431kWh 320KW Mobile BESS chakna dahkhawmna system
431 kWh 320 kW Mobile BESS hi high-power commercial leh industrial application atana siam a ni a, EV charging, temporary power supply, grid support, leh emergency backup atan mobile energy rintlak tak a pe thei a ni.
Integrated battery storage, high-performance PCS, leh dual high-power DC outputs te hian load sang tak hnuaiah stable operation a tichiang a ni. Intelligent energy control leh advanced thermal management, industrial-grade protection nena inzawm chuan safe leh continuous performance a support a, mobile design erawh chuan setup tlemte nen rang taka deployment a siam thung.
Hnathawh dan tur
He system hian PCS (Power Conversion System) hmangin DC (direct current) ↔ AC (alternating current) conversion a ti thei a, energy storage battery chu external load emaw power grid emaw nen a thlunzawm a ni. EMS (Energy Management System) hian engtikah nge charge/discharge tur tih te, scheduling strategy te, peak-shaving leh load-shifting strategy te, etc. te a ruat a, BMS (Battery Management System) hian battery dinhmun (temperature, voltage, SOC, etc.) enfiah leh battery himna tur a enkawl thung.
Kan specification te hi a ni
1.Energy chakna - 431 kWh:
Hei hian system hian theoretically chuan full charge vawi khat a neih hnuah a vaiin kilowatt-hours energy a pe chhuak thei tih a tilang a ni.
He capacity hian system discharge hun (power output hrang hrangah) a tichiang a:
- Power output 320 kW-a discharge chhunzawm zel a nih chuan theoretical discharge hun chhung chu darkar 1.35 (431 kWh ÷ 320 kW) vel a ni.
- A hman theih hun tak tak chu SOC (State of Charge) operating strategy, safety margin, etc. a zirin siamrem a ni ang.
2.Power Capacity - 320 kW a ni
- Hei hian system hian instantaneous emaw continuous mode emaw-ah kilowatt 320 aia tam power a output emaw absorb thei tih a tilang a ni.
- He indicator hi system hman dan tur, peak shaving, load support, grid frequency regulation, leh emergency power te nen a inzawm a ni.
I Energy mamawh ang zela Optimized
High-Power, Multi{1}}Channel Output a ni
320 kW thleng rated a ni a, he system hian high-power DC charging leh fast energy discharge a support a, dual channel hmangin service efficiency sang zawk neih nan a ruala hnathawh theih a ni bawk.
Multi-Scenario Energy sem chhuahna
DC leh AC interface tam tak hian EV charging, emergency power supply, leh flexible bidirectional energy flow te a support a, hei hian system hi application mamawh hrang hrangah a insiamrem thei a ni.
Thermal Management hmasawn tak a ni
Battery liquid cooling leh electrical components tana air cooling te hian load rit tak hnuaiah thermal stability a vawng reng a, rintlakna a ti sang a, system dam chhung pawh a ti rei bawk.
Centralized Control leh Monitoring neih a ni
10-inch HMI touchscreen hian system hmuh theihna chiang tak leh hnathawh dan awlsam tak a pe a, hei hian energy management tha tak leh on-site control awlsam zawk a siam thei a ni.
A sawifiahna
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systematic hming a ni
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pawl
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parameter a ni
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Battery System (BESS) hmanga siam a ni.
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Pindan
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nominal capacity (Ah) a ni.
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324
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Operating voltage range (Vdc) a ni thei ang.
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3.2(2.8-3.65)
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Nominal capacity (Wh) a ni.
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1036.8
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Battery Module a ni
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Grouping Scheme siam a ni
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1P52S
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nominal capacity (Ah) a ni.
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324
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Operating voltage range (Vdc) a ni thei ang.
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166.4(145.6-189.8)
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Rated capacity (KWh) a ni.
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53.91
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venhimna level hrang hrang a awm
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IP65 a ni
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coolant kalna tur a ni
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liquid hmanga tihlum
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Battery pack (system component) a awm bawk.
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Grouping Scheme siam a ni
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2P208S,Battery module 8 (parallel 2 leh series 4) a awm bawk.
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| nominal capacity (Ah) a ni. |
648
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| Operating voltage range (Vdc) a ni thei ang. |
665.6(582.4-759.2)
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Rated capacity (KWh) a ni.
