TVES-48100R
51.2V100Ah Lithium LiFePO4 Battery Rack Mounted
Nominal Voltage：51.2V
Nominal Capacity：100AH
Energy：5.12KWH
Rated Charge Current：50A
Max. Charge Current：100A
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51.2V100Ah Lithium LiFePO4 Battery Rack Mounted
Nominal Voltage：51.2V
Nominal Capacity：100AH
Energy：5.12KWH
Rated Charge Current：50A
Max. Charge Current：100A
51.2V200Ah Lithium LiFePO4 Battery Landing
Nominal Voltage：51.2V
Nominal Capacity：200AH
Energy：10.24KWH
Rated Charge Current：50A
Max. Charge Current：100A
51.2V300Ah Lithium LiFePO4 Battery Landing
Nominal Voltage：51.2V
Nominal Capacity：314AH
Energy：16.08KWH
Rated Charge Current：75A
Max. Charge Current：150A
25.6V200Ah Lithium LiFePO4 Battery Power Wall
Nominal Voltage：25.6V
Nominal Capacity：200AH
Energy：5.12KWH
Rated Charge Current：50A
Max. Charge Current：100A
51.2V100Ah Lithium LiFePO4 Battery Power Wall
Nominal Voltage：51.2V
Nominal Capacity：100AH
Energy：5.12KWH
Rated Charge Current：50A
Max. Charge Current：100A
51.2V280Ah Lithium LiFePO4 Battery Landing
Nominal Voltage：51.2V
Nominal Capacity：280AH
Energy：14.34KWH
Rated Charge Current：75A
Max. Charge Current：150A
TV-5KW-5KWH
Rated Power (kW)：5
Rated Voltage (VAC)：220/230/240
Efficiency：≥90%
Energy (Wh)：5120
TV-5KW-10KWH
Rated Power (kW)：5
Frequency：50/60Hz
Efficiency：≥90%
Normal Voltage (VDC)：51.2
Energy (Wh)：10240
TV-12KW-32KWH
Voltage Range (VAC)：240
Rated Grid Frequency (Hz)：60
Charging Plug：SAE 1772 (Type 1)
Nominal Voltage (VDC)：51.2
Energy (Wh)：32153.4
12V100Ah Lithium LiFePO4 Battery
Nominal Voltage：12.8V
Nominal Capacity：100AH
Energy：1.28KWH
Rated Charge Current：50A
Max. Charge Current：100A
12V150Ah Lithium LiFePO4 Battery
Nominal Voltage：12.8V
Nominal Capacity：150AH
Energy：1.92KWH
Rated Charge Current：75A
Max. Charge Current：150A
12V200Ah Lithium LiFePO4 Battery
Nominal Voltage：12.8V
Nominal Capacity：200AH
Energy：2.56KWH
Rated Charge Current：100A
Max. Charge Current：200A
24V100Ah Lithium LiFePO4 Battery
Nominal Voltage：25.6V
Nominal Capacity：100AH
Energy：2.56KWH
Rated Charge Current：50A
Max. Charge Current：100A
24V200Ah Lithium LiFePO4 Battery
Nominal Voltage：25.6V
Nominal Capacity：200AH
Energy：5.12KWH
Rated Charge Current：100A
Max. Charge Current：200A
11KW/16KWH Off-Grid Solar Storage System
Inverter Rated Output Power：11KW
Inverter Quantity：1
Battery Nominal Voltage：51.2VDC
Battery Quantity：1
Total Battery Capacity：16KWH
11KW/32KWH Off-Grid Solar Storage System
Inverter Rated Output Power：11KW
Inverter Quantity：1
Battery Nominal Voltage：51.2VDC
Battery Quantity：2
Total Battery Capacity：32KWH
22KW/80KWH Off-Grid Solar Storage System
Inverter Rated Output Power：22KW
Inverter Quantity：2
Battery Nominal Voltage：51.2VDC
Battery Quantity：5
Total Battery Capacity：80KWH
3KW Off-Grid Solar Storage Inverter
AC Output：3KW
Max PV Open Circuit Voltage：500VDC
Dimension：315*460*139MM
Weight：15.5KG
11KW Off-Grid Solar Storage Inverter
AC Output：11KW
Max PV Open Circuit Voltage：500VDC
Maximum PV Array Power：5.5KW*2
Dimension：136*440*540MM
Weight：18.5KG
Single Phase Off-Grid Inverters
AC Output：6KW
Max PV Open Circuit Voltage：500VDC
Dimension：510*306*115MM (without bracket)
Weight：9.5KG
5KW Off-Grid Solar Storage Inverter
AC Output：5KW
Max PV Open Circuit Voltage：500VDC
Dimension：315*460*139MM
