Smart Battery Capacity Testing hmanga thil tih theih a ni
Smart Battery Capacity Testing hi eng nge ni?
Smart Battery Capacity Testing hi AI hmanga siam, constant-current discharge technology a ni a a zirchiang thei a ni . capacity tak tak (Ah) leh state of health (SOH) chu real time-in , battery bank-a
Manual load-bank discharge dan hlui ang lo takin DFUN system hian:
Power tihtawp lohvin online testing neih theih a ni
Real-load discharge leh venhimna fing tak
Automatic capacity chhut leh report siam
Hmun hla tak atanga enfiah leh historical trend tracking
Hei hian tan a tha hle a data center, substation, telecom site, leh utility control room te , battery him, automated, leh unmanned battery enkawlna a tichiang a ni.
Engvangin Nge Battery Capacity Testing hi tih fo thin?
Im prove System Reliability tih hi a ni
Battery te hian hun rei tak chhung float charging an neih avangin an capacity an hloh thin. Test fo hian power outage laiin backup tling tak a awm thei.
Safety Risk awm thei tur ven
Capacity testing hian cell chak lo emaw, fail emaw te chu a hmain a hriat theih nan a pui a, beisei loh taka UPS emaw DC power chhiat a veng thei a ni.
Maintenance leh Costs te pawh a tha thei ang bera siam
Test dik tak hian thlak danglamna tur data-driven basis a pe a, full-bank-a thil tul lo taka tihdanglam a awm loh nan.
International Standards zawm tur a ni
System rintlak leh auditability atan thla 6–12 danah capacity test neih tura rawtna IEC, IEEE, leh GB/T standard zawm.
Traditional Capacity Testing-a tihkhawtlai theihna
Manual load-bank test hian lumna leh chakna bawlhhlawh tam lutuk a siam thin
System atanga battery disconnect a ngai a, chu chuan downtime risk a thlen thin
Manual data recording hi tihsual tamna leh inmil lo a ni
Single-bank test hian rated capacity 50% chauh a thleng thei
DFUN-in intelligent testing system a siam hian heng thilte hi fully automated control, AI analysis, leh cloud-based reporting hmangin a ti bo a ni.
DFUN Technology lama hmasawnna hrang hrang
1. Online Testing neih a ni a, Zero Interruption a awm bawk
Dual redundancy nei K/D structure thar chuan test neih chhungin system chu live-in a awm reng thei a ni.
2. Artificial Heat tel lova Load Discharge dik tak
Energy chu DC/DC conversion hmangin DC bus-ah pek kir leh a ni a, load tak tak hmangin—a him leh efficient.
3. AI hmanga thlirletna & Capacity Prediction
Advanced AI models hian voltage, current, leh temperature curve te chu an zirchiang a, SOH chu >95% dik takin an sawi lawk thei a ni.
4. Hmun hla tak atanga hnathawh leh Cloud Reporting
Monitoring atan real-time web interface, automated PDF/Excel report siamna leh remote diagnosis te a awm bawk.
5. Multi-Layer Hriselna atana venhimna
18 built-in protection mechanisms: temperature sang lutuk, current tam lutuk, short-circuit, reverse polarity, leh communication fault alarm te.
Industry hman dan tur Scenario hrang hrang
DFUN Battery Monitoring System hi market-ah a langsar hle a, battery management tha, him leh inthlak danglam theihna atana mamawh bulpui ber berte a ngaihtuah a ni. A inelna kawngah hian precision, flexibility, leh reliability lam a ngaih pawimawh aangin a lo chhuak a ni—critical scenario-a conventional solutions aiin a hlawhtling zawk tura duan a ni.
Telecom Power System (48 V) hmanga siam chhuah a ni.
Online capacity testing neih a ni a, downtime zero a awm bawk
System bus-a DC/DC energy pek chhuah
Full-bank-a 48 V lithium module hmanga test theih a ni
Encrypted data reporting hmanga tihchhuah a ni
Power hmanga hnathawh dan (110 V / 220 V) .
