I-DKSSS 100kw kwigridi / i-hybridi yonke kwinkqubo enye yamandla elanga
Umzobo wenkqubo
Uqwalaselo lweNkqubo
| Iphaneli yelanga | I-polycrystalline 330w | 192 | I-16PCs kwi-16PCs, amaqela ali-12 ngokuhambelana |
| Isithathu se-Iner Tolar | I-384VC 100kw | 1 | Hdsx-104384 |
| Umlawuli wexesha elilawulayo | I-384VC 100A | 2 | I-MPTP yokulawula |
| Ibhetri ye-acid acid | I-12v2 fast | 96 | I-32n Series, amaqela ama-3 ngokuhambelana |
| Intambo yokuqhagamshela ibhetri | I-70mm² 60cm | 95 | Unxibelelwano phakathi kweebhetri |
| I-solar pamp ye-pharacket | I-aluminium | 16 | Uhlobo olulula |
| I-PV ye-BV | I-3in1out | 4 | IINKCAZO: 1000VDC |
| Ibhokisi yokhuseleko loKhuseleko | ngaphandle | 0 |
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| Ibhetri yokuqokelela ibhokisi | U-2003 32 | 3 |
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| I-M4 PLUG (oyindoda nebhinqa) |
| I-180 | I-180 izibini 一 kwi-一 |
| Intambo ye-PV | 4mm² | I-400 | Iphaneli ye-PV ukuya kwi-PV CORINGER |
| Intambo ye-PV | I-10mm² | 200 | I-PV COARANERER-I-IARTERR |
| I-cable yebheji | I-70mm² 10m / PCS | 42 | I-solar cyller ilawula ibhetri kunye ne-PV ye-BV kwi-Solar Commeller |
| Iphakheji | ityala lomthi | 1 |
Isakhono senkqubo yokubhekiswa kuyo
| Isixhobo sombane | Amandla aMandla (i-PC) | Ubungakanani (i-PC) | Iiyute zokusebenza | Iyonke |
| I-LED ye-LED | 13 | 10 | 6hours | 780w |
| Itshaja yefowuni | 10w | 4 | iiyure ezi-2 | 80w |
| Fan | 60w | 4 | 6hours | 1440w |
| TV | I-150w | 1 | 4hours | 600w |
| I-Satellite Dish | I-150w | 1 | 4hours | 600w |
| Ikhompyuter | 200w | 2 | 8hours | 3200w |
| Impompo yamanzi | 600w | 1 | 1hours | 600w |
| Imeshini yovasa Impahla | I-300W | 1 | 1hours | I-300W |
| AC | I-2p / 1600W | 4 | 12hours | I-76800W |
| I-oven ye-Microwave | 1000w | 1 | iiyure ezi-2 | 2000w |
| Umshicileli | 30w | 1 | 1hours | 30w |
| I-A4 Copier (iprinta kunye nekopi edityanisiweyo) | I-1500W | 1 | 1hours | I-1500W |
| Ifeksi | I-150w | 1 | 1hours | I-150w |
| Umpheki | 2500W | 1 | iiyure ezi-2 | 5000w |
| Ifriji | 200w | 1 | Ii-24hours | 4800w |
| I-heater yamanzi | 2000w | 1 | iiyure ezi-2 | 4000w |
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| Iyonke | I-101880w |
Izinto eziphambili ze-100kw kwi-100K ye-Guard System
1. Iphaneli yelanga
Iintsiba:
● Ibhetri enkulu yendawo: Ukunyusa amandla e-piak yezinto kwaye kunciphise iindleko zenkqubo.
● Iigridi eziphambili eziphambili: Ukunciphisa ngokufanelekileyo umngcipheko we-rocks ezifihlakeleyo kunye neegridi ezimfutshane.
● Isiqingatha sesiqingatha: ukunciphisa ubushushu obusebenzayo kunye neqondo lobushushu eshushu lamacandelo.
● Intsebenzo ye-PID: Imodyuli ikhululekile kwi-atunt-tudsuation ebanjiweyo ngumahluko onokubakho.