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431.31
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Energy dahkhawmna Inverter (PCS) hmanga siam a ni.
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direct current lam hawi
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Operating voltage range (Vdc) a ni thei ang.
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615-950
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current sang ber (A) 1.1.
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170
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AC lam (thum-phase pali-wire,3W+N+PE)
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rated voltage (V) a ni.
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400
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voltage atanga inthlak danglamna
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-15%~+15%
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power rating (KW) a ni.
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105
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current sang ber (A) 1.1.
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167
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Grid frequency (Hz) atanga teh a ni.
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50/60
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Rated power (a chakna sang ber) (KW) 1.1.
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320
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Charging system a ni
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input lam a ni
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Input power sang ber (A) 1.1.
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880
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Input voltage (Vdc) a ni.
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250-850
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Output interface awm zat
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2 lanes a ni
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outlet lam a ni
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a chhuahna power range (KW) a ni.
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3-250 (rated power 160KW) a ni.
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tuna awm mek (A) .
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2-250
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voltage awm zat (V) .
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200-1000 (rated voltage 1000) thleng a ni.
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A awm reng (imp/KWh) .
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50
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A tehna parameters te
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class of accuracy a ni
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0.5
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tehna unit a ni
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KWh a ni
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Interface 1GB/T Ram pum huap DC Power a ni
Supply Base 1. A chhuahna tur hmun leh a hmanna tur
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1000Vdc , 250A a ni
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inputoutput hmanga siam chhuah a ni
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DC input a ni
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Interface 2GB/T Ram pum huap DC Power a ni
Socket tihpunna tur 2
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1000Vdc , 250A a ni
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Interface 3GB/T National Standard DC a ni
Discharge Gun 1. A chhuah dawn chuan a chhuak leh ta
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1000Vdc , 250A a ni
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DC atanga chhuak
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Interface 4GB/T National Standard DC a ni
Discharge Gun 2. A chhuah dawn chuan a chhuak leh ta
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1000Vdc , 250A a ni
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Interface 5 AC Interface 1. A chhuahna tur hmun leh a hmanna tur hmun
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400Vac, 250A industrial power plug leh socket a ni
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Port khat kaltlangin input/output inthleng (Note: optional, additionalman)
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Interface 10 AC Interface 6. A chhuahna tur hmun leh a hmanna tur hmun
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230Vac, 10A, Ram pum huap Standard panga-Pole
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cooling-down tih dan tur
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Battery compartment liquid cooling + electrical compartment boruak lumna
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system parameter hmanga siam a ni
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parameter pawimawh tak a ni |
kangmei titawp thei system
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Gas Bonding a ni
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venhimna level hrang hrang a awm
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IP54 a ni
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hnathawhna hmun lum leh vawt
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-10℃-50℃a ni
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Size (a sei zawng*a zau zawng*a san zawng) .
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3205mm*1740mm*2117mm a ni
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hmanrua rit zawng (T) .
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Thil tak tak
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Pawn lam shell material a ni
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A dik tak chu sheet metal a ni
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Corrosion laka inven theihna
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C4
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mihring-computer interface HMI
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10 inch touch screen a ni
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Engvangin nge min thlan?
Mobile Application hrang hrang atana Structural Design siam a ni
Transportation leh deployment rang taka hman theihna tura siam, lirnghing laka invenna, impact resistance, leh venhimna rating sang tak nei, sakna hmun, emergency situation, leh power grid hmanna atana tha tak a ni.
System Integration theihna puitling tak tak te
Battery, PCS, EMS, leh thermal management system te thuk taka inzawmkhawmna chuan khawvel dinhmun tak takah 431 kWh leh 320 kW system chu a nghetin a thawk tha thei a ni.
Hriselna-Centric Design Logic a ni
Multi-level BMS venhimna, active thermal management, leh kangmei laka invenna solution te hian thermal runaway leh operational risk te chu a ti tlem hle.
Power sang leh dam rei theihna tur Balanced Solution
320 kW thlenga output capacity sang tak a neih rualin, system hian battery cycle life leh system efficiency a balance a, total lifecycle cost a tihtlem phah a ni.
Flexible Grid-Connected leh Off-Grid Adaptability
Grid-connected, off-grid, microgrid, leh temporary load application te bakah operating mode hrang hrang a support a, energy application mamawh hrang hrang a phuhruk.