Load discharge dik tak nena grid connection flexible tak
Harmonic suppression leh soft current sang chhoh dan
Online standby leh shallow-cycle hmanga enkawl
IEC 61850 / 104 protocol nena inmil
UPS leh Data-Center System (380 V / 480 V) hmanga siam a ni.
Zero-risk discharge theihna tur dual-bus architecture
Bank tam tak enkawlna zalen
Charging circuit te chu auto isolation a ni
Remote monitoring platform inzawmkhawm
1
Core Functional Highlights te chu a hnuaia mi ang hian a ni
1️⃣ True Load Discharge: PCS hmanga rewiring tel lova discharge.
2️⃣ Full Online Standby: Normal taka khar diode design hmangin a inpeih reng.
3️⃣ Smooth Constant-Current Charging: Voltage spike leh cell stress a veng thei.
4️⃣ Comprehensive Monitoring: A hun takah voltage, current, leh comms diagnostics te a awm thei.
5️⃣ Harmonic Suppression: Grid power quality zawm a nih theih nan a enkawl.
6️⃣ Battery Maintenance & Open-Circuit Detection: Activation leh fault hriat hmasak nan charge/discharge thuk lo.
2
System thatna te
Fully automated, mihring tel lo testing
AI-driven capacity leh dam chhung zawnga thlirletna
Layer 18-a humhalhna architecture
Cloud-based reporting leh data zawn theihna
Lead-acid leh lithium system nena inmil
DFUN PBMS 9000 / 2000 nena inzawm tlat
3
Technical lam thil pawimawh tak tak
| Parameter a ni | A sawifiahna |
| Voltage Range a ni | 48 V / 110 V / 220 V / 380 V / 480 V a ni |
| Discharge Current a ni | 20 A – 240 A (a duh angin a siam theih) . |
| Capacity Range a ni | ≤ 2000 Ah a ni |
| A tehna dik tak | ± 1 % FS a ni |
| Operating Temperature a ni | –10 °C ~ +50 °C a ni |
| Inbiaktawnna | RS-485 / Ethernet / Modbus hmanga siam a ni |
| Report Output a ni | Auto PDF / Excel hmanga siam chhuah a ni |
| Hriselna atana venhimna | Over-current / over-temp / reverse / short-circuit / hnathawh dik loh venna |
Technical lam thil chi hrang hrang
DFUN Battery Monitoring System-a technical specification-ah hian a hnathawh dan rintlak leh hmanraw hrang hranga hman theihna tur core performance metrics leh design details te tarlan a ni. Heng parameter te hian system hian industry mamawh hrang hrang a phuhruk dan hriatthiamna tur framework chiang tak a pe a, precision monitoring atanga robust compatibility thlengin
Parameters & Ranges te enkawl dan tur
Voltage: 0 - 1500V (cell pakhat), 0 - 10000V (battery string) a ni a; tehna dikna chu ±0.1% FS a ni a, cell-level tracking dik tak atan resolution 1mV a ni.Tunlai: -500A atanga +500A (charge/discharge) accuracy ±0.2% FS, micro-current inthlak danglamna pawh man thei turin high-precision shunt resistor hmanga thlawp Temperature: -40°C atanga +85°C (ambient leh cell-level) multi-point monitoring atan NTC sensor 16 built-in (32 thlenga tihzauh theih) hmanga thuam a ni a, hei hian ±0.5°C a dikna a tichiang a ni Impedance: 0.01mΩ atanga 100mΩ; AC excitation method hmanga 1kHz frequency-a teh a ni a, cell chhiatna hmasa hriat theihna turin resolution 0.001mΩ a ni.
Cell Balancing a ni
Type: Active balancing (inductive/capacitive coupling hmanga energy transfer).Balancing current: 5A thleng, battery capacity nena inmil turin 0.1A increment-a adjust theih.Balancing voltage difference threshold: 20mV - 200mV (software hmanga user-configurable), inthlauhna set value a pelh chuan auto-balancing activation a awm bawk.Balancing efficiency: ≥90% chu cell equalization laiin energy hloh tlem nan a ni.