2. Ibhetri
Iintsiba:
I-voltage ephakathi: 12v * 32PCS kwi-STECS * Iiseti ezi-2 kwi-parallel
Umthamo omiselweyo: 200 Ah (10 hr, 1.80 v / iseli, 25 ℃)
Isisindo esikufuphi (kg, ± 3%): 55.5 kg
Isiphelo sendlela: Ubhedu
Ityala: Abs
● Umjikelo omde-ubomi
● Umsebenzi othembekileyo wokutywina
● Umthamo wokuqala
● Ukusebenza okuncinci kokusebenza
● Ukusebenza kakuhle ukusebenza kwinqanaba eliphezulu
● Ufakelo oluguqukayo kunye nelutho, ukujonga iyonke
Kananjalo ungakhetha i-384V600 ye-whicpo4 ye-Lithium
Iimbonakalo:
I-voltageal voltage: 384V 120s
Umthamo: I-6 00ah / 230.4kwh
Uhlobo lweseli: i-wowpo4, entsha, iBakala A
Amandla aMandla: 200 I-200KW
Ixesha lomjikelo: Izihlandlo ezingama-6000
I-3. I-Inverter yelanga
Inqaku:
● Iziphumo ze-sine ecocekileyo.
● I-voltage ephantsi ye-DC, indleko zokugcina indleko.
● Ukwakhelwa-kwi-PWM okanye i-MPPP yokuGqibela.
● Intlawulo ye-AC i-0-45a iyaguquka.
● Isikrini se-LCD esibanzi, ngokucacileyo kwaye sibonisa ngokuchanekileyo idatha ye icon.
● I-100% yokuHlala uyilo lokuLayisha, Amaxesha ama-3 ePiak.
● Ukubeka iindlela ezahlukeneyo zomsebenzi ezisekwe kwiimfuno zokusetyenziswa eziguqukayo.
● Izibuko ezahlukeneyo zonxibelelwano kunye nokubeka iliso kude i-RS485 / app (i-wifi / i-GPRS) (i-GPRS) (ngokuzithandela)
I-4. Umlawuli weSofrika
384V100A MPPP BUIT
Inqaku:
● Ukulandelela umkhondo we-MPPP, i-99% yokulandela umkhondo. Kuthelekiswa neI-PWM, ukuvelisa ukunyuka kwe-20%;
● I-LCD bonisa idatha ye-PV kunye netshathi ilinganisa inkqubo yokuvelisa amandla;
● Ububanzi be-PV ye-PV ye-PV, i-Poltagege ye-PV, ilungele ubumbeko lwenkqubo;
● Umsebenzi wolawulo lwebhetri okrelekrele, wandisa ubomi bebhetri;
● I-RS485 yoNxibelelwano olukhethiweyo.
Yeyiphi inkonzo esiyinikelayo?
1. Inkonzo yoyilo.
Sazise nje izinto ozifunayo, njengamandla amandla, ukusetyenziswa okufuna ukulayisha, zingaphi iiyure ozifunayo inkqubo yokusebenza njl njl.
Siza kwenza umzobo wenkqubo kunye nogcino oluneenkcukacha.
2. Iinkonzo zeThenda
Ncedisa iindwendwe ekulungiseleleni amaxwebhu ebhidi kunye nedatha yezobuchwephesha
3. Inkonzo yoQeqesho
Ukuba umtsha kwishishini lokugcina amandla, kwaye ufuna uqeqesho, unokuza kwinkampani yethu ukuba ifunde okanye sithumele iingcali ukuba zikuncede ukuqeqesha izinto zakho.
4. Ukunyusa inkonzo kunye nenkonzo yolondolozo
Sikwabonelela ngenkonzo yokunyusa kunye nenkonzo yolondolozo kunye neendleko ezifikelelekayo kunye nexabiso elifikelelekayo.
I-5. Inkxaso yokuthengisa
Sinika inkxaso enkulu kubathengi abathengisa i-arhente ye-Brant "
Sithumela iinjineli kunye neengcali ukukuxhasa ukuba kukho imfuneko.
Sithumela ipesenti ethile eyongeziweyo kwezinye zeemveliso njengokutshintshwa ngokukhululekileyo.
