Iinkqubo zokugcina amandla aphezulu ze-3000W–12000W

Ulawulo oluPhambili lobushushu, ubunjineli befeni, kunye nokunciphisa ingxolo yesandi kwiinkqubo zokugcina amandla aphezulu ze-3000W–12000W (ESS)

2. Icandelo 1: Uyilo Lwezakhiwo — Ulwahlulo Lwee-Aero-Electric

• Ingxaki : Iifeni eziqhelekileyo zitsala uthuli, ukufuma, kunye neenwele ngqo kwiibhodi zolawulo, nto leyo ebangela ukuba izinto ziwohloke okanye zingasebenzi kakuhle.
• Isisombululo : Sahlula i-chassis ibe ngamagumbi amabini ahlukanisiweyo:
  1. Igumbi Elitywinwe Ngokungagqumiyo (IP54+) : Libamba i-BMS, i-MCU/DSP, kunye neentambo zokuva. Lonke ubushushu budluliselwa ngaphandle kokusebenzisa ii-thermal pads ezisebenzisa i-aluminium alloy ( $\ge 5.0\text{ W/m}\cdot \text{K}$ ≥5.0 W/m⋅K ) yokusasaza okuthuleyo nokungashukumiyo.
  2. Igumbi leMibhobho yoMoya eliSebenzayo : Itonela yomoya ethe tye equlathe kuphela ii-heatsinks zamandla eziphambili, ii-PFC/Inverter MOSFET, ii-transformers, kunye nee-inductors. Ii-PCB ezikule channel zikhuselwe nge-conformal coating etyebileyo ( $\ge 100\mu \text{m}$ ≥100 μm ) ukumelana nokufuma kunye nothuli.

3. Icandelo 2: Ubunjineli beFan — Iibheringi zeNgxolo ephantsi kunye neAerodynamics

• Iteknoloji yokuthwala : Iibheringi zesingxobo ezingasebenziyo. Igunyazisa iibheringi zeFluid Dynamic (FDB) okanye i-magnetic levitation, enciphisa ingxolo yeebheringi nge -5 ukuya kwi-8 dB kwaye iqinisekisa ukuba $\ge 50,000$ Ubomi bomntu obungaphezulu kweeyure ezingama-50,000.
• Ukuphucula i-Acoustic : Ithatha indawo yeefeni ezincinci, ezine-RPM ephezulu ngeefeni ezinkulu ze-92mm okanye ze-120mm ezine-RPM ephantsi. Isebenzisa ii-airfoil blades ezirhuqwe umva ukuze itshintshe isandi esiphuma kwi-vortex ukusuka kwisandi esivakalayo esivakalayo ($\mathrm{}$ 2000 Hz – $4000\text{ Hz}$ 4000 Hz ) ukuya kwisantya esiphantsi esithambileyo ( $<1000\text{ Hz}$ <1000 Hz).
• Ukucocwa kokungcangcazela : Isebenzisa iirivethi ezithambileyo ze-silicone ezichasene nokungcangcazela endaweni yezikrufu zesinyithi eziqinileyo ukuze ihlukanise ifeni kwi-chassis yeplastiki, ithintele ukuqaqamba kwesakhiwo.

4. Icandelo 3: I-Algorithm yoLawulo — Isantya esingenaNyathelo se-PID kunye neHysteresis

• Ulawulo oluQhubekekayo lwe-PID : Iguqula umjikelo womsebenzi wabalandeli kakuhle $\le 1\mathrm{\%}$ Amanyathelo angama-≤1% usebenzisa i-algorithm ye-PID evaliweyo, okwenza utshintsho lwesantya lungabonakali ezindlebeni zabantu.
• Ulawulo lweHysteresis (iThermal Buffer) : Isebenzisa i $5^{\circ }\text{C}$5∘C isikhuseli sobushushu (umz., ifeni ivula kwi ${45}^{\circ }\text{C}$45∘C kodwa iyancipha/iyayeka kuphela xa ubushushu buhla ngaphantsi ${40}^{\circ }\text{C}$40∘C ) kunye nonogada wexesha lokusebenza wemizuzu emi-3 ubuncinane ukuthintela imijikelo yokuqalisa nokumisa ngokukhawuleza.

5. Icandelo 4: Ulawulo lwaMandla oluQondene neNdawo ethile

• Imo Yokuthula Ebusuku : Inciphisa amandla okutshaja e-AC ukuya kwi -600W–800W ebusuku ukunciphisa ukuveliswa kobushushu ngamanani amane ( ${}_{}{}^{\mathrm{}}$ Ploss​=I2R ), ukugcina inqanaba lengxolo lingaphantsi $30\text{dB}$ 30 dB (inqanaba lokuhleba kwethala leencwadi) .
• Imo ye-Bypass Passive (0 dB) : Icima ngokupheleleyo zonke iifeni xa amandla egridi eqhelekile kwaye iyunithi ikwimo yokulinda ye-bypass, nto leyo efezekisa ukusebenza okuthe cwaka ngokupheleleyo (0 dB) .

📊 Iimpawu zoMsebenzi oPhambili (设计关键KPI目标)