Tom ntej-GEN WALLAL txoj cai: txiav-ntug kev hauv theem-hloov cov daim hlau txias rau BEV roj teeb tshuab
Rov qab ua thermal kev tswj nyob rau hauv electromobility era
Raws li Lithium-ion roj teeb hluav taws xob ua kom nruj Kawm theem-hloov cov paib txias (PCCPPS) tau hloov zuj zus los tswj kev tshawb xyuas science kom zoo nrog kev tswj hwm hluav taws xob ntse. Qhov kev txheeb xyuas systematically tsib kev hloov pauv qhov ntev hloov pauv pccp technology hauv roj teeb hluav taws xob (BEVS).
1. Kev ua haujlwm tau khoom lag luam
1.1 Nanostructured thermal supertheighways
Hloov cov pa aluminium alloys, graphene-carbon nanotube thermal (g-mk anisotropic thermal conductivity txo los ntawm kev sib cav ua haujlwm.
1.2 Metamaterial-qhib kev txhim kho loj
TriPly perieval Nto (TPMS) Lattice Cov Qauv Txheej Txheem Los Ntawm Cov Hmoov Kom Zoo Li Cas Siv Tau 35% Kev Ruaj Ntseg Li Cas 35% Compressive Lub Zog piv tau piv rau cov khoom siv magnesium.
1.3 Kev Kho Mob Rau Yus Tus Kheej
Plasma electrolytic oxidation (PEO) coatings embedded with pH-responsive microcapsules autonomously repair coating defects, extending service life to >15 xyoo nyob rau hauv cyclic thermal kev ntxhov siab (=60} degree).
2. Bio-Tedpired Tu Hydraulic Archumics
2.1 Fractal Flash Flor Engineering
Mandelbrot-automed microchannels ({{} μm) kev sib tw ua tiav 92% kev sib tw roj teeb ua tiav ntawm 800 hli kev sib tw ua tiav ntawm 800 hli kev sib tw ua tiav ntawm kev tsim qauv ntawm 28 feem pua cov ntsiab lus.
2.2 Kev koom ua monolithic
Direct Hlau Sau Cov Npe Txias Nrog Cov Khoom Sib Txuas Lus Tshem Tawm Lub Sij Hawm Sij Hawm Sij Hawm Sij Hawm Sij Hawm Sij Hawm Sij Hawm. 05 Cinayi}}. Qib 100 qis dua li cov rooj sib tham Bolted.
2.3 Morphing thermal interfaces
Cov duab nco polymer (SMP) Raws li Adaptive daim hlau dynamically hloov cov sab nrauv, kev tswj hwm<0.1mm air gaps during battery swelling cycles (0-8% SOC-induced expansion).
3. Cyber-lub cev thermal kev cai
3.1 Neuromorphic Thermal Tswj
Memristor-based ntug sib sau ua ke cov nodes ua tiav kev txhawb nqa lub zog kev kawm, ua tiav 50ms nrawm dua li yav dhau los ua kev tswj hwm pid.
3.2 Zog 500
Tsis yog-Newtonian nanofluids muaj thermoelectric bi₂₂₃ bali ua tau pom tseeb 8,3% khib nyiab kub hloov kho tau 8 δt ΔT, txhawb nqa bms ib lub zog uas xav tau.
3.3 Digital Tis Pej Zog
Cov qauv kev kawm tau kawm ntawm 2.5 lab thermal cycles ua ntej muaj kev ua phem nrog 94% raug, ua kom muaj kev tswj xyuas kev txij nkawm tshwj xeeb.
4. Kev tsim kho kom ruaj khov
4.1 Hybrid Additive Raug
Cov tshuaj txau cov tshuaj txau txias ntxiv nrog micro-manic kev ua tiav tau zoo nyob rau hauv cov txheeb xyuas qhov tseeb, txo lub sij hawm coj los ntawm 65% tiv thaiv cov cuab yeej cuab tam.
4.2 Vaccular Ntau Lawm Paradigms
Kaw lub voj / Vauv Hloov Hloov Rov Qab 98% ntawm Machining Swarf los ntawm kev ua kua-hauv lub xeev tso tawm hauv cov zaub mov coolant.
5. Hla-Sau Daim Ntawv Thov Synergies
5.1 Ultra-ceev them nyiaj sib xyaw
Vapor Chamber-Enhanced PCCPS tswj hwm cell kub hauv qab 45 degree thaum 4C them ({% socing 350kw them nyiaj tsis muaj thermal derating.
5.2 Kev sib xyaw ua ke roj teeb
Anodic Bonding kev ua hermetic ceramic ceramic ceramicer, hais txog 3x siab dua kub (90 w / cm²) raws li cov roj teeb sulfide.
5.3 Daim phiaj-teev lub zog ua haujlwm
Modular PCCP Arrays hauv 1MWWWWHOUs cia lub tshuab ua tiav {}}
Kev Tawm Los Ua Ntej
Lub convergence ntawm kev txhim kho kev txhim kho kom zoo thiab noob quantum cov ntaub ntawv cog lus qhia sub-ambient muaj peev xwm los ntawm Inversocaloric cuam tshuam. Raws li bev archures evolve ntawm cell-to-pccps
Cim npe nrov: Cov phiaj xwm tshiab ntawm cov phiaj dej txias hauv cov khoom siv hluav taws xob lub tsheb hluav taws xob tshiab, Tuam Tshoj chaw, chaw tsim khoom, qauv dawb, ua hauv Suav