Yeyiphi eyona nto incinci kunye ne-max ye-solar ye-solar onokuyivelisa?
I-solar yamandla e-solar ye-solar esiyivelise ijikeleze i-30w, njengokukhanya kweSolar Starland. Kodwa ngesiqhelo ubuncinci bokusetyenziswa kwekhaya yi-100w 200W 300W 300W i-500w njl.njl.
Uninzi lwabantu luthanda i-1kw 2kw 3kw 5kw 10kw njl.njl njl.
Inkqubo yamandla elanga ivelise i-30MW / 50mwh.
Unjani umgangatho wakho?
Umgangatho wethu uphakame kakhulu, kuba sisebenzisa izixhobo ezisemgangathweni kakhulu kwaye senza uvavanyo olungqongqo lwezinto. Kwaye sinenkqubo engqongqo ye-QC.
Ngaba uyakwamkela ukuvelisa ngokwezifiso?
Ewe. Sixelele nje ukuba ufuna ntoni. Siyenza ngokwezifiso i-R & D kwaye sivelise iibhetri ze-lithium ze-lithium ze-lithium, iqondo lobushushu le-lithium, iibhetri ze-lithium, ngaphandle kweendlela zendlela ye-lithium zeZithuthi, iinkqubo zelanga njl.
Lithini ixesha lokukhokela?
Ngokwesiqhelo iintsuku ezingama-20 ukuya kwengama-30
Uqinisekisa njani iimveliso zakho?
Ngexesha lewaranti, ukuba sisizathu semveliso, siya kuthumela ukutshintshwa kwemveliso. Ezinye zeemveliso esiya kukuthumela entsha ngendawo elandelayo. Iimveliso ezahlukeneyo ezinemigaqo eyahlukeneyo yewaranti. Kodwa ngaphambi kokuba sithumele, kufuneka umfanekiso okanye ividiyo ukuqinisekisa ukuba yingxaki yeemveliso zethu.
Iworkshop
Amatyala
I-400kwh (192v2000ah Picpo4 kunye neSolar yamandla eSolar ePhilippines)
I-200kw pv + i-384V12003003003003 I-500KWH
I-400kw pv + i-384V25000030000300 I-1000KWH
Iziqinisekiso
Thelekisa iibhetri kwiNkqubo yokuGcina amandla
Ugcino lwebhetri Inokwahlulwa ibe yibhetri ye-ACID ye-ACID, ibhetri ye-lithium, ibhetri ye-chackel hydrogen, ibhetri ye-vadadium), ibhetri ye-slodium ye-slodfur, njl.
I-1. Ibhetri ye-acid acid
Ibhetri ye-acid acid ibandakanya i-colloid kunye nolwelo (obizwa ngokuba yibhetri ye-acid eqhelekileyo). Ezi ntlobo zimbini zeebhetri zisetyenziswa ngokwemimandla eyahlukeneyo. Ibhetri ye-colloid inomchasi obandayo, kwaye ukusebenza kwawo okusebenzayo kubaluleke kakhulu kunelo yebhetri engamanzi xa iqondo lobushushu lingaphantsi kwe-15 ° C, kwaye intsebenzo yayo yokufakelwa i-i, kunye ne-inshorm yakufaneleka i-Consser ihle kakhulu.
Ibhetri ye-colloid ye-Acid kukuphuculwa kwebhetri eqhelekileyo ye-ACID nge-electrolyte yolwelo. I-Colloid Electrolyte isetyenziselwa ukutshintsha i-SulFuric Acid, engcono kunebhetri eqhelekileyo ngokwendlela yokhuseleko, indawo yokugcina, ukulahleka kwenkonzo kunye nenkonzo yokusebenza. I-Colloidal Cound-Ibhetri yebhetri yamkela ijel Electrolyte, kwaye akukho manzi asimahla ngaphakathi. Ngaphantsi komthamo ofanayo, i-electrolyte inomthamo omkhulu, amandla obushushu obukhulu, kunye nobushushu obuqinileyo bokulahla ubushushu, ezinokuphepha i-thementan ye-thermal yeebhetri; I-corrosion yeplate ye-electrode ibuthathaka ngenxa yoxinzelelo oluphantsi lwe-electrolyte; Uxinzelelo luyinto efanayo kwaye akukho noxinzelelo lwe-elektroniki.