Project mamawh dan azirin Configuration siam theih a ni
Standard solution pakhat ni lovin, EMS strategy, interface chi hrang hrang, leh environment adaptation level hrang hrangte multi-dimensional customization a thlawp a ni.
Safety leh Regulatory lama thil tulte
BESS system design leh kalpui danah hian himna a pawimawh hle:
Risk chi hrang hrang
- Thermal tlanbo a ni
- Overcharging/Over{0}}discharging a ni
- Environment lama harsatna (temperature, humidity) 1.1.
Hriselna atana hmalakna pawimawh tak tak
- BMS enkawlna leh venhimna kalphung kimchang
- Thermal management/kangmei laka invenna system
- UL/IEC ang chi international standard zawm a ni
- Short circuit leh ground fault awm lohna turin mechanical leh electrical isolation hmanga inthiarfihlim a ni.
Mobile leh stationary BESS inthlauhna
| Mihring ziarang | Energy dahkhawmna system fixed a ni | Mobile Energy dahkhawmna System a ni |
|---|---|---|
| Installation awmna hmun | -site-a hmun ruat sa | Removable, demand angin deploy theih a ni |
| Flexibility a awm thei | Hniam | Sang |
| Chhanna Cycle a ni | Hun rei tak- chhung | Hun eng emaw chen / Project-a innghat |
| Hman dan tlangpui | Peak shaving/valley filling, renewable energy inzawmkhawmna a ni | On-site sak, emergency, grid peak shaving te a ni |
Kan key design leh thlan dan tur
Selection Parameters ngaihtuah tur
- Capacity leh Power mamawh te: System hi application mamawh tak tak nena inmil tura duan a ni a, energy storage tling leh stable high-power output a awm theih nan demanding scenario atan a ni.
- Charging & Discharging Efficiency leh Cycle dam chhung:Efficiency sang leh cycle life rei hian energy hloh a tihtlem bakah service life a ti rei a, long-term operating cost a tihhniam bawk.
- Battery Chemistry chi hrang hrang: 1.1.LFP battery technology hi a himna sang, a dam rei, leh charge leh discharge cycle tam tak hnuaia a performance nghet tak avangin thlan a ni.
- Thermal Management & Environment lama inthlak danglamna: Advanced thermal control hian rintlak taka hnathawh a tichiang a, battery hriselna a humhim bawk a, chu chu high-temperature, low-temperature, emaw high-humidity environment-ah te a ni.
- Grid Connection Standard leh Interface hrang hrangte: Grid leh load interface option tam tak a awm avangin deployment chak zawk leh local power system nena inzawmna awlsam zawk a awm thei.
Operating Strategy a ni
- SOC Setting a ni: Optimized upper leh lower SOC limits hian battery dam chhung a ti rei thei a, chutih rualin usable energy capacity a vawng reng bawk.
- Scheduling siam dan tur ruahmanna (Scheduling Strategy) a ni: Energy management strategy flexible tak tak, peak–valley arbitrage, load shifting, leh grid mamawhna atana priority response te a thlawp.
- Safety Margin a ni: Built-in safety margins hian deep discharge leh battery stress nasa lutuk a veng a, hun rei tak-term system rintlakna a tichiang a ni.
A hman dan tlangpui
Emergency leh Post{0}}Disaster Power Supply hman dan tur
Power tlakchham laiin load pawimawh tak tak (damdawi in, communication base station, etc.) te hnena power pek chhunzawm zel.
Grid Ancillary Services te pawh a awm bawk
Power market service hrang hrang peak shaving, frequency regulation, load leveling, leh reserve capacity market te tan hman thin a ni.
Hun eng emaw chen atana Project emaw, In sakna hmun emaw
Project hmun lian tak takah power pek leh power tihtawp lohna tur ang chi te.
Renewable Energy nena inzawmna siam
Photovoltaic emaw thli hmanga power siam chhuah atanga energy siam chhuah tam hun chhunga khawlkhawm leh electric man sang ber hun chhunga paih chhuah.
431 kWh / 320 kW mobile BESS hi flexible deployment leh controlled power output mamawhna atana siam a ni. Khawvel tak takah system performance chu operating strategy, load profile, leh site condition-ah a innghat a, hei hi project planning neih laiin endik tur a ni.
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