kunevolumu yebhethri.tage, ke kungcono ukusebenza kahle. Sicela ukhethe amamojula e-PV ane-Voc elungile.

Ungakhetha kanjani i-Two-pole Circuit Breaker nezintambo

Amamodeli	30A	40A	50A	60A
Izintambo zethusi ezihlanzekile	6mm²/9AWG	6mm²/9AWG	2PCS 6mm²/9AWG	2PCS 6mm²/9AWG
I-circuit breaker	2PCS 63A	2PCS 63A	2PCS 63A	2PCS 100A

Isexwayiso 

• Qaphela ukuthi ochwepheshe abaqeqeshiwe kuphela okufanele bafake lezi zilawuli. Sicela ufunde imanuwali ephelele ngaphambi kokufaka. Sicela ungasethi noma yimaphi amapharamitha uma ungeyena isifaki esiphrofeshinali. Isilawuli sizosebenza kahle kokuzenzakalelayo kwe-lead acid. Ibhethri ye-lithium idinga ukushintshwa kwepharamitha.
• Izilawuli kufanele zifakwe ngaphakathi endlini kuphela. Gcina isilawuli kude namanzi. Ungasebenzisi ithawula elimanzi ukuze usule isilawuli.
• Ungalokothi uvule ikesi lesilawuli ngaphandle kwemvume. Ungalokothi uhlehlise i-PV polarity. Ungalokothi uhlehlise i-polarity yebhethri. Ungalokothi udlule amandla okokufaka kwe-PV.
• Isilawuli asikwazi ukuxhuma i-110V noma i-240V nanoma yiziphi ezinye izinto zikagesi ze-AC kutheminali ye-OUT+, OUT. Okukhiphayo kuphela okokulayisha kwe-DC okungaphansi kuka-5A. Uma ibhethri lakho lingu-48V, khona-ke ukulayisha kufanele kube ngu-48V futhi kube ngaphansi kuka-5A.
• Kumele usebenzise ama-circuit breaker anezigxobo ezimbili, futhi uqiniseke ukuthi okokufaka nokukhiphayo kusebenzisa ama-circuit breaker ahlukene.
• Sebenzisa izintambo zethusi ezihlanzekile futhi uxhume yonke i-polarity ngendlela efanele.
• Sicela ungafaki imitha noma ezinye izisetshenziswa phakathi kwesilawuli nebhethri noma isilawuli ne-PV.
• Kubalulekile ukuvula ama-terminal lugs 100% ngaphambi kokufaka izintambo kubhulokhi yetheminali. Bese uqinisa futhi uhlole kabusha ukuze wenze isiqiniseko sokuthi izintambo zivikelekile.
• Sicela wazi ukuthi isebenzisa i-wat ephezulutagi-e ingaba yingozi uma izimo zomkhathi zivumela ukuthi uhlu lwe-PV lube phezu kweyunithi yamandla. Kunezikhathi lapho i-PV elinganiselwe engu-2800 ingakhiqiza ngaphezu kwama-watts angu-3400. Lokhu kungalimaza isilawuli. Kungcono ukuvumela indawo yalokho okwenzekayo.
• Sicela ubhekisele kusibali sosayizi wentambo ye-awg ukuze usayizi ofanele wentambo yakho ukusuka ku-PV yakho, ibhethri, kanye ne-Inverter. Uma ungabaza, intambo kasayizi omkhulu ihlale iyinketho engcono.

Isikhumbuzi 

• I-PV Qala I-ON&BMS Activation, Kumasistimu we-24V, 36V kanye ne-48V, ungaqala kusukela ku-PV noma amabhethri. Ngohlelo lwe-12V, kufanele uqale ku-PV kuqala.
• Gcina isilawuli ekushiseni kwemvelo okungu -22℃~+55℃. Gwema ukukhanya kwelanga okuqondile.
• Gcina ukukhishwa okuhle kokushisa.
• Sicela usithinte noma umsabalalisi ogunyaziwe uma kukhona ukungabaza ngaphambi kokufakwa noma amaphutha ngemuva kokufakwa.