Ibhetri yesiqhelo ye-Acid luhlobo lwebhetri olwenziwe nge-elektrode ikakhulu kwaye i-oxide yayo, kunye ne-electrolyte sisisombululo se-acid isudfuric. Kwimeko yokukhupha ibhetri ye-ACID-I-ACID, icandelo eliphambili le-electrode olikhokelayo likhokelele iDioxide, kwaye eyona nxalenye iphambili ye-electrode engekhoyo; Kwimo yokulawula, izinto eziphambili ze-electrodes kwaye ezimbi ze-encrodes zikhokelela kwi-sulfate. I-voltage yonyulo yebhetri enye ye-ACID ye-ACID yi-2.0v, enokukhutshwa kwi-1.5v kwaye ihlawuliswe kwi-2.4V; Kwisicelo, iibhetri ezintandathu zeseli-zeseli ezikhokelela kwiseli-i-acid zihlala zisetyenziswa uthotho lokufundisa ibhetri ye-12V ye-ACID, kunye ne-24V, 38V, njl njl.
Izibonelelo zayo ikakhulu zibandakanya: Ukutywina okukhuselekileyo, inkqubo yokukhupha umoya, ulondolozo olulula, ubomi benkonzo elula, ubomi obuzinzileyo, umgangatho ophezulu, kunye nokugcinwa kwasimahla; Ingxaki kukuba ungcoliseko olukhokelayo lukhulu kwaye ukuxinana kwamandla kuphantsi (oko kukuthi, ubunzima kakhulu).
2. Ibhetri yeLithium
"Ibhetri yeLithium" luhlobo lwebhetri nge-lithium yentsimbi okanye i-lithium ye-lithium njengezixhobo ze-Othkhode kunye nezixhobo ezingenamsebenzi. Yahlulahlulwe yangamacandelo amabini: Ibhetri ye-lithium yentsimbi kunye nebhetri ye-lithium ye-ion.
Ibhetri ye-lithium yentsimbi ngokubanzi isebenzisa i-manganese diokside njengempahla ye-casede, i-nyithium yentsimbi okanye intsimbi yayo ye-Outod njengezixhobo ze-Otheedes, kwaye isebenzisa isisombululo esingesosimo se-lectrolyte. I-Lithium ion ibhetri ngokubanzi isebenzisa i-lithium ye-lithium ye-oxiles njengezixhobo ze-Moushode, igrafitinge njengezixhobo ze-Mouthode, kunye ne-elektrolytes ezingenamsebenzi. Ibhetri ye-lithium ion ayinayo i-lithium ye-litium kwaye inokuphinda iphinde iphinde iphinde iphinde. Ibhetri ye-lithium esiyisebenzisayo kwindawo yokugcina amandla yibhetri ye-lithium ye-ion, ekubhekiswa kuyo njenge "Lithium".
Iibhetri ze-lithium ezisetyenziswa kwinkqubo yokugcina amandla ikakhulu zibandakanya: I-Lithium ye-Inyibium ye-Inyibium phosphate ibhetri kunye ne-lithium yebhetri kunye ne-lithium manganate ibhetri. Ibhetri enye inombhobho ophezulu, ububanzi bamaqondo obushushu obubanzi bokusebenza, amandla aphezulu kunye nokusebenza kakuhle, kunye nexabiso eliphantsi lokukhupha. Ukhuseleko kunye nobomi bunokuphuculwa ngokusebenzisa ukhuselo kunye nesekethe ngokulinganayo. Ke ngoko, ukuthathela ingqalelo izibonelelo kunye nokungalunganga kweebhetri ezahlukeneyo, iibhetri zeLithium ziye zaba lukhetho lokuqala kwizikhululo zombane zezamashishini,, ukhuseleko, ukuthembeka kunye nokunyaniseka kokusingqongileyo.
Izibonelelo zayo eziphambili zezi: Ubomi benkonzo ixesha elide, ukuxinana kwamandla aphezulu, ubunzima bokukhanya kunye nokuzimela okuqinileyo; Izinto ezingalunganga zikhuselekile, ukuqhuma ngokulula, iindleko eziphezulu kunye nokusetyenziswa kweemeko ezinqabileyo.
