Dunida sida xawliga ah u kobcaysa ee kaydinta tamarta,LiFePO4 (Lithium Iron Phosphate) baytariyadawaxay u soo baxeen inay yihiin hor-u-socod sababtoo ah waxqabadkooda gaarka ah, cimri dhererkooda, iyo astaamaha badbaadada. Fahamka sifooyinka danab ee baytariyadan ayaa muhiim u ah waxqabadkooda ugu wanaagsan iyo cimri dhererkooda. Tilmaantan dhamaystiran ee jaantusyada korantada ee LiFePO4 ayaa ku siin doona faham cad oo ku saabsan sida loo tarjumo loogana faa'iidaysto jaantusyadan, isagoo hubinaya inaad sida ugu fiican uga faa'iidaysan karto baytariyada LiFePO4.
Waa maxay Shaxda Voltage ee LiFePO4?
Ma jeceshahay inaad wax ka ogaato luqadda qarsoon ee baytariyada LiFePO4? Bal qiyaas in aad awood u leedahay in aad furfurto koodka sirta ah ee muujinaya xaaladda batteriga, waxqabadka, iyo caafimaadka guud. Hagaag, taasi waa dhab ahaan waxa shaxda korantada ee LiFePO4 kuu ogolaanaysa inaad sameyso!
Shaxda danabka LiFePO4 waa muuqaal muuqaal ah oo muujinaya heerarka korantada ee batteriga LiFePO4 ee gobollo kala duwan oo lacag ah (SOC). Shaxdani waxay lama huraan u tahay fahamka waxqabadka batteriga, awoodda, iyo caafimaadka. Marka la tixraaco jaantuska korantada ee LiFePO4, isticmaalayaashu waxay gaari karaan go'aano xog ogaal ah oo ku saabsan dallacaadda, dallacaadda, iyo guud ahaan maareynta batteriga.
Shaxdani waxay muhiim u tahay:
1. La socodka waxqabadka batteriga
2. Hagaajinta dallacaadda iyo wareegyada sii daynta
3. Kordhinta cimriga batteriga
4. Xaqiijinta hawlgal ammaan ah
Aasaaska LiFePO4 Voltage Battery
Kahor intaadan u dhex gelin waxyaabaha gaarka ah ee jaantuska danabka, waxaa muhiim ah inaad fahanto qaar ka mid ah ereyada aasaasiga ah ee la xiriira danabka batteriga:
Marka hore, waa maxay faraqa u dhexeeya danab magac-u-yaal ah iyo baaxadda korantada dhabta ah?
Danab magaceedu waa danabka tixraaca ee loo isticmaalo in lagu qeexo baytariga. Unugyada LiFePO4, tani caadi ahaan waa 3.2V. Si kastaba ha ahaatee, tamarta dhabta ah ee batteriga LiFePO4 waa isbedbedeshaa marka la isticmaalayo. Unug buuxa oo dalladaysan wuxuu gaari karaa ilaa 3.65V, halka unugga la saaray uu hoos ugu dhici karo 2.5V.
Voltage Magaca ah: Korontada ugu fiican ee uu batarigu sida ugu fiican ugu shaqeeyo. Wixii baytariyada LiFePO4, tani caadi ahaan waa 3.2V unug kasta.
Korontada Si Buuxda Loo Dallacay: Korontada ugu badan ee baytarigu waa in uu gaaro marka si buuxda loo dallaco. Wixii baytariyada LiFePO4, tani waa 3.65V unug kasta.
Korontada Dajinta: Korontada ugu yar ee baytarigu ay tahay inuu gaadho marka la saarayo. Wixii baytariyada LiFePO4, tani waa 2.5V unug kasta.
Voltage Kaydinta: Korontada ugu fiican ee batteriga lagu kaydiyo marka aan la isticmaalin muddo dheer. Tani waxay kaa caawinaysaa ilaalinta caafimaadka batteriga waxayna yaraynaysaa luminta awoodda.
Nidaamyada Maareynta Battery ee horumarsan ee BSLBATT (BMS) waxay si joogto ah ula socdaan heerarkan tamarta, iyaga oo hubinaya waxqabadka ugu wanaagsan iyo cimriga baytarigooda LiFePO4.
Laakinmaxaa sababa isbedbedelka danabka?Dhowr arrimood ayaa ciyaarta soo gala:
- Xaaladda Kharashka (SOC): Sida aan ku aragnay jaantuska korantada, danabku wuu yaraanayaa marka batteriga uu sii daayo.
