Iphampu yokushisa yelanga ye-photovoltaic panel yokushisa uhlelo

I-Photovoltaic energy isitoreji sokushisa iphampu yokushisa umshini ohlanganisiwe, usebenzisa ugesi we-photovoltaic off-grid ngqo drive futha ukushisa kweyunithi ukusebenza, ngokusho kwephampu yokushisa Ukumiswa kokusetshenziswa kwamandla kwamahora angu-24 kwenani lamaphaneli e-photovoltaic afakiwe, ukukhiqizwa kwamandla ukuhlangabezana nokusetshenziswa kwamandla kwepompo lokushisa. , ukufanisa ibhethri esebenzisa cishe amahora angu-16 wamandla ebhethri. Ukukhiqizwa kwamandla emini, ngenkathi kunikezwa amandla empompini yokushisa ukushaja ibhethri yesitoreji, ukukhishwa kwebhethri yesitoreji sasebusuku ukuze kusetshenziswe iphampu yokushisa, lapho isizukulwane sikagesi se-PV singakwazi ukuhlangabezana, sishintshela ngokuzenzakalelayo kugesi wegridi kazwelonke.

Xhumana nathi

imininingwane yomkhiqizo

Amapharamitha womkhiqizo:

Imodeli Yomkhiqizo	I-ZXGF-22II
Incazelo Yemodeli	3P
Isilinganiso Sesiqandisi Amandla	17.5KW
Amandla okufaka alinganiselwe esiqandisini	3.78KW
Okokufaka okukalwe kwesiqandisi okwamanje	7.52A
Umthamo wokushisa olinganiselwe	22.5KW
Amandla okufaka alinganiselwe ekushiseni	3.98KW
Okokufaka okukalwe kokushisisa	7.9A
Amandla okufaka aphezulu	4.65KW
Okokufaka okuphezulu kwamanje	9.23A
Izinga lokugeleza kwamanzi	3.87m³/h
Ukukhiqizwa kwamanzi okuzisholo	483L/h
Ukushisa kwamanzi okuphezulu	60℃
Ingcindezi yokusebenza ngokweqile evumelekile ohlangothini lokumunca/lokukhipha umoya	0.7MPa/3.0MPa
Ingcindezi yokusebenza ephezulu ohlangothini lwengcindezi ephezulu/ephansi	3.0MPa/0.7MPa
Ingcindezi yokusebenza ephezulu yesishintshi sokushisa	3.0MPa
Ukulahlekelwa kwengcindezi ohlangothini lwamanzi	40kPa
Isiqandisi	R22/2800g
Ukuvikela ukushaqeka kukagesi	Ikilasi I
Ibanga elingangeni manzi	IPX4
Ububanzi bepayipi lokungena nokuphumayo	I-DN32
Isisindo	100kg
Izinga lomsindo	≤48dB(A)

Izici Zemikhiqizo

1. Amanzi ashisayo angabizi kakhulu: Uhlelo lusebenzisa ugesi okhiqizwe amaphaneli e-solar photovoltaic ukushayela iphampu yokushisa, okuholela ekuhlinzekeni kwamanzi ashisayo angabizi kakhulu. Uma kuqhathaniswa namaphampu okushisa ajwayelekile omoya, angonga ngo-80% futhi kunciphisa kakhulu ukusetshenziswa kwamandla.

I-2.Remote Intelligent Control: Abasebenzisi bangalawula bekude isistimu yepompo yokushisa ngokusebenzisa isiteji samafu sokuqapha nokuphatha okuhlakaniphile, ukuthuthukisa ukunethezeka nokusebenza kahle.

3.Akukho ukuncibilika okudingekile: Isishintshi sokushisa sangaphandle kanye nomsebenzi wamapayipi wephampu yokushisa ye-PV izungeza uketshezi lwe-superconducting, olungaqini emazingeni okushisa angaphezu kuka-45°C. Ngakho-ke, ukucwiliswa kweqhwa akudingekile emazingeni okushisa aphansi, ukususa ingozi yokuphepha ye-icing nokuqinisekisa ukushisa okuqhubekayo, ngaleyo ndlela kuthuthukisa ukusebenza kahle kwamandla jikelele.

I-4.Ibanga lokushisa elibanzi lokusebenza: Isistimu ingasebenza ngokuzinzile phezu kwebanga lokushisa -35 ° C kuya ku-48 ° C, iqinisekisa ukuphuma kwezinga lokushisa okuzinzile ngisho nasebusika.

I-5.Idizayini yokushintshisana yokushisa yamandla amaningi emisha: Ngemva kweminyaka yokuhlolwa kwensimu, isakhiwo esiyingqayizivele esimise okwe-N se-multi-energy exchanger heat fins senziwe. Lo mklamo uthuthukisa ukumunca ukushisa kuyilapho unweba ubude besikhathi sempilo obusebenzayo, udelela izindawo zangaphandle ezinonya futhi wenze ukulungisa kube lula.

I-6.Ifeni yomsindo ophansi kanye nesikhala esivaliwe sokuvikela umsindo: Uhlelo lufakwe isiphephetha-moya esinomsindo ophansi futhi luklanywe ngesikhala esivaliwe sokuvikela umsindo engqondweni ukuze sinikeze umuzwa wokusetshenziswa othule.

I-7.Isetshenziswa kabanzi: Lolu hlelo lwephampu yokushisa ye-PV lusetshenziswa kabanzi ekunikezeni amanzi ashisayo emahhotela, amafekthri, izikole kanye nezinye izakhiwo zezohwebo, ukuhlinzeka ngesisombululo samanzi ashisayo esonga amandla nesisebenzayo.