I-Lithium i-phosphate
Ibhetri ye-Lithium ye-phosphate i-phosphate ibhetri ibhetri ye-lithium ye-lithium isebenzisa i-lithium ye-lithium phosphate njengezixhobo ze-Otomede. Izixhobo ze-Cathode ze-Lithium ze-lithium ikakhulu zibandakanya i-lithium combalate, i-lithium manganate, i-lithium ye-phosnary phosphate, i-lithium phosphate ye-ion isetyenziswa ziibhetri ze-lithium ion.
I-Lithium i-phosphate i-phosphate njengezinto ze-lithium zamandla kuphela ezivele kuphela kwiminyaka yakutshanje. Yayingo-2005 ukuba ibhetri enkulu ye-Lithium ye-Inyibilium ye-phosphate yaphuhliswa eTshayina. Intsebenzo yayo yokhuseleko kunye nobomi bomjikelo azinakuthelekiswa nanto. Umjikelo wobomi bokudibanisa kwaye ukwenze ukukhupha izihlandlo ezingama-2000. I-voltrouge engaphezulu kwebhetri ye-30V, engayi kutshisa kwaye ihlawulwe ize iqhume. I-Lithium ion ye-Iyor enesikhundla esikhulu esenziwe nge-Lithium ye-lithium phoshode i-phoshode isetyenziswe kwinguqulelo yokuhlangabezana neemfuno zokuhlawula rhoqo.
I-Lithium ye-Inyibium i-phosphate ayinatyhefu, ingcolile, ikhuselekile, ekhuselekileyo, efunyanwa ngokubanzi, iphantsi, ubomi obude kunye nezinye izibonelelo. Yinto ebaluleke kakhulu kwizinto ezibonakalayo kwiibhetri ze-lithium ze-ion ye-ion ye-ion. Ibhetri ye-lithium ye-phosphate tasphate ikwanazo nezinto zayo ezingalunganga. Umzekelo, ukuxinana kwe-tampy ye-Inyibium ye-inyibilium phosphate ye-phosphate yebhetri, kwaye ivolumu ye-iron ye-phosphate phosphate yebhetri efana ne-lithium ye-lithium, ngenxa yoko ayinasibonelelo kwiibheji ezincinci.
Ngenxa yeempawu zendalo ze-lithium ye-lithium i-phosphate, ukusebenza kweqondo lobushushu eliphantsi liphantsi kwezinye izinto ze-cathodes anjenge-lithium manganate. Ngokubanzi, kwiseli enye (Qaphela ukuba liseli elinye kunebhetri), ukulinganisa ukulinganisa ukulinganisa ukusebenza kwepakethi yebhetri kunokuba ngaphezulu kancinane,
Oku kunxulumene neemeko zokusebenzela ubushushu), izingalo layo lokugcina amanzi limalunga nama-60 ~ 70% kwi-0 ℃, 40 ~ 45% kwi-10 ℃, kunye ne-20 ~. Ukusebenza kweqondo lobushushu olusezantsi alunakuhlangabezana neemfuno zoncedo lwamandla. Okwangoku, abanye abavelisi baphucule ukuSebenza kobushushu obusezantsi kwe-Lithium ye-lithium phosphate ngokuphucula inkqubo ye-electrolyte, ukuphucula ifomula efanelekileyo ye-electrode, ukuphucula uyilo lwezinto zeseli.
Ibhetri ye-ternary lithium
Ibhetri ye-ternary polymer lithium libhekisa kwibhetri ye-lithium kabani i-Lithium ye-Lithium i-Lithium i-Lithium ye-Lithium ye-Lithium ye-Lithium Cobanate ye-O2) ye-O2) ye-O2) ye-O2. I-Ternary English Storedes yenziwa nge-NECKEL yeTetyi, i-Cobalt ityiwa kunye netyuwa ye-manganese njengezinto eziluhlaza. Inxalenye ye-nickel, eCobalt kunye neManganese kwi-Ternary Polymer Ibhetri ye-LOLYMER I-LITHRIUM inokuhlengahlengiswa ngokweemfuno zezonyani. Ibhetri enezinto ze-genary njengoko i-canode inophuhliso oluphezulu xa kuthelekiswa nebhetri ye-LITIM CoANT, kodwa i-voltage yayo iphantsi kakhulu.