- Heerkulka: Heerkulka qabow wuxuu si ku meel gaar ah hoos ugu dhigi karaa danabka bateriga, halka kulaylkuna uu kordhin karo.
- Load: Marka batteriga uu ku hoos jiro culeys culus, waxaa laga yaabaa in danabkiisu wax yar hoos u dhaco.
- Da'da: Markay baytariyadu da'da yihiin, dabeecadahooda danabku way is beddeli karaan.
Laakinmaxaa loo fahmay kuwan voaasaaska ltage si impoma aha?Hagaag, waxay kuu ogolaanaysaa inaad:
- Si sax ah u cabbir xaaladda batterigaaga
- Kahortagga dallacaadda xad-dhaafka ah ama daadinta xad-dhaafka ah
- U wanaaji wareegyada dallacaadda nolosha batteriga ugu badan
- Xalliyi arrimaha iman kara ka hor inta aanay noqon kuwo halis ah
Ma bilawday inaad aragto sida shaxda korantada ee LiFePO4 u noqon karto qalab awood leh oo ku jira qalabkaaga maaraynta tamarta? Qaybta soo socota, waxaan si dhow u eegi doonaa jaantusyada korantada ee habaynta baytariyada gaarka ah. La soco!
LiFePO4 Shaxda Korantada (3.2V, 12V, 24V, 48V)
Shaxda danabka iyo garaafka baytariyada LiFePO4 ayaa lama huraan u ah qiimaynta kharashka iyo caafimaadka baytariyada fosfateed ee lithium iron. Waxay muujinaysaa isbeddelka korantada oo buuxa oo la sii daayay, taasoo ka caawinaysa isticmaalayaasha inay si sax ah u fahmaan kharashka degdegga ah ee batteriga.
Hoos waxaa ku yaal jadwal dawladeed iyo waraaqo danab ah oo loogu talagalay baytariyada LiFePO4 ee heerarka korantada ee kala duwan, sida 12V, 24V iyo 48V. Shaxanahan waxay ku salaysan yihiin danab tixraaceed 3.2V.
Xaaladda SOC | 3.2V LiFePO4 Battery | 12V LiFePO4 Battery | 24V LiFePO4 Battery | 48V LiFePO4 Battery |
100% Dalaca | 3.65 | 14.6 | 29.2 | 58.4 |
100% nasasho | 3.4 | 13.6 | 27.2 | 54.4 |
90% | 3.35 | 13.4 | 26.8 | 53.6 |
80% | 3.32 | 13.28 | 26.56 | 53.12 |
70% | 3.3 | 13.2 | 26.4 | 52.8 |
60% | 3.27 | 13.08 | 26.16 | 52.32 |
50% | 3.26 | 13.04 | 26.08 | 52.16 |
40% | 3.25 | 13.0 | 26.0 | 52.0 |
30% | 3.22 | 12.88 | 25.8 | 51.5 |
20% | 3.2 | 12.8 | 25.6 | 51.2 |
10% | 3.0 | 12.0 | 24.0 | 48.0 |
0% | 2.5 | 10.0 | 20.0 | 40.0 |
Maxaa fikrado ah oo aan ka heli karnaa shaxdan?
Marka hore, u fiirso qalooca korantada oo siman inta u dhaxaysa 80% iyo 20% SOC. Tani waa mid ka mid ah astaamaha muuqda ee LiFePO4. Waxa ay la macno tahay in batarigu uu awood joogto ah ku bixin karo inta badan wareeggiisa dheecaanka. Sow cajiib maaha?
Laakiin waa maxay sababta qalooca korantada fidsan ay faa'iido u leedahay? Waxay u ogolaataa aaladaha inay ku shaqeeyaan koronto deggan muddo dheer, kor u qaadista waxqabadka iyo cimri dhererka. Unugyada LiFePO4 ee BSLBATT waxa loo habeeyey si ay u ilaashadaan qaloocan fidsan, iyaga oo hubinaya gudbinta awood la isku halayn karo ee codsiyo kala duwan.
Ma aragtay sida ugu dhakhsaha badan ee danabku uga hoos dhaco 10% SOC? Hoos u dhaca danabkan degdega ah waxa uu u adeegaa sidii nidaam digniin ah oo ku dhex dhisan, taas oo muujinaysa in batteriga uu u baahan yahay dib u dalacsiin degdeg ah.
