3.85MWH-5MWH On-Grid Liquid-a tihlum BESS Container Energy Storage System a ni
3.85–5 MWh On-Grid Liquid-cooled BESS Container hi grid-connected energy storage application lian tak tak atan engineer a ni. Fully automated liquid cooling hian battery temperature chu active takin a balance a, hei hian efficiency sang tak leh service life rei tak a vawng reng thei a ni. Pre-assembled container design hian phurh chhuah, dah leh enkawl dan a ti awlsam hle. Independent AC/DC container architecture leh multi-level kangmei laka invenna hian system himna a ti sang a, voltage hniam leh sang ride-through support hian hmun sang leh boruak dinhmun hrang hrangah grid stability a ti tha bawk.
Core specification awmzia dik tak chu:
3.85 MWh a ni:
Safety margin sang zawk leh service life rei zawk atana duan a ni a, rintlak-focused project atan a tha hle.
4.2–4.3 MWh vel a ni:
Mainstream grid-connected configuration, capacity, power leh project senso zawng zawng inthlauhna.
5 MWh a ni:
Container footprint pakhat chhunga energy density sang leh cost efficiency sang ber atana optimized.
I Energy mamawh ang zela Optimized
Grid Support sang tak-Capacity nei
3.85–5 MWh capacity atana duan niin, he system hian charge leh discharge nghet tak a pe a, peak shaving, load balancing, leh grid flexibility te a thlawp a ni.
System Safety tihchangtlun a ni
Independent AC leh DC container design hian fault propagation a veng a, multi-level fire protection hian thermal events fast response leh effective containment a siam thung.
Grid-Thianghlim taka hnathawh
Voltage hniam leh sang ride-through capabilities a support a, grid stabilize a pui a, voltage inthlak danglamna leh grid tihbuai laiin compliance vawng reng turin a pui bawk.
Environment hrang hranga insiamrem theihna zau tak
Temperature range zau tak, hmun sang tak tak, leh boruak khirh tak takah rintlak taka hnathawh hian grid-scale deployment hrang hrangah performance mumal tak a siam a ni.
Automated Liquid Thermal Control hmanga siam a ni
Fully automated liquid cooling hian cell temperature active takin a balance a, energy efficiency a ti tha a, degradation a ti tlem a, cycle life rei tak cycle 7000 thleng a support bawk.
Deployment awlsam zawk & O&M
Factory-integrated container structure hian on-site hnathawh a ti tlem a, commissioning hun a ti tawi a, hun rei tak-a hnathawh leh enkawl a ti awlsam bawk.
A sawifiahna
| Entawn tlak | CESS tih a ni | ||
| 1900/3858 | 2100/4244 | 2500/5015 | |
| Battery dahna tur a awm | |||
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Dilna
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-grid ah a awm
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Cell chi hrang hrang
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LFP 3.2V/314Ah a ni
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Battery Module a ni
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48S1P/48.23kWh a ni
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104S1P/104.50kWh a ni
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System Configuration chungchang
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384S10P
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416S12P
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Voltage Rated a ni
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1228.8V
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1331.2V
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System Energy hmanga chakna siam a ni
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3858.43kWh a ni
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4244.27kWh a ni
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5015.96kWh a ni
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Charge/Discharge Rate a ni
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0.5P
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Cycle Nunphung
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7000
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Thermal Management hmanga enkawl dan
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Liquid-a lum a ni
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Kangmei laka invenna System
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Aerosol/Perfluorohexanone hmanga siam a ni
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Buk
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38T
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40T
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43.5T
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A len zawng(L*W*H) .
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6058*2438*2896mm a ni
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Inverter Booster Unit hmanga inzawmkhawm a ni
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Rated Power a ni
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1900kW a ni
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2100kW a ni
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2500kW a ni
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MV AC Voltage a ni
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10~35kV a ni
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| LV AC Voltage a ni |
690V
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Operating Frequency a ni
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50Hz/60Hz a ni
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Power Factor a ni
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1Hruaitu~1Hnuhnung zawk
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Transformer chi hrang hrang
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Dry/Oil-Immersed Transformer hmanga siam a ni
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| Transformer Winding chi hrang hrang |
Dy11 a ni
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Thermal Management hmanga enkawl dan
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Air-a lum a
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A len zawng(L*W*H) .
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6058*2438*2896mm a ni
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System Parameter hrang hrangte
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System Efficiency hmanga tihchak a ni
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88% | ||
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Operating Temperature a ni
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-20~+55℃(>45℃Derating) a ni a, a hlawhtlinna chu a hlawhtlinna a ni.
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Operating Humidity a awm
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0~95% (Non-condensing) a ni.
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Operating Noise tih a ni
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75 dB(A) aia tlem emaw, a tlukpui emaw @3 m
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Ingress venhimna a ni
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IP54 a ni
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Max. Operating Altitude a ni
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4000m (>2000m Derating) a ni.