Izinyathelo zokufaka

1. Sebenzisa i-breaker circuit eyodwa enezigxobo ezimbili endaweni ethi "OFF". Faka lesi sihlukanisi sesekhethi phakathi kwesilawuli nebhethri. Xhuma amabhethri kusilawuli uqinisekisa ukuhlukahluka okulungile. Setha i-circuit breaker ibe yindawo ethi "VULIWE". Isikrini sokuqalisa sizovela nemodeli kanye nenguqulo ebonisiwe. Setha ipharamitha yesilawuli oyifunayo (Bona izinyathelo Zokuhlela Mathupha) bese uqalisa kabusha isilawuli. Phinda uhlole izilungiselelo ukuze uqinisekise ukuthi uphumelele. Vala "VALA" i-circuit breaker.
2. Thatha enye i-breaker-pole circuit breaker endaweni ethi "OFF". Faka lesi sihlukanisi sesifunda phakathi kwesilawuli namamojula e-PV. Qiniseka ukuthi i-PV polarity ilungile, bese uxhuma izintambo ze-PV kusilawuli Okokufaka kwe-PV. Qinisekisa ukuthi konke ukuxhumeka kwezintambo kuzinzile, uma kungenjalo, kuzovela umonakalo ku-CPU.
3. Vula okuthi “VULA” i-circuit breaker phakathi kwesilawuli namabhethri, bese uvula okuthi “VULA” isinqamuli sesifunda phakathi kwesilawuli namamojula e-PV.
4. I-LCD yesilawuli ibonisa amapharamitha uma konke kulungile.
   (Uma yisilawuli se-12V, udinga ukuxhuma i-PV nebhethri ukuze uqale, bese unqamula i-PV ukuze usethe isilawuli)

Ungawuxhuma kanjani umdwebo

Ku-30A ne-40A, ungakwazi ukuxhuma intambo eyodwa ku-PV+ eyodwa kanye nolunye ucingo ku-PV- eyodwa. Ku-50A ne-60A, sicela uxhume izintambo ezimbili ku-PV+ ezimbili nezinye izintambo ezimbili kuma-PV- amabili. Ku-BAT+ ne-BAT-, kuyindlela efanayo yokuxhuma izintambo njengenhla.
(Bheka umdwebo ekhasini elilandelayo)

Uzenza kanjani izilawuli ngokuhambisana 

Isibonisi se-LCD			Imodi yokusebenza
1	I-PV ivolumutage / Amandla okukhipha		3.0	Imodi yasebusuku, akukho ukushaja
2	Ibhethri voltage / Yamanje yokushaja		4.0	Imodi ye-MPPT
3	Imodi yokusebenza/Ikhodi yephutha/Izinga lokushisa		7.0	Imodi yokumuncwa
4	I-ACC Power Generation		8.0	Imodi yokuntanta

Ukuxazulula inkinga

Ikhodi	Incazelo	Indlela yokuxazulula
18	Okokufaka kwe-PV voltage iphansi	Khulisa umthamo we-PVtage
60	Izinga lokushisa elingaphezulu isivikelo	Ifeni izosebenza futhi inciphise izinga lokushisa ngokuzenzakalelayo
63	Ibhethri voltage phezulu	Ibhethri eliphakeme voltage ukuvikelwa futhi ulinde ukululama
65	Ibhethri voltage iphansi	Ibhethri likhipha kakhulu bese ulinda ukululama
71	Okokufaka kwe-PV voltage yi phezulu	Yehlisa ivolumu ye-PVtage, bhekisa kububanzi obulungile be-Voc
73	Ukushaja kakhulu kwamandla	Nciphisa amandla e-PV, bhekisa kububanzi obulungile be-Voc
74	Umthwalo ophumayo mfushane	Nqamula umthwalo bese ucindezela ENT ngaphezu kwamasekhondi angu-5

Ukusetha Mathupha

Isikhumbuzi: Isilawuli sizosebenza kahle kuzilungiselelo ezizenzakalelayo ngaphandle kwebhethri ye-lithium.

ISEXWAYISO
Nqamula amamojula e-PV ngaphambi kokusetha isilawuli (Uma yisilawuli esingu-12V, udinga ukuxhuma i-PV nebhethri ukuze uqalise, bese unqamula i-PV ukuze usethe isilawuli). Uma usetha zonke izinyathelo, sicela uqalise kabusha isilawuli ukuze ubone ukuthi ingabe zonke izilungiselelo ziphumelele.