Fahamka jaantuskan korantada unugga kaliya waa muhiim sababtoo ah waxay aasaas u tahay nidaamyada batteriga ee waaweyn. Ka dib oo dhan, waa maxay 12V24Vama batari 48V ah laakiin ururinta unugyadan 3.2V ee u shaqaynaya si wadajir ah.
Fahamka Qaabka Shaxda Voltage ee LiFePO4
Shaxda korantada ee LiFePO4 ee caadiga ah waxaa ka mid ah qaybaha soo socda:
- X-Axis: Waxay ka dhigan tahay xaaladda kharashka (SoC) ama wakhtiga.
- dhidibka Y: Waxay ka dhigan tahay heerarka danab.
- Qalooca/Line: Waxay tustaa qiimaha isbedbeddelaya ama sii daynta batteriga.
Turjumaada Shaxda
- Marxaladda Dallacaadda: qalooca kor u kacaya waxa uu tilmaamayaa heerka dallacaadda batteriga. Sida batteriga u dallaco, danabku wuu kacayaa.
- Marxaladda Daynta: qalooca soo degaya waxa uu u taagan yahay wejiga daynta, halkaas oo korantada batarigu hoos u dhaco.
- Range Voltage Stable: Qayb siman oo ka mid ah qaloocadu waxay tusinaysaa danab yara deggan, oo ka dhigan wejiga tamarta kaydinta.
- Aagagga Halis ah: Marxaladda si buuxda loo dallacay iyo wejiga dheecaanka qoto dheer ayaa ah aag xasaasi ah. Ka gudubka aagaggaan waxay si weyn u dhimi kartaa cimriga iyo awoodda batteriga.
3.2V Qaabka Shaxda Voltage Battery
Korantada magaca ah ee hal unug oo LiFePO4 ah ayaa caadiyan ah 3.2V. Bateriga waxaa si buuxda loogu dallacay 3.65V waxaana si buuxda looga saaray 2.5V. Halkan waxaa ah garaaf danab ah oo 3.2V ah:
Qaabka Shaxda Korantada ee Bateriga 12V
Bateriga caadiga ah ee 12V LiFePO4 wuxuu ka kooban yahay afar unug oo 3.2V ah oo isku xiran. Qaabayntani waxay caan ku tahay isugnaanteeda iyo la jaanqaadka nidaamyada badan ee 12V ee jira. Shaxda danabka 12V LiFePO4 ee hoose waxay muujinaysaa sida danabku hoos ugu dhaco awoodda batteriga.
Waa maxay qaababka xiisaha leh ee aad ku aragto garaafkan?
Marka hore, u fiirso sida kala duwanaanta danabku u ballaadhay marka loo eego unugga kelida ah. Bateriga 12V LiFePO4 si buuxda loo dallacay wuxuu gaarayaa 14.6V, halka korantada goyntu ay ku dhowdahay 10V. Kala duwanaanshiyahan ballaaran wuxuu u oggolaanayaa in la qiimeeyo xaaladda saxda ah ee kharashka.
Laakiin halkan waa qodob muhiim ah: qalooca korantada fidsan ee dabeecadda ah ee aan ku aragnay unugga keliya ayaa weli muuqda. Inta u dhaxaysa 80% iyo 30% SOC, danabku kaliya wuxuu ku dhacaa 0.5V. Wax soo saarka danab deggan ayaa faa'iido weyn u leh codsiyo badan.
Isagoo ka hadlaya codsiyada, xageed ka heli kartaa12V LiFePO4 baytariyadala isticmaalo? Waxay ku badan yihiin:
- RV iyo nidaamyada tamarta badda
- Kaydinta tamarta qorraxda
- Dejinta korontada
- Nidaamyada caawinta gaadiidka korontada
BSLBATT's 12V LiFePO4 baytariyada waxaa loo farsameeyay codsiyadan baahida badan, iyagoo bixiya wax soo saar danab ah iyo nolol wareeg dheer.
Laakiin maxaad u doorataa batari 12V LiFePO4 ka dooro xulashooyinka kale? Waa kuwan qaar ka mid ah faa'iidooyinka muhiimka ah:
- Beddelka-ashitada rasaasta: 12V LiFePO4 baytariyadu waxay badiyaa si toos ah u beddeli karaan baytariyada 12V-asiidh-ashitada, iyagoo bixinaya waxqabad horumarsan iyo cimri dherer.