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Inbiakpawhna hmanrua
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Ethernet hmanga siam a ni
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Certification pek dan tur ruahmanna siam a ni
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A rilru a hah lutuk chuan a rilru a buai em em a. UN38.3,MSDS,IEC 62619,EN 62477,IEC 62933-5-2, 2019.
EN IEC 61000-6-2/4,G99,VDE-AR-N 4110/4120,EN 50549-2,NTS 631 V2.1
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Liquid Cooling Thermal hmanga enkawl dan tur ruahmanna siam a ni
Engvangin nge liquid cooling hi kan thlan?
20-feet 5MWh liquid-cooled energy storage container hian 314Ah battery cells a hmang a, cell 5000 chuang a mamawh a ni.Energy density sang avanga thermal challenges awm hian liquid cooling hi duhthlanna tul tak a ni:
Temperature inang tlanga awm: 1.1.
Battery cell chhunga temperature danglamna 40% tihhniam theihna a nei a, PACK chhunga temperature danglamna chu 2℃chhungah a control thei bawk.
System dam rei zawng tihchangtlun:
Average system auxiliary power consumption chu 20% in a tlahniam a, battery degradation rate chu 10%~15% in a tlahniam a, system dam chhung hi kum 15 chuang a tling thei bawk.
Energy hman tlem zawk:
Liquid cooling hmanga temperature uniformity tihchangtlun hian system self-consumption chu 20% in a tihtlem a ni.
Liquid Cooling System-a thil awmte
Liquid cooling unit (cooling main unit) hmanga tihlumna tur a ni.
Liquid cooling pipeline (multi-stage variable diameter design) hmanga siam chhuah a ni.
Leak hmuhchhuah leh chhanna system
Temperature control algorithm fing tak a ni
Kangmei laka himna System
Kangmei venna system hian battery pack tinte chu venhimna unit tenau ber angin a hmang a, gas-liquid two-phase atomized fire extinguishing agent technology hmangin, aspirating smoke detector, combustible gas detector, leh temperature leh smoke detector te nen a inzawm a, hei hian uluk taka enfiah a ni.
Kangmei laka invenna Architecture hierarchical a ni:
Cell Level: 1.1.
Thermal tlanbo control a ni
Pack Level: 1000 a ni.
Detection dik tak leh spraying
Cluster Level ah chuan:
Isolation leh venhimna
Compartment Level ah hian a awm a.
Whole-compartment tuiah inhnim pilna kangmei titawp + ventilation leh puak thei relief
A hman dan tur Scenario hrang hrang
Grid-scale/Power siam chhuahna lam atanga chakna dahkhawmna
Power generation facility-te grid stability siamṭhatna tur, power output curve tihchangtlunna tur, thli leh ni chakna tihtlem tihtlem nan a pui bawk.
01
Sumdawnna leh Industrial lama chakna dahkhawmna
Industrial hmangtute chuan transformer capacity chu energy storage system hmangin an thlak thei a, hei hian peak power consumption a tihtlem bakah capacity cost a ti tlem thei a ni.
Factory leh shopping mall-ah te peak shaving leh load shifting te an ti thei a, electric man a tihhniam bakah backup power source angin a thawk thei bawk.
02
Energy Thar leh Energy Storage
Thli leh ni chakna hmanga power siamna hmunte tihpun leh intermittency leh variability chungchanga harsatna awmte chinfel.
03
Microgrid/Off-grid Systems te chu a hnuaia mi ang hian a ni
Mining hnathawhna atan, thliarkar power grid, communication base station, etc.
04
Emergency-a Power Supply pek chhuah a ni
Infrastructure pawimawh tak tak, damdawi in, data center, leh sipai hmunpui te tan.
05
Engvangin nge min thlan?
Integration sang tak nei:Battery, BMS, PCS, EMS, thermal management, leh kangmei laka invenna te bakah system inzawmkhawmna sang tak a awm.
Standardization hmanga siam: 1.1.Feet 20-a sei standard container-a innghat, phurh chhuah, dah leh tihzauh awlsamna.
Hriselna sang tak:
Multi-level kangmei laka invenna + liquid cooling temperature control + three-layer BMS architecture.
Cost-a hlawk dan:Battery cells -capacity sang tak avang hian kilowatt-hour khata senso a tlahniam.
A inthlak danglam theihna:
Grid-scale, sumdawnna leh industry, leh off-grid application te pawh huamin scenario hrang hrang atan a tha.
High-capacity energy storage system-ah chuan operational stability hi mimal performance indicator aiin practically significant zawk a ni fo thin. 3.85 MWh–5 MWh grid-connected liquid-cooled BESS containerized energy storage system hian cell temperature difference control, system-level redundancy design, leh multi-layer safety mechanisms te uluk taka ngaihtuah a, battery performance tihchhiatna leh operational risks te chu controllable limits chhungah a dah a, hei hian energy chu predictable operation atana lungphum a siam a ni a nun chhung zawnga storage system hman a ni.
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