Inbiakpawhna & Data enkawl dan
Protocol: Modbus RTU (RS485, baud rate 9600 - 115200bps), Modbus TCP (Ethernet, 10/100Mbps), SNMP v3 (network management atan), MQTT (IoT integration atan), leh IEC 61850 (smart grid compatibility atan) te Interfaces: 2× RS485 port (isolated, 100Mbps) surge-protected), 1× Ethernet port (RJ45), 1× USB-C (local configuration atan), leh optional 4G/WiFi module (LTE Cat-M1, 802.11 b/g/n) te a awm bawk.Data update frequency: Configurable (1s - 60s), EV ang chi application pawimawh tak tak tan real-time mode (1s interval) a awm bawk.Storage capacity: 8GB in flash memory, storing up to Kum 1 chhunga historical data (minute 5 inkar); CSV/JSON hmanga data export a support bawk.
System & Industries hman tur hrang hrang
A hman dan tlangpui:
Data center, substation, IDC room, telecom base station, industrial plant, leh rel kawng power system te a awm a.
UPS / Data-center system (380 V / 480 V) hmanga siam chhuah a ni.
Telecom power system (48 V) hmanga siam chhuah a ni.
Utility leh substation DC system (110 V / 220 V) hmanga siam a ni.
Engvangin Nge DFUN hi kan thlan?
Khawvel pumah installation hlawhtling 3,000 chuang a awm
UPS leh battery brand lian tak tak nena inmil
Open protocol te a support a: IEC / Modbus / SNMP
Remote maintenance leh AI analysis service a pe thin
OEM / system-integration hmanga siam theih a ni
Kan Certificate a ni
Quality, safety, leh compliance lama kan inpekna hi DFUN Battery Monitoring System-in certification khauh tak a hmuhnaah hian a lang chiang hle. Heng certification te hian kan product hian khawvel pum huap industry standard a tlin emaw, a pel emaw tih a nemnghet a, application hrang hranga hmangtute tan rintlak leh rilru thlamuanna a siamsak a ni.
A kaihhnawih blog te .
-
Backup power system atana battery pack capacity testing atan hian tunah hian hmanraw lian pahnih a awm a, chungte chu traditional capacity testing leh remote online capacity testing te an ni. Traditional capacity testing hian dummy loads te chu kut hmanga connect a, battery te chu dispersed ah pakhat zel enfiah leh verify turin a innghat a niHlutna Article -
Manual Capacity Testing IssuesSafety RisksData Safety: Battery bank chhunga battery chhe tawh a awm chuan battery thenkhat chu over-discharge hlauhawmna an nei a, chu chuan tihchhiat leh theih loh a thlen thin. Lead-acid battery hian thla thum chhungin a chhe vek theihna chance a sang hle a, manual capaci erawhHlutna Article -
Float-charge condition hnuaia hun rei tak thawk tawh battery-te discharge capacity tak tak chu a chiang lo fo thin. Capacity testing method pangngai chauh rinchhan hian dikna tlemte chauh a pe a ni. Battery voltage leh internal resistance inthlak danglamna hian a then chuHlutna Article -
Online Capacity Testing atana BackgroundPower system fing taka siam chhuah leh substation tam zel avang hian DC system enkawl hna thawh tur chu a harsa zual hle a, battery te fing taka enkawl leh enkawl a ngai ta hle a ni. BatHlutna Article
Kan Inbiakpawhna nei reng rawh
DFUN Battery Monitoring System chungchanga update thar ber ber te, technical insights te, leh i mamawh ang zela tailored solutions te dawng turin kan nen hian inzawm reng ang che. Ngaithla tur leh tanpui turin kan awm reng a ni.
Mob:+86- 15919182362 ah zawhfiah theih a ni
E-mail: info@dfuntech.com thawn theih a ni