- Awood sare oo la isticmaali karo: Iyadoo baytariyada acid-ashitada sida caadiga ah ogolaadaan oo kaliya 50% qoto dheer ee dheecaan, LiFePO4 baytariyada si ammaan ah waxaa laga dayn karaa 80% ama ka badan.
- Dallacaadda dhaqsaha badan: Baytariyada LiFePO4 waxay aqbali karaan qulqulka dallacaadda sare, iyagoo yareynaya waqtiyada dallacaadda.
- Miisaanka fudud: Batari 12V LiFePO4 ah ayaa caadi ahaan 50-70% ka fudud baytari-ashitada rasaasta u dhigma.
Ma waxaad bilaabaysaa inaad aragto sababta fahamka 12V LiFePO4 shaxda korantada ay aad muhiim ugu tahay wanaajinta isticmaalka batteriga? Waxay kuu ogolaanaysaa inaad si sax ah u cabbirto heerka dallacaadda batterigaaga, qorsheyso codsiyada xasaasiga ah ee tamarta, oo aad sare u qaaddo cimriga batteriga.
LiFePO4 24V iyo 48V Qaababka Shaxda Voltage Battery
Markaan ka soo kicineyno nidaamyada 12V, sidee bay sifooyinka korantada ee baytariyada LiFePO4 isu beddelaan? Aynu sahaminno aduunka 24V iyo 48V LiFePO4 habaynta baytariyada iyo jaantusyada danab ee u dhigma.
Marka hore, muxuu qof u dooranayaa nidaamka 24V ama 48V? Nidaamyada tamarta sare waxay oggolaadaan:
1. Hadda hoose ee isla koronto la mid ah
2. Xajmiga iyo qiimaha siliga oo la dhimay
3. Hagaajinta waxtarka gudbinta korontada
Hadda, aynu eegno jaantusyada korantada ee labada baytari ee 24V iyo 48V LiFePO4:
Miyaad dareentay wax ay iskaga mid yihiin jaantuskan iyo jaantuska 12V ee aanu mar hore baadhnay? Qalooca korantada ee sifada leh ayaa weli taagan, oo kaliya heerarka korantada sare.
Laakiin maxay ku kala duwan yihiin?
- Kala duwanaanshaha korantada ballaaran: Farqiga u dhexeeya dallacaadda buuxda iyo si buuxda ayaa ka weyn, taas oo u oggolaanaysa in la qiimeeyo SOC si sax ah.
- Saxnaanta sare: Iyada oo unugyo badan oo taxane ah, isbeddelada tamarta yar ay muujin karaan isbeddelo waaweyn oo SOC ah.
- Dareenka korodhka: Nidaamyada korantada ee sarreeya ayaa laga yaabaa inay u baahdaan Nidaamyada Maareynta Battery-ga casriga ah (BMS) si loo ilaaliyo dheelitirka unugyada.
Xagee kala kulmi kartaa nidaamyada 24V iyo 48V LiFePO4? Waxay ku badan yihiin:
- Kaydinta tamarta qorraxda ee deegaanka ama C&I
- Gaadiidka korantada (gaar ahaan nidaamyada 48V)
- Qalabka warshadaha
- Awooda kaydka ee Telecom
Ma bilawday inaad aragto sida u haynta jaantusyada korantada ee LiFePO4 ay u furi karto awoodda buuxda ee nidaamka kaydinta tamartaada? Haddii aad la shaqaynayso unugyada 3.2V, baytariyada 12V, ama qaabaynta 24V iyo 48V ka weyn, jaantusyadani waa furahaaga maaraynta batteriga ugu fiican.
Dallacaadda baytariyada LiFePO4
Habka lagu taliyey in lagu dallaco baytariyada LiFePO4 waa habka CCCV. Tani waxay ku lug leedahay laba marxaladood:
- Marxaladda Joogtada ah ee Joogtada ah (CC): Batariga waxa lagu dallacay si joogto ah ilaa inta uu ka gaadhayo koronto la sii go'aamiyay.
- Heerka Korantada Joogtada ah (CV): Korantadu waa mid joogto ah halka hadda uu si tartiib tartiib ah u yaraanayo ilaa batteriga si buuxda u dalaci doono.