1. D00 Cindezela inkinobho ethi PRG, bese i-LCD ikhombisa u-D00. Lokhu kulungiselelwa isikhathi sokusebenza sokulayisha (Okuzenzakalelayo amahora angama-24). Cindezela u-ENTER kuze kukhanye izinombolo, bese ucindezela PHEZULU/PHANSI ukuze uhlele isikhathi osifunayo, cindezela u-ENTER ukuze usiqinisekise. Lokhu okukhiphayo voltagi-e iyafana nebhethri. Umthwalo ngowomthwalo omncane we-DC ongaphansi kuka-5AMP okwamanje. Uma kungekho mthwalo, vele uwushiye.
2. D01 Cindezela inkinobho ethi UP, Voltage ingasethwa kusukela 12V-17V. Leli inani elimisiwe levolumu elintantayotage. Cindezela okuthi ENTER kuze kukhanye izinombolo, bese ucindezela PHEZULU/PHANSI ukuze umise ivolumutage okufunayo, cindezela u-ENTER ukuze uqinisekise.
3. D02 Qhubeka ngokucindezela inkinobho ethi UP, Voltage kungasethwa kusukela 12V-17V. Leli yivolumu ephezulu kakhulutage yebhethri. Cindezela okuthi ENTER kuze kukhanye izinombolo, bese ucindezela PHEZULU/PHANSI ukuze umise ivolumutage okufunayo, cindezela u-ENTER ukuze uqinisekise.
4. D03 Qhubeka ucindezela inkinobho ethi PHEZULU, i-LCD ikhombisa u-10.0. Leli inani lokuvikela lokuchithwa kwebhethri. Cindezela okuthi ENTER kuze kukhanye izinombolo, bese ucindezela PHEZULU/PHANSI ukuze umise ivolumutage okufunayo, cindezela u-ENTER ukuze uqinisekise. Kusho ukuthi ivikelwe uma ibhethri le-12V lingaphansi kuka-10.0V futhi awekho amandla aphumayo avela ku-OU+ ne-OU-.
5. D04 Qhubeka ucindezela inkinobho ethi PHEZULU, i-LCD ikhombisa u-00. 00 iyinto ezenzakalelayo kumabhethri e-lead acid. Uma eyebhethri le-lithium, sicela ucindezele u-ENTER kuze kukhanye izinombolo, bese ucindezela UP/PHANSI ukuze ukhethe u-01, cindezela u-ENTER ukuze uqinisekise. Isinyathelo sesi-2 (D01) asisebenzi uma ukhetha i-01 yebhethri ye-lithium. Futhi i-voltagI-e esinyathelweni sesi-3 (D02) izoba yivolumu ephezulu kakhulu yokushajatage yebhethri ye-lithium. Cindezela u-ESC ukuze uphume kumenyu yokusetha. Qalisa kabusha isilawuli bese uhlola izilungiselelo futhi.
6. D05 Sula iphasiwedi yenguqulo ye-Wifi
7. D06 Uma unocingo olunembile futhi udinga ukulinganisa umthamo webhethritage, bese uyilinganisa ngo-D06. Sicela uqaphele ukusebenzisa lo msebenzi.
   Okwesiboneloample, uma imitha yakho enembile ihlola ibhethri kanye nevolumutagi-e ingu-24.5V, kodwa ibhethri yesilawuli voltage ifunda 24V, bese usebenzisa i-D06 ukulinganisa ivolumutage 24.5V.

Ubukhulu

Amanothi: Sicela usebenzise izikulufu zethu kuphela ngoba zingalimaza i-PCB yangaphakathi uma usebenzisa ezinye izikulufu. Sicela usebenzise i-torque efanele ukuze uphushe izikulufu ku-casing ngoba ingalimaza i-PCB yangaphakathi ngetorque eqinile.

Okuqukethwe Kufakiwe 

• 1 Isilawuli
• 1 Incwadi yesiNgisi
• 4 Ukuxhumana kwamakhona
• 4 Izikulufu zekesi yesilawuli

Ukushaja kwamabhethri voltage reference

Ibhethri   Uhlobo	Ukumuncwa Voltage (Constant voltage)			I-Floating Voltage
	12V	24V	48V	12V	24V	48V
Kufakwe umoya	14.2V	28.6V	57.2V	13.2V	26.4V	52.80V
Kuvaliwe	14.4V	28.8V	57.6V	13.8V	27.6V	55.2V
Ijeli	14.4 V	28.8V	57.6V	13.8V	27.6V	55.2V
I-NiCd	14.2V	28.6V	57.2V	14.0V	28.0V	56.0V
I-Lithium Noma ibhethri elikhethekile	Uma isistimu yebhethri yakho engu-12V, ungasetha ukushaja kwesilawuli voltage kusuka ku-12V-17V. Uma kuyisistimu engu-24V, ungasetha ivolumutage kusuka ku-24V-34V. Uma kuyisistimu engu-36V, ungasetha ivolumutage kusuka ku-36V-51V. Uma kuwuhlelo lwe-48V, ungasetha ivolumutage kusuka ku-48V-68V.

Amadokhumenti / Izinsiza

I-Logicfox V120 Lithium MPPT Isilawuli Sokushaja Solar [pdf] Imaniwali yosebenzisayo V120, V121, V120 Lithium MPPT Solar Charge Controller, V120, Lithium MPPT Solar Charge Controller, Solar Charge Controller, Charge Controller, Controller

Izithenjwa

• Imaniwali yosebenzisayo