Uhlelo Lokuphampa Amanzi Elanga Oluqondile lwe-DC

Incazelo emfushane:

Uhlelo lokupompa amanzi ngelanga lwe-DC oluhlanganisa iphampu yamanzi ye-DC, imodyuli yelanga, isilawuli sephampu ye-MPPT, amabhuleki okufaka amandla elanga, ibhokisi lokuhlanganisa le-DC kanye nezinye izesekeli ezihlobene.

Sithumelele i-imeyili

Imininingwane Yomkhiqizo

Amathegi Omkhiqizo

Isingeniso somkhiqizo

I-solar panel array yasemini inikeza amandla ohlelo lonke lwephampu yamanzi yelanga olusebenzayo, isilawuli sephampu se-MPPT siguqula ukuphuma kwamanje okuqondile kwe-photovoltaic array kube yi-alternating current bese siqhuba iphampu yamanzi, silungise i-output voltage kanye ne-frequency ngesikhathi sangempela ngokuya ngokushintsha kokuqina kwelanga ukuze kufezwe ukulandelwa okuphezulu kwephoyinti lamandla.

Ukucaciswa kwamandla epompo yamanzi e-DC

Izinzuzo zohlelo lokupompa amanzi elanga lwe-DC

1. Uma kuqhathaniswa nohlelo lwephampu yamanzi lwe-AC, uhlelo lwephampu yamanzi e-DC lusebenza kahle kakhulu; iphampu ye-DC ephathekayo kanye nesilawuli se-MPPT; inani elincane lamaphaneli elanga kanye nama-bracket okufaka, okulula ukuwafaka.
2. Udinga indawo encane kuphela ukufaka i-solar panel array.
3. Ukuphepha, izindleko eziphansi, isikhathi eside sokuphila.

Isicelo sePump Yamanzi Elanga Eqondile ye-DC

(1) Izitshalo ezikhiqizayo kanye nokunisela ezindaweni zokulima.
(2) Amanzi emfuyo kanye nokunisela ezindaweni eziluhlaza.
(3) Amanzi asekhaya.

Ishidi Ledatha Lobuchwepheshe

Imodeli yephampu ye-Dc	amandla epompo (watt)	ukugeleza kwamanzi (m3/h)	ikhanda lamanzi(m)	i-outlet (intshi)	isisindo (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 IPHAMPI YELANGA

Uhlelo lokupompa ngelanga luqukethe ikakhulukazi amamojula e-PV, isilawuli sokupompa ngelanga/i-inverter kanye namaphampu amanzi, Amaphaneli elanga aguqula ukukhanya kwelanga kube amandla kagesi adluliselwa kumlawuli wephampu yelanga, Isilawuli selanga siqinisa i-voltage kanye namandla okukhipha ukuze kushayelwe imoto yephampu, Ngisho nasezinsukwini ezinamafu, singapompa ukugeleza kwamanzi okungu-10% ngosuku. Ama-sensor axhunywe kumlawuli ukuvikela iphampu ekomeni kanye nokuvimba iphampu ukusebenza ngokuzenzakalelayo lapho ithangi ligcwele.

Iphaneli yelanga iqoqa ukukhanya kwelanga→ amandla kagesi e-DC → Isilawuli Selanga (ukulungiswa, ukuzinza, ukukhulisa, ukuhlunga) → ugesi we-DC otholakalayo → (ukushaja amabhethri) → ukupompa amanzi.

Njengoba ukukhanya kwelanga/ukukhanya kwelanga kungafani emazweni/izifunda ezahlukene emhlabeni, ukuxhumana kwamaphaneli elanga kuzoshintshwa kancane uma kufakwa ezindaweni ezahlukene, Ukuze kuqinisekiswe ukusebenza kanye nokusebenza kahle okufanayo/okufanayo, Amandla amaphaneli elanga anconywayo = Amandla ePump * (1.2-1.5).

Isixazululo esisodwa sokuma kohlelo lokupompa amanzi ngelanga, uhlelo lwamandla elanga.
Ukuze uthole ulwazi olwengeziwe, sicela ukhululeke ukuxhumana nethimba lethu.