Izibonelelo zayo eziphambili zezi: intsebenzo elungileyo yokusebenza; Ukungancedi kukuba ukusetyenziswa kulinganiselwe. Nangona kunjalo, ngenxa yokuqina kwemigaqo-nkqubo yasekhaya kwiibhetri ze-ternary lithium, ukuphuculwa kweebhetri ze-ternary lithium zithanda ukuthoba.
Ibhetri ye-lithium manganate
Ibhetri ye-Lithium ye-Ing yenye yezona zinto zithembisayo ze-lithim ze-lithim ion. Xa kuthelekiswa nezixhobo ze-Cathode zendade ezinje nge-lithium combalate, i-lithium manganate ineengenelo ezityebileyo, indleko eziphantsi, akukho nto iphindayo, i-njalo. Nangona kunjalo, intsebenzo yayo yokusebenza kakuhle kunye nokuzinza kwe-electrochemical imida kakhulu kumda. I-Lithium Manganate ikakhulu ibandakanya i-spinel lithium ye-manganate kunye ne-lithium ye-lithium manganate. I-Spinel Lithium Manganate inesakhiwo esizinzileyo kwaye kulula ukuyiqonda imveliso yamashishini. Iimveliso zanamhlanje zentengiso ziyonke ezi zakhiwo. I-Spinel Lithium Manganate ye-Cubic Systic System, Iqela le-FD3M yendawo, kunye nomthamo othile wethiyori yi-148mah / g. Ngenxa yesakhiwo esinemithambo emithathu, i-lithium ye-lithium inokuphinda ifakwe umva kwi-Latinel Layice ye-Spinel ngaphandle kokubangela ukuwa, ngenxa yoko inomsebenzi omkhulu wokukhula kunye nozinzo.
I-3. Ibhetri
Ibhetri ye-NIMH luhlobo lwebhetri ngokusebenza kakuhle. Into esebenzayo ye-NCECEL ye-NYDROGRY HYHRANGRAN HITY i-NI (OH) .
I-Nickel Metal Health I-Hydride ibhetri ihlulwe yangu-voltage ye-voltlide ye-chackel yentsimbi kunye ne-voltage ephantsi ye-voltage i-NCECKEl yentsimbi ye-hydride.
Ibhetri ye-voltage ephantsi i-Nickel Hobkel Hydride ibhetri inazo ezi mpawu zilandelayo: (1) I-voltage yebhetri ngu-1.2 ~ . . (4) etywiniwe, eyomeleleyo kakhulu kwaye ikhutshiwe; . (6) Ikhuselekile kwaye ithembekile, akukho lungcoliseko kwindalo, akukho siphumo senkumbulo, njl.
Ibhetri ephakamileyo yeVoltrogel Hydrogen ye-hydrogen ineempawu ezilandelayo: (1) ukuthembeka okuqinileyo. Ilungile kakhulu ngaphezulu kokukhusela kunye nokukhusela okuhlawulayo, inokumelana nexabiso eliphezulu lokukhupha kwaye ayinawo i-dendritation. Inepropathi efanelekileyo. Umthamo wayo omkhulu ngama-60 a · q / kg, onamaxesha ama-5 ayo yebhetri ye-Nickel Cadmium. (2) Umjikelo omde ubomi, ukuya kuthi ga kumawaka amaxesha. (3) Ukulondolozwa ngokupheleleyo ngokupheleleyo, okuncinci. .
