Inkqubo yeMpompo yamanzi elanga ye-DC Direct Current

Inkcazo emfutshane:

Inkqubo yokumpompa amanzi elanga ye-DC equka ipompo yamanzi ye-DC, imodyuli yelanga, isilawuli sepompo ye-MPPT, izibiyeli zokufaka amandla elanga, ibhokisi yokudibanisa ye-DC kunye nezinye izixhobo ezinxulumene noko.

Thumela i-imeyile kuthi

Iinkcukacha zeMveliso

Iithegi zeMveliso

Intshayelelo yemveliso

I-solar panel array yasemini inika amandla kuyo yonke inkqubo yepompo yamanzi yelanga esebenza, isilawuli sepompo yeMPPT siguqula i-direct current output ye-photovoltaic array ibe yi-alternating current kwaye siqhuba ipompo yamanzi, silungise i-output voltage kunye ne-frequency ngexesha langempela ngokwenguqu yobushushu belanga ukuze kufezekiswe ukulandelwa okuphezulu kwamandla.

Inkcazo yamandla epompo yamanzi e-dc

Iingenelo zenkqubo yokumpompa amanzi elanga ye-DC

1. Thelekisa nenkqubo yempompo yamanzi ye-AC, inkqubo yempompo yamanzi ye-dc well isebenza kakuhle kakhulu; ipompo ye-dc ephathekayo kunye nesilawuli se-MPPT; inani elincinci leephaneli zelanga kunye nezibiyeli zokufakela, kulula ukuzifaka.
2. Kufuneka indawo encinci kuphela ukuze ufakele i-solar panel array.
3. Ukhuseleko, ixabiso eliphantsi, ixesha elide.

Isicelo seMpompo yamanzi yelanga ye-DC Direct Current

(1) Izityalo ezichumayo kunye nokunkcenkceshela amasimi.
(2) Amanzi emfuyo kunye nokunkcenkceshela ingca.
(3) Amanzi asekhaya.

Iphepha leDatha yoBugcisa

Imodeli yepompo ye-Dc	amandla epompo (watt)	ukuhamba kwamanzi (m3/h)	intloko yamanzi(m)	iplagi (intshi)	ubunzima (kg)
3JTS(T)1.0/30-D24/80	80w	1.0	30	0.75"	7
3JTS(T)1.5/80-D24/210	210w	1.5	80	0.75"	7.5
3JTS(T)2.3/80-D48/750	750w	2.3	80	0.75"	9
4JTS3.0/60-D36/500	500w	3	60	1.0"	10
4JTS3.8/95-D72/1000	1000w	3.8	95	1.0"	13.5
4JTS4.2/110-D72/1300	1300w	4.2	110	1.0"	14
3JTSC6.5/80-D72/1000	1000w	6.5	80	1.25"	14.5
3JTSC7.0/140-D192/1800	1800w	7.0	140	1.25"	17.5
3JTSC7.0/180-D216/2200	2200w	7.0	180	1.25"	15.5
4JTSC15/70-D72/1300	1300w	15	70	2.0"	14
4JTSC22/90-D216/3000	3000w	22	90	2.0"	14
4JTSC25/125-D380/5500	5500w	25	125	2.0"	16.5
6JTSC35/45-D216/2200	2200w	35	45	3.0"	16
6JTSC33/101-D380/7500	7500w	33	101	3.0"	22.5
6JTSC68/44-D380/5500	5500w	68	44	4.0"	23.5
6JTSC68/58-D380/7500	7500w	68	58	4.0"	25

INDLELA YOKUFAKA IPOMP YELANGA

Inkqubo yokumpompa yelanga ikakhulu ineemodyuli ze-PV, isilawuli sokumpompa selanga/inverter kunye neempompo zamanzi, iiphaneli zelanga ziguqula ukukhanya kwelanga kube ngamandla ombane adluliselwa kwisilawuli sempompo yelanga, Isilawuli selanga sizinzisa i-voltage kunye namandla okukhupha ukuqhuba i-motor yepompo, Nokuba zisitsho, inokumpompa amanzi ayi-10% ngosuku. Iisensors zikwaqhagamshelwe kwisilawuli ukukhusela ipompo ekubeni yome kunye nokuyeka ngokuzenzekelayo ipompo ukusebenza xa itanki igcwele.

Iphaneli yelanga iqokelela ukukhanya kwelanga→ amandla ombane we-DC → Umlawuli welanga (ukulungiswa, ukuzinziswa, ukwandiswa, ukuhluzwa) → umbane we-DC okhoyo → (tshaja iibhetri) → ukupompa amanzi.

Ekubeni ukukhanya kwelanga/ukukhanya kwelanga kungafani kumazwe/kwimimandla eyahlukeneyo emhlabeni, uqhagamshelo lweephaneli zelanga luya kutshintshwa kancinci xa lufakelwe kwindawo eyahlukileyo, Ukuze kuqinisekiswe ukusebenza okufanayo/okufanayo kunye nokusebenza kakuhle, Amandla eephaneli zelanga acetyiswayo = Amandla ePump * (1.2-1.5).

Isisombululo esinye sokumisa inkqubo yokumpompa amanzi elanga, inkqubo yamandla elanga.
Ukuze ufumane ulwazi oluthe kratya, nceda unxibelelane neqela lethu.