Dry cooler hi scenario-ah hman a ni nasa hle a, chu chuan heat dissipation tha tak leh tui innghahna tlem a mamawh a, chu chu an rintlakna sang tak, energy save leh flexible installation characteristics vang a ni. A hnuaia tarlan te hi a hmanna hmunpui ber leh scenario bikte chu a ni:
1. Data Center leh inbiakpawhna lama field .
Core application scenario hrang hrangte .
Small and medium-Sized Data Centers: Independent heat dissipation equipment angin, traditional air-cooled air conditioner emaw complex water cooling system emaw hmangin computer room-a IT hmanrua (Server leh switch ang chi) te chu direct-a tihlum turin an hmang thin.
Auxiliary heat dissipation of large data centers: Chillers leh liquid cooling system te nena inzawm chuan hybrid cooling solution siam a ni a, heat dissipation efficiency tihsan nan (Thlasik lai a energy hman tlem nan natural cold sources hman ang chi).
Edge Computing Nodes: Distributed edge data center-ah chuan hmun tlem avangin leh deployment rang tak mamawh a nih avangin dry cooler hi duh zawk a ni.
Communication Base Stations: Base station-a radio frequency hmanrua leh power supply system-te chu tihlum la, a bik takin tuiah-scarce emaw high-Altitude area-ah chuan traditional water cooling solutions thlak nan.
A thatna te .
tui a chhuah theihna tur venna tur leh darkar 24 chhunga tihtawp loha hnathawh a nih theih nan hmalak;
"Natural cooling" hi temperature hniam takah chuan a thleng thei a, PUE nasa takin a tihtlem theih (Europe hmar lam leh China hmar lama data center ang chi).
II a ni. Industrial siamna leh energy field hrang hrangte .
1. Power Industry .
Power plant (thermal power, nuclear power): Generator set-a lubricating oil, hydraulic oil emaw control system, turbine bearing cooling leh transformer oil cooling te tihlum.
Renewable energy (thli chakna, photovoltaic):
gearbox leh converter hmanga thlipui tleh turbine te tihlum;
Photovoltaic inverter leh energy dahkhawmna battery (lithium battery energy dahna system ang chi) te thermal management hmanga enkawl a ni.
2. Chemical leh damdawi siamna lama industry hrang hrangte .
Reactor, compressor, pump, etc. ang chi hmanrua lubricating oil emaw process media emaw tihlum la, temperature sang tak chuan safety risk (flammable leh explosive scenario ang chi) a thlen loh nan.
Damdawi siamna hmunin GMP standard a tlin theih nan damdawi siamna workshop-te thermal control a ni.
3. Metallurgy leh mining .
hmanraw hman rei theihna tura rolling mill leh mining machinery-a hydraulic system leh motor bearing-te tihlum;
Tuiah hian traditional water cooling system thlak danglam-scarce mining area te chu tui resource hman tlem nan.
iii a ni. Inkalpawhna leh phurh chhuahna hmun .
1. Rail hmanga kal dan .
High-Speed Rail/Subway: Train power system tha taka hman theih nan cooling traction converter, brake resistor cabinet leh hmanraw dangte.
Electric lirthei charge dan tur:
power devices te chu pile charging chhunga heat dissipation;
Battery swap station-a battery awmna hmun (thermal management) (battery lum lutuk avanga himna atana hlauhawm lo awm thei tur venna ang chi).
2. Lawng siamna leh tuipui lam engineering .
Lawng engine atana lubricating oil tihlum leh lawnga electronic hmanrua (radar leh communication system ang chi) a lumna tihbo
Offshore platform-a power equipment cooling chu boruak khirh tak tak, salt mist sang leh humidity sang tak nena inmil turin a ni.
iv. HVAC leh Building Field hrang hrang .
1. Sumdawnna atana hman tur building leh vantlang hmun hrang hrang .
Central air-Shopping mall lian leh office building-a conditioning system: chiller-te tana auxiliary heat dissipation equipment angin, roof space-a hnathawh leh tui hman tlem zawk nan traditional cooling tower aiah.
Hospital leh laboratory-a precision environmental control: operation room-a temperature awm reng leh laboratory hmanrua lumna tihbo, tui leakage risk zero mamawh.
2. Special Building Scenarios 1.1.
Room fai (semiconductor factory leh biological laboratory ang chi): Traditional water cooling system atanga water vapor pollution awm loh nan leh dust-free environment vawng reng rawh.
High-Rise Buildings: Inchungah dry cooler dah a ni a, complex water circulation pipeline siam ngai lovin, building load tihtlem a ngai lo.
5. Refrigeration leh boruak-Conditioning hmanrua siamna .
1. Industrial refrigeration hmanrua .
Chiller-a outdoor cooling unit angin (traditional air-cooled condensers thlak) a nih angin, refrigeration efficiency a ti tha a, a bik takin hmar lama khaw lum (natural cooling) tan a tha hle (Thlasik lai chuan).
Low-Temperature Refrigeration scenario (food cold chain, chemical refrigeration ang chi): cooling compressor oil emaw refrigerant emaw.
2. Sumdawnna boruak-conditioning outdoor unit .
High-End air-conditioning unit thenkhat chuan dry cooling technology hmangin boruak bawlhhlawh (ther thermal pollution) chu boruakah an tihtlem (urban central area-a air-conditioning heat dissipation ang chi) an hmang thin.
6. Special field dangte .
Aerospace ground hmanrua: Radar station leh satellite ground station-a electronic hmanrua cooling-a pawn lam tui nena inmil tur-free environment.
Sipai leh venhimna: Field communication hub leh lirtheia cooling system-Mounted command center-ah chuan rintlak leh portability sang tak a ngai a ni.
Scientific Research hmanrua: High-precision laboratory instruments (particle accelerator leh nuclear magnetic resonance hmanrua ang chi) temperature control dan.
Thupui: Dry coolers-a core adaptation scenario-te chu a hnuaia mi ang hian a ni.
Tui-sensitive emaw water emaw-deficient areas: chu chu thlaler, hmun sang, thliarkar, etc. te hi a ni a, chu chu traditional water cooling-a tui resources-a innghahna a awm loh nan a ni.
Reliability mamawh sang: Finance, medical care, leh communications ang chi industry-ah chuan tui a chhuah avangin system downtime a awm lo.
Energy humhalhna atana thil pawimawh ber: Energy hman tlem nan natural cooling sources hman, "dual carbon" goal (data center PUE optimization ang chi) nena inmil.