Hoos waxaa ku yaal jaantuska baytari lithium oo muujinaya xidhiidhka ka dhexeeya SOC iyo danabka LiFePO4:
SOC (100%) | Voltage (V) |
100 | 3.60-3.65 |
90 | 3.50-3.55 |
80 | 3.45-3.50 |
70 | 3.40-3.45 |
60 | 3.35-3.40 |
50 | 3.30-3.35 |
40 | 3.25-3.30 |
30 | 3.20-3.25 |
20 | 3.10-3.20 |
10 | 2.90-3.00 |
0 | 2.00-2.50 |
Xaaladda kharashku waxay tilmaamaysaa xadiga awoodda ee laga dayn karo boqolkiiba inta wadarta awoodda batteriga. Korontadu way kordhisaa marka aad batteriga dalacdo. SOC ee baytarigu waxay ku xidhan tahay inta lagu dallaco.
Halbeegyada Ku Dallaca Baytariga LiFePO4
Qiyaasaha dallacaadda ee baytariyada LiFePO4 ayaa muhiim u ah waxqabadkooda ugu wanaagsan. Baytariyadani waxay si fiican u shaqeeyaan oo kaliya hoostooda korantada gaarka ah iyo xaaladaha hadda jira. U hoggaansanaanta cabbirradan kaliya ma hubiso kaydinta tamarta hufan, laakiin sidoo kale waxay ka hortagtaa dallacaadda xad-dhaafka ah waxayna kordhisaa nolosha batteriga. Fahamka saxda ah iyo adeegsiga cabirrada dallacadu waxay fure u yihiin ilaalinta caafimaadka iyo waxtarka baytariyada LiFePO4, iyaga oo ka dhigaya doorasho la isku halayn karo oo codsiyo kala duwan ah.
Astaamaha | 3.2V | 12V | 24V | 48V |
Ku dallaca Voltage | 3.55-3.65V | 14.2-14.6V | 28.4V-29.2V | 56.8V-58.4V |
Sabaynta Voltage | 3.4V | 13.6V | 27.2V | 54.4V |
Korontada ugu badan | 3.65V | 14.6V | 29.2V | 58.4V |
Voltage ugu yar | 2.5V | 10V | 20V | 40V |
Voltage Magaca ah | 3.2V | 12.8V | 25.6V | 51.2V |
LiFePO4 Bulk, Sabayn, oo Simi Voltages
- Farsamooyinka dallacaadda saxda ah ayaa muhiim u ah ilaalinta caafimaadka iyo cimriga baytariyada LiFePO4. Waa kuwan cabbirrada dallacaadda lagu taliyey:
- Korontada Dallacaadda Badan: Danabka bilowga ah iyo kan ugu sarreeya ayaa lagu dabaqay inta lagu jiro habka dallacaadda. Batariyada LiFePO4, tani waxay caadi ahaan ku dhowdahay 3.6 ilaa 3.8 volts unugkiiba.
- Voltage Float: Danabku waxa uu ku shaqeeyaa in lagu ilaaliyo batteriga xaalad dhamaystiran iyada oo aan la dallacin. Batariyada LiFePO4, tani waxay caadi ahaan ku dhowdahay 3.3 ilaa 3.4 volts unuggiiba.
- Simi Voltage: Danab sare oo loo isticmaalo in lagu dheellitiro kharashka unugyada gaarka ah ee ku jira baakadka batteriga. Batariyada LiFePO4, tani waxay caadi ahaan ku dhowdahay 3.8 ilaa 4.0 volts unug kasta.
Noocyada | 3.2V | 12V | 24V | 48V |
Badan | 3.6-3.8V | 14.4-15.2V | 28.8-30.4V | 57.6-60.8V |
Sabayn | 3.3-3.4V | 13.2-13.6V | 26.4-27.2V | 52.8-54.4V |
Siman | 3.8-4.0V | 15.2-16V | 30.4-32V | 60.8-64V |
Shaxda Voltage BSLBATT 48V LiFePO4
BSLBATT waxay isticmaashaa BMS garaadka si ay u maareyso tamarta iyo awooda baytarigeena. Si loo kordhiyo nolosha batteriga, waxaan sameynay xoogaa xaddidaad ah dallacaadda iyo dallacaadda. Sidaa darteed, batteriga BSLBATT 48V wuxuu tixraaci doonaa jaantuska korantada ee LiFePO4:
Xaaladda SOC | BSLBATT Battery |
100% Dalaca | 55 |
100% nasasho | 54.5 |
90% | 53.6 |
80% | 53.12 |
70% | 52.8 |
60% | 52.32 |
50% | 52.16 |
40% | 52 |
30% | 51.5 |
20% | 51.2 |
10% | 48.0 |
0% | 47 |
Marka la eego naqshadaynta software-ka BMS, waxaanu dejinay afar heer oo ilaalin ah oo lagu dallaco ilaalinta.
