Customization: | Available |
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Nominal Voltage: | 48V(51.2V) |
Warranty: | 10 Years |
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Type | Voltage | Capacity | Energy | Width | Depth | Height | Weight |
25.6V200Ah-Hang series | 25.6Vdc | 205Ah | 5248Wh | 455mm | 575mm | 230mm | 51kg |
51.2V100Ah-Hang series | 51.2Vdc | 100Ah | 5120Wh | 425mm | 640mm | 157mm | 51kg |
51.2V200Ah-Hang series | 51.2Vdc | 205Ah | 10496Wh | 455mm | 750mm | 230mm | 88kg |
51.2V200Ah-Wheel series | 51.2Vdc | 205Ah | 10496Wh | 455mm | 750mm | 230mm | 87kg |
51.2V300Ah-Wheel series | 51.2Vdc | 314Ah | 16076Wh | 455mm | 900mm | 235mm | 120kg |
Product Model:HYLV-16K | |||||
Battery Specification | |||||
NO. | Item | Specification | Note | ||
1 | Nominal Voltage | 51.2 V | |||
2 | Nominal Capacity | 314 Ah | |||
3 | Nominal Capacity | 16.076 kWh | |||
4 | Operating Voltage | 43.2 V~58.4V | |||
5 | Max.Charge Current | 200 A | |||
6 | Max.Discharge Current | 200 A | |||
7 | Operating Temperature- Charge | 0ºC~60ºC | Best Temperature: 15ºC~35ºC |
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8 | Operating Temperature- Discharge | -30ºC~60ºC | |||
9 | Communication | RS485/CAN/RS223 | |||
10 | Self Discharge | Month≤3% | |||
11 | SOC Estimated Value | ≤3% | |||
12 | Size | 900mm*455mm*235mm | |||
13 | Weight | 120kg | ±2kg | ||
Cell Specification | |||||
NO. | Item | Specification | |||
1 | Battery Type | LiFePO4 | |||
2 | Model | GSP71173204F | |||
3 | Nominal Voltage | 3.2V | |||
4 | Nominal Capacity | 314Ah | |||
5 | Nominal Capacity | 1004.8Wh | |||
6 | AC Internal Resistance | 0.17±0.05mΩ | |||
8 | Max.Charge/ Discharge Current | 1P | |||
9 | Charging Cut-off Voltage | 3.65 V | |||
10 | Discharge Cut-off Voltage | 2.5 V | |||
11 | Absolute Charging Temperature | 0ºC~60ºC | |||
12 | Absolute Disharging Temperature | -30ºC~60ºC | |||
13 | Storage Temperature | 10ºC~30ºC(Best) | |||
14 | Cycle Life | ≥8000times,25±2ºCInitial clamping force 300±20Kgf,Standard charge-discharge test,70%Nominal Capacity | |||
15 | Size(thickness×width×height) | 72.0(±0.8)mm×173.9(±0.8)mm×207.2(±0.5)mm | |||
16 | Weight | 5.60±0.15kg | |||
BMS Specification | |||||
NO. | Indicator Item | Factory Default Parameters | Set up or not | Note | |
1 | Monomer overcharge protection | Monomer overcharge alarm voltage | 3600mV | Set up | |
Monomer overcharge protection voltage | 3650mV | Set up | |||
Monomer overcharge protection delay | 1.0S | Set up | |||
monomer overvoltage protection release | Release voltage of monomer overcharge protection | 3380mV | Set up | ||
Capacity release | SOC<96% | Set up | |||
Discharge release | Discharging Current > 2A | ||||
2 | Monomer over-discharge protection |
Monomer over-discharge alarm voltage | 2800mV | Set up | After 30 seconds of over-discharge protection, if it still cannot be recovered, it will enter the low power consumption mode. |
Monomer over-discharge protection voltage | 2700mV | Set up | |||
Monomer over-discharge protection delay | 1.0S | Set up | |||
Monomer over-discharge protection delay | 2950mV | Set up | |||
Release when charging | Access charger can be activated | ||||
3 | Overall overcharge protection | Overall overcharge alarm voltage | 57.6V | Set up | |
Overall overcharge protection voltage | 58.4V | Set up | |||
Overall overcharge protection delay | 1.0S | Set up | |||
Overall overvoltage protection release | Release voltage of overall overcharge protection | 54V | Set up | ||
Capacity release | SOC<96% | Set up | |||
Discharge release | Discharging Current > 2A | ||||
4 | Overall over-discharge protection |
Overall over-discharge alarm voltage | 44.8V | Set up | After 30 seconds of over-discharge protection, if it still cannot be recovered, it will enter the low power consumption mode. |
Overall over-discharge protection voltage | 43.2V | Set up | |||
Overall over-discharge protection delay | 1.0S | Set up | |||
Overall over-discharge protection release | Overall over-discharge protection delay | 47.2V | Set up | ||
Release when charging | Access charger can be activated | ||||
5 | Charging overcurrent protection | Charging overcurrent alarm current | 205A | Set up | 10 consecutive occurrences will lock this state and will not be automatically released. |
Charging overcurrent protection current | 210A | Set up | |||
Delay of charging overcurrent protection | 1.0S | Set up | |||
Charging overcurrent protection release | Automatic release | Automatic release after 1min | |||
Discharge release | Discharging Current > 1A | ||||
6 | Discharge overcurrent 1 protection | Disharging overcurrent 1 alarm current | 205A | Set up | |
Disharging overcurrent 1 protection current | 210A | Set up | |||
Delay of charging overcurrent 1 protection | 1.0S | Set up | |||
Discharge overcurrent 1 protection Release | Automatic release | Automatic release after 1min | |||
charge release | Charging Current > 1A | ||||