Weight：16KG
Single Phase Off-Grid Inverters
AC Output：6KW
Max PV Open Circuit Voltage：500VDC
Dimension：410*336*110MM (without bracket)
Weight：10.0KG
50K - 129KWh liquid-cooled cabinet
Cell capacity：280Ah
Magnification：0.5P
Inverter power：50kw
Rated energy：129kWh
Battery temperature control method：Liquid cooling
100k-261liquid-cooled cabinet
Cell capacity：314Ah
Magnification：0.5P
PCS power：100kw
Rated energy：261kWh
Battery temperature control method：Liquid cooling
TV 2.5MW - 5MWh 20-foot container
Cell capacity：314Ah
Rated capacity：314Ah*12
Rated energy：5.015MWh
Battery temperature control method：Liquid cooling
100K-215kWh liquid-cooled cabinet
Cell capacity：280Ah
Magnification：0.5P
Inverter power：50kw*2
Rated energy：215kWh
Battery temperature control method：Liquid cooling
100K-215kWh liquid-cooled cabinet
Cell capacity：280Ah
Magnification：0.5P
PCS power：100kw
Rated energy：215kWh
Battery temperature control method：Liquid cooling
135k-261liquid-cooled cabinet
Cell capacity：314Ah
Magnification：0.5P
PCS power：135kw
Rated energy：261kWh
Battery temperature control method：Liquid cooling
100k-261liquid-cooled cabinet*5
Cell capacity：314Ah
Magnification：0.5P
PCS power：100kw*5
Rated energy：261kWh*5
Battery temperature control method：Liquid cooling
TV1.25MW-2.5MWh 20-foot container
Cell capacity：314Ah
Rated capacity：314Ah*6
Rated energy：2.507MWh
Battery temperature control method：Liquid cooling
PDS1-400K
HV DC bus voltage：LV voltage +40V ~ 900V
Cooling：Forced air cooling
Noise：<75dB
Size (W×H×D)：1100×2160×800mm
Installation：Floor standing
PWS1-500KTL-EX-8M1/PWS1-500KTL-EX-8M4/PWS1-500KTL-EX-8M8
Nominal power：500kVA1
AC max power：550kVA1
Battery voltage range：600~900Vdc
Cooling：Forced air cooling
48S liquid cooling module
System capacity：280Ah
System voltage：153.6V
Grouping method：1P48S
Dimensions (Length * Width * Height)：795*1125*228 mm
52S liquid cooling module
System capacity：314Ah
System voltage：166.4V
Grouping method：1P52S
Dimensions (Length * Width * Height)：1150*787*258.5 mm
104S liquid cooling module
System capacity：314Ah
System voltage：332.8V
Grouping method：1P104S
Dimensions (Length * Width * Height)：2170*790*247 mm
Isolation transformer
Rated Input Voltage：400V±3%
Rated Output Voltage：400V±3% 230V±3%
Rated Apparent Power：315kVA
Working Frequency：47.5 - 55Hz
Rated Load Line Current：453A
12V100Ah VRLA GEL Battery
Nominal Voltage：12V
Nominal Capacity：100AH
Energy：1.20KWH
Approx Weight：30.8kg (67.9lbs)
12V150Ah VRLA GEL Battery
Nominal Voltage：12V
Nominal Capacity：150AH
Energy：1.80KWH
Approx Weight：43.6kg (96.1lbs)
12V250Ah VRLA GEL Battery
Nominal Voltage：12V
Nominal Capacity：250AH
Energy：3.00KWH
Approx Weight：75.5kg (166.4lbs)
12V200Ah VRLA GEL Battery
Nominal Voltage：12V
Nominal Capacity：200AH
Energy：2.40KWH
Approx Weight：60.3kg (132.9lbs)
ThinkVolt utilizes premium Lithium Iron Phosphate (LFP) battery cells, certified to the highest international safety and performance standards including UL1973, IEC62619, CE, UN38.3, and more.
It features a three-level structure (BMU, RBMS, SBMS) for efficient operation and a four-level safety strategy (cell to system protection) for reliability. Through data analysis and multi-parameter monitoring, it enables predictive maintenance of the battery system.