- Heerka 1, sababtoo ah BSLBATT waa nidaam 16-string ah, waxaan u dhignay tamarta loo baahan yahay 55V, celceliska hal unugga wuxuu ku saabsan yahay 3.43, taas oo ka ilaalin doonta dhammaan baytariyada inay xad-dhaaf ah;
- Heerka 2, marka wadarta korantadu gaadho 54.5V oo hadda uu ka yar yahay 5A, BMS waxay soo diri doontaa dalabka hadda jira ee 0A, una baahan dallacaadda si loo joojiyo, iyo dallacaadda MOS waa la demin doonaa;
- Heerka 3, marka tamarta hal unug ay tahay 3.55V, BMS waxay sidoo kale soo diri doontaa dallacaadda 0A, u baahan dallacaadda si loo joojiyo, iyo dallacaadda MOS waa la damin doonaa;
- Heerka 4, marka korantada hal unug gaadho 3.75V, BMS-yadeena waxay soo diri doontaa dallacaadda 0A, waxay ku dhejin doontaa alaarmiga rogaha, oo damin doona ku dallaca MOS.
Goobtan oo kale waxay si wax ku ool ah noo ilaalin kartaa48V baytari qoraxdasi loo gaaro nolol adeeg oo dheer.
Turjumaada iyo Isticmaalka Shaxda Voltage ee LiFePO4
Hadda oo aan sahaminay jaantusyada korantada ee qaababka kala duwan ee batteriga LiFePO4, waxaa laga yaabaa inaad la yaabto: Sideen dhab ahaantii u isticmaali karaa jaantusyadan xaaladaha dhabta ah ee adduunka? Sideen uga faa'iidaysan karaa macluumaadkan si aan u wanaajiyo waxqabadka batterigayga iyo cimrigayga?
Aynu u dhex galno qaar ka mid ah codsiyada la taaban karo ee jaantusyada korantada ee LiFePO4:
1. Akhrinta iyo Fahamka Charts Voltage
Waxyaabaha ugu horreeya marka hore-sideed u akhridaa shaxda korantada ee LiFePO4? Way ka fududdahay sidaad u malaynayso:
- dhidibka toosan wuxuu muujinayaa heerarka danab
- dhidibka jiifka ahi waxa uu ka dhigan yahay heerka kharashka (SOC)
- Dhibic kasta oo shaxanka ku yaal waxay xidhiidhiyaan danab gaar ah iyo boqolkiiba SOC
Tusaale ahaan, shaxda korantada ee 12V LiFePO4, akhrinta 13.3V waxay tilmaamaysaa ku dhawaad 80% SOC. Fudud, sax?
2. Isticmaalka Voltage si loo qiyaaso Xaaladda Kharashka
Mid ka mid ah isticmaalka ugu macquulsan ee shaxda korantada ee LiFePO4 waa qiyaasida SOC ee batterigaaga. Waa kan sida:
- Cabbir tamarta batterigaaga adoo isticmaalaya multimeter
- Ka hel danabkan shaxda korantada ee LiFePO4
- Akhriso boqolleyda SOC ee u dhiganta
Laakiin xusuusnow, sax ahaansho ahaan:
- U ogolow batarigu inuu "nasto" ugu yaraan 30 daqiiqo ka dib isticmaalka ka hor inta aan la cabbirin
Tixgeli saamaynta heerkulka - baytariyada qabow waxay muujin karaan danab hoose
Nidaamyada baytariyada smart ee BSLBATT inta badan waxaa ka mid ah la socodka korantada ku dhex jirta, taasoo ka dhigaysa habkan xitaa mid sahlan.