Ezona zibonelelo ziphambili ze-NIAH zezi: Ukuxinana kwamandla aphezulu, ukubiza ngokukhawuleza kunye nokukhupha isantya, ubunzima obukhanyisiweyo, ubomi benkonzo ende, akukho lungcoliseko lwendalo, akukho lungcoliseko lwendalo, akukho lungcoliseko lwendalo, akukho lungcoliseko lwendalo, akukho lungcoliseko lwendalo, akukho lungcoliseko lwendalo, akukho lungcoliseko lwendalo, akukho lungcoliseko lwendalo, akukho lungcoliseko lwendalo, akukho lungcoliseko lwendalo, akukho lungcoliseko lwendalo, akukho lungcoliseko lwendalo, akukho lungcoliseko lwendalo, akukho lungcoliseko lwendalo, akukho lungcoliseko lwendalo, akukho lungcoliseko lwendalo, akukho lungcoliseko lwendalo, akukho lungcoliseko lwendalo, akukho lungcoliseko lwendalo, akukho lungcoliseko lwendalo, akukho lungcoliseko lwendalo, akukho lungcoliseko lwendalo, akukho lungcoliseko lwendalo, akukho lungcoliseko lwendalo, akukho lungcoliseko lwendalo, akukho lungcoliseko lwendalo, akukho lungcoliseko lwendalo, akukho lungcoliseko lwendalo; Izinto ezingalunganga ziyimpembelelo encinci, iingxaki ezingakumbi zolawulo, kwaye kulula ukwenza umahluli webhetri enye.
4. Iseli yokuhamba
Ibhetri yokuhamba kwamanzi luhlobo olutsha lwebhetri. Ibhetri yokuhamba kwamanzi yibhetri yokusebenza ephezulu esebenzisa i-electrolyte elungileyo kwaye imbi ye-ectrolyte yahlule kwaye isasaza ngokwahlukeneyo. Ineempawu zenqanaba eliphezulu, kwicandelo lesicelo esibanzi (okusingqongileyo) kunye nomjikelo omde ubomi. Yimveliso yamandla amatsha okwangoku.
Ibhetri yokuhamba kwamanzi isetyenziswa ngokubanzi kwinkqubo yesikhululo soMbane soMbane, equka isisombululo se-stack, isisombululo se-electrolyte kunye neyunithi yokubonelela, ulawulo kunye nolawulo lwe-stack kwaye (isitaki si Ukudityaniswa kweeseli ezininzi zokuphendula kwe-oxidation) kunye neseli enye yokutshabalalisa kunye nokukhupha ngokweemfuno ezithile kothotho, kwaye isakhiwo saso sifana nesitokhwe seseli.
Ibhetri yokuhamba kwe-dadium luhlobo olutsha lokugcina amandla kunye nezixhobo zokugcina amandla. Ayinakusetyenziswa kuphela njengesixhobo sokugcina amandla e-solar kunye nemoya esomeleleyo, kodwa sinokusetyenziselwa ukuhambisa i-grid yamandla ukuphucula igridi yamandla kunye nokuqinisekisa ukhuseleko lwegridi yamandla. Uncedo lwayo luphambili: Ukungancedi kakuhle kukuba ukuxinana kwamandla kuyahluka kakhulu.
I-5. Ibhetri ye-sodium sulfur
Ibhetri yesodium ye-sodium ye-SODIM iqulathe isibonda esihle, isibonda esingalunganga, i-electrolyte, diaphragm kunye neqokobhe. Ngokungafaniyo neebhetri zesibini esiqhelekileyo (iibhetri ze-Acid, iibhetri zecadming, njl. Njl. Into esebenzayo ye-Pole engalunganga yi-sodium yentsimbi, kunye nento esebenzayo yePole elungileyo yi-Sulfur yeSulfur kunye ne-Molten Sodium Polysulfide. Ibhetri yesibini ene-sodium yensimbi njenge-electrode ye-electrode, i-Sulfur njenge-electrode kunye ne-ceberamic tube njenge-electrolyte. Ngaphantsi kwesidanga esithile sokusebenza, i-sodium ye-sodium inokuphinda iqhubekeke kwi-sulfur nge-melfrolyte membrane ukwenza ukukhutshwa kwamandla kunye nokugcina.
Njengohlobo olutsha lomthombo wamandla emichiza, olu hlobo lwebhetri luphuhlisiwe kakhulu kuba lwalungena. Ibhetri ye-sodium sulfur incinci ngobukhulu, enkulu kakhulu, ixesha elide ebomini kunye nephezulu ekusebenzeni kakuhle. Isetyenziswe ngokubanzi kugcino lwamandla ombane njengokugcina i-Peak kunye nokuzaliswa kwamandla, ukuhanjiswa kwamandla okungxamisekileyo kunye nokuveliswa komoya.