7 | Discharge overcurrent 2 | Disharging overcurrent 2 protection current | ≥250A | Set up | 10 consecutive occurrences will lock this state and will not be automatically released. |
Delay of charging overcurrent 2 protection | 500mS | Set up | |||
Discharge overcurrent 2 protection Release | Automatic release | Automatic release after 1min | |||
Discharge release | Charging Current > 1A | ||||
8 | Short circuit protection | Short circuit protection function | Yes | ||
Short circuit protection release | When charging, the short circuit protection is released. | ||||
When the load is removed, it will be automatically released. | |||||
9 | MOS High Temperature Protection | MOS overtemperature alarm temperature | 90ºC | Set up | |
MOS overtemperature protection temperature | 115ºC | Set up | |||
MOS Protection release temperature | 85ºC | Set up | |||
10 | Cell temperature protection | Charging low temperature alarm temperature | 5ºC | Set up | |
Charging low temperature protection temperature | 0ºC | Set up | |||
Release temperature of charging low temperature protection | 5ºC | Set up | |||
Charging high temperature alarm temperature | 55ºC | Set up | |||
Charging high temperature protection temperature | 60ºC | Set up | |||
Release temperature of charging high temperature protection | 50ºC | Set up | |||
Disharging low temperature alarm temperature | -25ºC | Set up | |||
Disharging low temperature protection temperature | -30ºC | Set up | |||
Release temperature of discharging low temperature protection | -20ºC | Set up | |||
Disharging high temperature alarm temperature | 55ºC | Set up | |||
Disharging high temperature protection temperature | 60ºC | Set up | |||
Release temperature of discharging high temperature protection | 50ºC | Set up | |||
11 | Environmental temperature alarm | Environmental low temperature alarm temperature | -25ºC | Set up | |
Environmental low temperature protection temperature | -30ºC | Set up | |||
Environmental low temperature protection release temperature | -20ºC | Set up | |||
Environmental high temperature alarm temperature | 60ºC | Set up | |||
Environmental high temperature protection temperature | 70ºC | Set up | |||
Environmental high temperature protection release temperature | 60ºC | Set up | |||
12 | Consumption current | Self-consumption current at work | ≤75mA(With display screen) | ||
Low power mode current | ≤200μA | ||||
13 | Equalization function | Balanced turn-on voltage | 3400mV | Set up | |
Opening pressure difference | 30mV | Set up | |||
14 | Capacity default setting | Low battery alarm threshold | SOC<5% | Set up | No alarm when charging. |
15 | Dormancy function | Dormant voltage | 3150mV | Set up | |
Delay time | 5min | Set up | |||
16 | Cell Expire protection | Monomer pressure difference | Pressure Difference>1V | Cannot | Charging and discharging are not allowed. |
17 | Fully charged | Fully | >56V | Set up | At the same time, stop charging and update SOC to 100%. |
Established in 2020, Jiangsu Huayou Energy Technology Co., Ltd. stands as an innovative high-tech enterprise, formed in collaboration with Zhejiang Huayou Cycle Technology Co., LTD., a full subsidiary of Zhejiang Huayou Cobalt Co., LTD. (Stock code: 603799), Toyota Tsusho (China) Co., LTD., China Merchants Group, and the prominent China Electric Automobile 100 People's Association.
Jiangsu Huayou Energy Technology Co., Ltd. is passionately devoted to unlocking and harnessing the full value chain of the entire life cycle of dynamic power lithium batteries. With a focus on developing cutting-edge cloud platform battery data detection technology, pioneering core energy control systems, and innovative product development, the company is at the forefront of smart energy solutions. By implementing groundbreaking operational models and constructing an expansive energy big data network operation platform, the company is poised to emerge as a leader in the smart energy network solutions sector. Committed to ensuring a clean, safe, economical, and efficient energy supply!
1. Can I have samples to test? And what is lead time?
Yes, we can supply samples, the lead time for samples is 7 days, and buyer pay for sample cost and shipping cost. Some are in stock and can be delivered at any time.
2. What kind of certificates do you have?
We can provide CE, ROHS, FCC, IEC62133, MSDS, UN38.3, ISO9001 etc.
3.Are you battery real capacity?
All of our battery cells with Grade A,100% new and real capacity. We promise 100% Top grade A. If you found it is not A battery cell, you can contact us for refund.
4.Can I print my LOGO on it?
YES, LOGO/sticker/OEM/ODM welcomed.
5.What is your after-sales service?
We provide 7*24h online support.
6. Payment details?
* Pay through T/T, Western Union, PayPal…
*Price term: FOB Shenzhen port, CFR, CIF.
*The customer is responsible for any tax or bank charges by their country.
*T/T 30% as deposit, T/T 70% before shipment, other payment terms can be discussed according to the order quantity.
7.Do you have MOQ ?
No limited. Small order also welcome.More quantity has better price, we will check the best price for you.