3. Hababka ugu Wanaagsan ee Maaraynta baytariga
Adigoo ku hubaysan aqoonta shaxda korantada ee LiFePO4, waxaad fulin kartaa dhaqamadan ugu wanaagsan:
a) Ka fogow sii daynta qoto dheer: Inta badan baytariyada LiFePO4 waa in aan laga dayn wax ka hooseeya 20% SOC si joogto ah. Shaxda korontadu waxay kaa caawinaysaa inaad aqoonsato qodobkan.
b) Hagaajin dallacaadda: Dabaylo badan ayaa kuu oggolaanaya inaad dejiso goynta korantada. Isticmaal shaxdaada si aad u dejiso heerar ku habboon.
c) Kaydinta Voltage: Haddii aad kaydinayso baytarigaaga wakhti dheer, ujeedo ilaa 50% SOC. Shaxda korontadu waxay ku tusi doontaa tamarta u dhiganta.
d) Korjoogteynta Waxqabadka: Hubinta korantada ee joogtada ah waxay kaa caawin kartaa inaad hore u ogaato arrimaha iman kara. Batterigaagu miyuusan gaadhin danab buuxa? Waxaa laga yaabaa inay tahay waqtigii baaritaanka.
Aynu eegno tusaale wax ku ool ah. U sheeg inaad isticmaaleyso 24V BSLBATT LiFePO4 batari gudaha ahnidaamka cadceedda ka baxsan. Waxaad ku cabbiraysaa danabka batteriga 26.4V. Iyadoo la tixraacayo jaantuska korantada ee 24V LiFePO4, tani waxay muujineysaa qiyaastii 70% SOC. Tani waxay kuu sheegaysaa:
- Waxaa kuu haray awood badan
- Weli lama gaadhin waqtigii la bilaabi lahaa koronto dhaliyahaaga kaydka ah
- Baallayaasha cadceedda ayaa shaqadooda si hufan u gudanaya
Miyaanay la yaab ahayn inta xog ee akhriska danabku ku siin karo marka aad garanayso sida loo fasiro?
Laakin waa tan su'aal mudan in laga fikiro: Sidee bay akhrinta danabku isku bedeli karaan marka ay culayska saaran yihiin marka loo eego nasashada? Oo sidee ayaad tan ugu xisaabtami kartaa istiraatijiyadda maareynta batterigaaga?
Markaad barato isticmaalka jaantusyada korantada ee LiFePO4, ma akhrinaysid tirooyinka - waxaad furaysaa luqadda sirta ah ee baytariyadaada. Aqoontani waxay awood kuu siinaysaa inaad sare u qaaddo waxqabadka, kordhiso cimriga, oo aad ka faa'iidaysato habka kaydinta tamartaada.
Sidee Voltage u saameeyaa LifePO4 Waxqabadka Batteriga?
Voltage wuxuu door muhiim ah ka ciyaaraa go'aaminta sifooyinka waxqabadka ee baytariyada LiFePO4, saameynaya awooddooda, cufnaanta tamarta, soo saarida tamarta, sifooyinka dallacaadda, iyo badbaadada.
Cabbiraadda Voltage Battery
Cabbiraadda danabka batteriga caadi ahaan waxay ku lug leedahay isticmaalka voltmeter. Halkan waxaa ah hage guud oo ku saabsan sida loo cabbiro tamarta batteriga:
1. Dooro Voltmeter-ka Haboon: Hubi in voltmeter-ku uu cabbiri karo tamarta la filayo ee batteriga.
2. Demi Wareegga: Haddii batarigu ka mid yahay wareegga weyn, dami wareegga ka hor inta aanad cabbirin.
3. Ku xidh Voltmeterka: Ku xidh voltmeterka meelaha baytariyada ah. Leedhka cas wuxuu ku xidhaa terminaalka togan, iyo sunta rasaasta madow waxay ku xidhaa terminalka taban.
4. Akhri Voltage-ka: Marka la isku xidho, voltmeter-ku waxa uu muujin doonaa danabka batteriga.
5. Turjumi Akhriska: U fiirso akhrinta la soo bandhigay si aad u go'aamiso tamarta batteriga.
Gabagabo
Fahamka sifooyinka danab ee baytariyada LiFePO4 ayaa lagama maarmaan u ah ka faa'iidaysigooda wax ku ool ah ee codsiyo kala duwan. Markaad tixraacdo jaantuska korantada ee LiFePO4, waxaad samayn kartaa go'aanno xog ogaal ah oo ku saabsan dallacaadda, dallacaadda, iyo guud ahaan maareynta batteriga, ugu dambeyntii sareynta waxqabadka iyo cimriga xalalka kaydinta tamarta horumarsan.