Izibonelelo zayo eziphambili zezi zilandelayo: Amandla ayo awo awolikisi yi-760Wh / kg, egqithile kwi-150Wh / kg / i-3-4 i-3id tag ebhetri ye-acid. 2) Kwangelo xesha, inokukhutshwa ngamandla amakhulu naphezulu. Ukuxinana kwayo ngokugqithileyo kunokufikelela kwiminyaka engama-200-300ma / cm2, kwaye inokukhupha amaxesha ama-3 amandla ayo ngephanyazo; 3) Ukurhoxisa okuphezulu kunye nokusebenza kakuhle.
Ibhetri yesodium ye-sodium ikwaneentsilelo. Amaqondo obushushu ayo angama-300-350 ℃, ke ibhetri kufuneka ifuduselwe kwaye igcinwe ishushu ngexesha lokusebenza. Nangona kunjalo, le ngxaki inokuconjululwa ngokufanelekileyo ngokusebenzisa itekhnoloji yokusebenza ephezulu ye-subrum.
I-6. Ibhetri ye-carbon
Ibhetri ye-carbon ye-carbon luhlobo lwebhetri ye-acid ekhokelela kwibhetri ye-ACID, eyitekhnoloji ye-Acid yendabuko ye-ACID. Ingaphucula kakhulu ubomi bebhetri ekhokelayo ngebhetri esebenzayo ngokongeza ikhabhoni esebenzayo kwi-pole engalunganga yebhetri.
Ibhetri ye-carbon ekhokelayo luhlobo olutsha lwebhetri enkulu, edibanisa ibhetri ekhokelayo ye-ACID kunye ne-Super Caset kunye ne-Super Cape: Ayisinikanga ukudlala amandla amakhulu okrexeza, kodwa nokudlala kumandla athile Ithuba lebhetri ye-ACID ekhokelayo, kwaye itshaja kakhulu kwaye isebenze kakhulu - inokuhlawuliswa ngokupheleleyo kwimizuzu engama-90 (ukuba ibhetri ye-AID ye-AID ihlawulwe kwaye ikhutshiwe ngale ndlela, ubomi bayo bungaphantsi kwamaxesha angama-30). Ngaphezu koko, ngenxa yokongezwa kwekhabhoni (igramane), igramenon ye-ilfrode ye-electrode ithintelwe, ephucula into yokusilela kwebhetri kwixesha elidlulileyo kwaye yandisa ubomi bebhetri.
Ibhetri ye-carbon ekhokelayo ngumxube we-Asymmetric Supercactoritor kwaye ikhokelele ibhetri ye-acid ekhokelela kwifom yoqhagamshelo lwangaphakathi. Njengohlobo olutsha lwebhetri enkulu, ibhetri yekharbon ekhokelayo yindibaniselwano yetekhnoloji yebhetri ye-acid ekhokelayo kunye ne-Supercactor. Yinto ebhetri yahlula-hlulwa kwebhetri kunye neempawu zenkonzo kunye neempawu zebhetri. Ke ngoko, ayidlali ngokupheleleyo kwiinzuzo ze-Super Commandous amandla e-super of eninzi, kodwa idla ngokudlala ngokupheleleyo kwiibhetri ze-acid, ezinokuhlawuliswa ngokupheleleyo kwiyure. Inokutshaja okuhle nokukhupha umsebenzi. Ngenxa yokusetyenziswa kwetekhnoloji yekharbon ekhokelayo, intsebenzo yebhetri ekhokelayo ingaphezulu kakhulu kwebhetri ye-ACID yeSiko, enokuthi isetyenziswe kwizithuthi ezitsha zamandla, ezinjengeebhayisikile zombane, ezinye iibhayisikile kunye namanye amasimi; Ingasetyenziselwa intsimi yesitorethi samandla amatsha, njengomoya wokuveliswa komoya kunye nokugcinwa kwamandla.
