Isitoreji samandla sasekhayaAmadivayisi agcina ugesi endaweni ukuze asetshenziswe kamuva. Imikhiqizo yokugcina amandla kagesi, eyaziwa nangokuthi “i-Battery Energy Storage System” (noma “i-BESS” ngamafuphi), enhliziyweni yawo amabhethri aphinde ashajwe, ngokuvamile asekelwe ku-lithium-ion noma i-lead-acid elawulwa yikhompyutha enesofthiwe ehlakaniphile yokusingatha imijikelezo yokushaja nokukhipha. Njengoba isikhathi sihamba, ibhethri le-lead-acid lithathelwa indawo kancane kancane ngamabhethri e-lithium iron phosphate. I-LIAO ingenza ngokwezifiso iphakethe lebhethri le-lithium ukuze ligcinwe amandla ekhaya. Singahlinzeka ngebhethri lamandla ekhaya elingu-5-30kwh.

Lokhu kuqukethe uhlelo lokugcina amandla ebhethri lasekhaya

1. Amaseli ebhethri, akhiqizwa abaphakeli bebhethri futhi ahlanganiswe kumamojula ebhethri (iyunithi encane kunazo zonke ohlelweni lwebhethri oluhlanganisiwe).

2. Ama-rack ebhethri, akhiwe ngamamojula axhunyiwe akhiqiza ugesi we-DC. Lawa angahlelwa ngama-rack amaningi.

3. I-inverter eguqula i-DC output yebhethri ibe yi-AC output.

4. Uhlelo Lokuphatha Ibhethri (i-BMS) lulawula ibhethri, futhi luvame ukuhlanganiswa namamojula ebhethri enziwe efektri.

Izinzuzo zokugcina ibhethri lasekhaya

1. Ukuzimela ngaphandle kwegridi

Ungasebenzisa isitoreji sebhethri lasekhaya uma ugesi uphela. Ungasisebenzisa ngokuzimela ebhulohweni, esiqandisini, ku-TV, kuhhavini, ku-air conditioner, njll. Ngamabhethri, amandla akho angaphezulu agcinwa ohlelweni lwebhethri, ngakho-ke ngalezo zinsuku eziguqubele lapho uhlelo lwakho lwelanga lungakhiqizi amandla amaningi ngangokunokwenzeka, ungadonsa kusuka kumabhethri, esikhundleni segridi.

2. Nciphisa izikweletu zikagesi

Imizi namabhizinisi angathatha ugesi kugridi uma ushibhile futhi awusebenzise ngezikhathi ezimatasa (lapho izindleko zingaba phezulu khona), okudala ibhalansi yenjabulo phakathi kukagesi welanga nowegridi ngezindleko eziphansi kakhulu.

3. Akukho izindleko zokulungisa

Amabhethri elanga namabhethri asekhaya akudingeki ukuthi asebenzisane futhi anakekelwe, uma sekufakwe isitoreji samandla ekhaya, ungazuza kuso ngaphandle kwezindleko zokulungisa.

4. Ukuvikelwa kwemvelo

Indawo yokugcina amandla yasekhaya sebenzisa amandla akho elanga esikhundleni sokusebenzisa ugesi ovela kugridi, Kunganciphisa umthelela wekhabhoni yakho. Kungcono kakhulu ekuvikeleni imvelo.

5. Akukho ukungcoliswa komsindo

Ibhethri le-solar panel kanye nebhethri lamandla asekhaya alinikezi msindo ongcolile. Uzosebenzisa umshini wakho kagesi ngokungahleliwe futhi ube nobudlelwano obuhle nomakhelwane.

6. Impilo Yomjikelezo Omude:

Amabhethri e-lead-acid anomphumela wememori futhi awakwazi ukushajwa futhi akhishwe nganoma yisiphi isikhathi. Isikhathi senkonzo singu-300-500 izikhathi, cishe iminyaka emi-2 kuya kwemi-3.

Ibhethri le-lithium iron phosphate alinawo umphumela wememori futhi lingashajwa futhi likhishwe nganoma yisiphi isikhathi. Ngemva kokuphila kwenkonzo izikhathi ezingu-2000, umthamo wokugcina ibhethri usengaphezu kuka-80%, kufika ezikhathini ezingu-5000 nangaphezulu, futhi lingasetshenziswa iminyaka eyi-10 kuya kwengu-15.

7. Umsebenzi we-bluetooth ongawukhetha

Ibhethri le-lithium lifakwe umsebenzi we-bluetooth. Ungabuza
ibhethri elisele yi-App nganoma yisiphi isikhathi.

8. Izinga lokushisa elisebenzayo

Ibhethri le-lead-acid lifanele ukusetshenziswa ebangeni eliphakathi kuka--20°C kuya ku--55°C ngenxa yokubanda kwe-electrolyte emazingeni okushisa aphansi, , ikakhulukazi ebusika lapho izinga lokushisa liphansi futhi lingasetshenziswa ngokujwayelekile.

Ibhethri le-lithium iron phosphate lifanelekela u--20℃-75℃, noma ngaphezulu, futhi lisengakhipha amandla angu-100%. Isilinganiso sokushisa sebhethri le-lithium iron phosphate singafinyelela ku-350℃-500℃. Amabhethri e-lead-acid angama-200°C kuphela.