Gebogebadii, jaantuska korantadu wuxuu u adeegaa sidii qalab qiimo leh oo loogu talagalay injineerada, isdhexgalka nidaamka, iyo isticmaalayaasha dhamaadka, iyagoo siinaya fikrado muhiim ah oo ku saabsan habdhaqanka baytariyada LiFePO4 iyo awood u yeelashada hababka kaydinta tamarta ee codsiyada kala duwan. Adigoo raacaya heerarka tamarta lagu taliyey iyo farsamooyinka ku dallaca saxda ah, waxaad xaqiijin kartaa cimriga dheer iyo waxtarka baytariyada LiFePO4.
FAQ ku saabsan Shaxda Korantada ee LiFePO4
S: Sideen u akhriyaa shaxda korantada ee baytariga LiFePO4?
J: Si aad u akhrido shaxanka danabka batteriga LiFePO4, ku bilow aqoonsiga faashashyada X iyo Y. dhidibka X sida caadiga ah wuxuu u taagan yahay heerka batteriga (SoC) boqolkiiba, halka dhidibka Y uu muujinayo danabka. U fiirso qalooca u taagan soo daynta batteriga ama wareegga dallacaadda. Jaantusku wuxuu tusi doonaa sida danabku isu beddelo marka batarigu soo dallaco ama uu dallaco. Fiiro gaar ah u yeelo qodobbada muhiimka ah sida danab magaceedu (badanaa ku dhawaad 3.2V unug kasta) iyo danab heerarka SoC ee kala duwan. Xasuusnoow in baytariyada LiFePO4 ay leeyihiin qalooca danab siman marka loo eego kiimikooyinka kale, taas oo macnaheedu yahay in danabku uu xasiloon yahay marka loo eego baaxadda SOC ee ballaaran.
S: Waa maxay kala duwanaanshaha danabka ugu fiican ee batteriga LiFePO4?
J: Qiyaasta korantada ugu fiican ee batteriga LiFePO4 waxay kuxirantahay tirada unugyada taxanaha ah. Hal unug, qiyaasta hawlgalka badbaadada leh ayaa caadi ahaan u dhaxaysa 2.5V (si buuxda u dallacay) iyo 3.65V (si buuxda loo dallacay). Baakad 4-unug ah oo batari ah (12V magac ahaan), cabirku wuxuu noqonayaa 10V ilaa 14.6V. Waxaa muhiim ah in la ogaado in baytariyada LiFePO4 ay leeyihiin qalooca korantada oo aad u fidsan, taasoo la micno ah inay ilaalinayaan koronto joogto ah (qiyaastii 3.2V unuggiiba) inta badan wareegga dheecaankooda. Si loo kordhiyo nolosha batteriga, waxaa lagu talinayaa in la ilaaliyo heerka kharashka inta u dhaxaysa 20% iyo 80%, taas oo u dhiganta kala duwanaansho koronto yar yar.
S: Sidee buu heerkulku u saameeyaa tamarta batteriga LiFePO4?
A: Heerkulka ayaa si weyn u saameeya tamarta batteriga LiFePO4 iyo waxqabadka. Guud ahaan, marka heerkulku hoos u dhaco, tamarta batteriga iyo awoodda wax yar ayaa hoos u dhacda, halka caabbinta guduhu ay korodho. Taa beddelkeeda, heerkulka sare wuxuu u horseedi karaa koronto yar oo sarreeya laakiin waxaa laga yaabaa inay yaraato cimriga batteriga haddii uu xad dhaaf yahay. Baytariyada LiFePO4 waxay u shaqeeyaan inta u dhaxaysa 20°C iyo 40°C (68°F ilaa 104°F). Heerkulka aadka u hooseeya (ka hooseeya 0°C ama 32°F), dallacaadda waa in si taxadar leh loo sameeyaa si looga fogaado dahaadhka lithium-ka. Inta badan nidaamyada maaraynta baytariga (BMS) waxay hagaajiyaan cabbirrada dallacaadda ku salaysan heerkulka si loo hubiyo hawlgal badbaado leh. Waa muhiim in lagala tashado tafaasiisha soo saaraha ee xidhiidhada saxda ah ee heerkulka-voltage ee batterigaaga gaarka ah ee LiFePO4.
Waqtiga boostada: Oct-30-2024