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Local Free & Fast Delivery
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24/7 Online Support
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30-Day Return & Refund
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5-Year Free Wararnty
- Low-temp Cutoff
Humsienk 12V 200Ah Plus LiFePO4 Battery with 250A BMS
58.2lb weight, 20.53×9.37×8.69 in size
- 150% More: Upgraded to stronger 250A BMS, equipped with 10+ safety protections , use every kWh with peace of mind.
- 3200W Continuous Output: Enables high-power devices (AC/refrige) run simultaneously.
- 2560Wh of Energy: keep your RV fridge, AC, lights, and appliances running 24 hours straight—no more mid-trip power outages.
- 10+ Years of Robust Performance: 6000+ cycles @80% DOD, with slow capacity fade and exceptional stability—no maintenance or replacement needed.
- Works in -4℉~140℉: Safe operation in extreme hot/cold environments, plus IP65 waterproof—compatible with all climates and scenarios.
- Max. 4S4P: Max. 40.96kWh and 51.2kW continuous output Power.
- Professional Certification: IEC/FCC/EMC/RoHS/CE/UN38.8
Special Add-Ons
Humsienk 12V 20A AC-DC LiFePO4 Battery Charger
Humsienk 4AWG 11-Inch Battery Cable for Series/Parallel Connection
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Local Free & Fast Delivery
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24/7 Online Support
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30-Day Return & Refund
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5-Year Free Wararnty
This is a Standby heading
Mechanical | Shell Type ABS | Size 521.51 x 238.01 x 220.8 mm / 20.53 x 9.37 x 8.69 in |
Weight 26.4kg±3%/58.2lbs±3% | Nominal Voltage 12.8V | |
Nominal Capacity 200Ah | Energy 2560Wh | |
Electrical Characteristics | Terminal M8 | Cycle Life 6,000@DOD80% |
Months Self Discharge s3%/Month | Efficiency Of Charge 100%@0.2C | |
Efficiency Of Discharge 96~99%@0.5C | Charge Voltage 14.4V+0.2V | |
Standard Charge/Discharge | Charge Mode CC/CV | Charge Recommended Current 40A |
Max. Continuous Charge Current 250A | Discharge Recommended Current 100A | |
Max. Continuous Discharge Current 250A | Discharge Cut-Off Voltage 10V | |
Charge Temperature 32°F~131°F/0℃C~55°C | Discharge Temperature -4°F~140°F/-20°C~60°C | |
Environmental | Storage Temperature 32°F~113°F/0°C~45°C | Ingress Protection Rating IP65 |
Package List & Data Sheet
What's in the Box
12V 200Ah Plus
×1
User Manual
×1
M8 Terminal Bolts
×2
Plastic Insulation Caps
×2
Product Documents
12V 200Ah Plus
User Manual & Specification Sheet · English PDFs
Which Battery Fits Your Setup?
Frequently Asked Questions
The 12V 200Ah LiFePO4 battery has the following exact specifications:
- Dimensions: 20.53 × 9.37 × 8.69 inches (521 × 238 × 221 mm)
- Weight: 58.2 lbs (26.4 kg)
This is significantly lighter than a lead-acid battery of similar capacity (typically 100–120 lbs). Please measure your battery tray or compartment against these dimensions before ordering, as the casing may differ from standard group sizes like GC2, 8D, or Group 31. If your tray has extra space, you can use foam padding or brackets to secure the battery.
Yes, this battery includes a 250A BMS (Battery Management System) that provides full protection against overcharge, over-discharge, overcurrent, short circuit, and temperature extremes. However, this model doesnothave Bluetooth monitoring. To check battery status (voltage, current, state of charge, etc.), you will need to use a compatible external monitor.
The 12V 200Ah LiFePO4 battery provides 2.56kWh of usable energy (12V × 200Ah = 2,560Wh, typically rounded to 2.56kWh). Unlike lead-acid batteries, you can safely use over 100% of this capacity without damaging the battery, giving you more usable power than a comparable lead-acid bank.
Yes. You can connect up to 4 batteries in parallel (12V, capacity increases to 400Ah / 600Ah / 800Ah) for longer runtime. You can also connect them in series to reach 48V (four batteries in series) — but do not exceed 48V. All batteries should be identical, fully charged, and from thea same batch for optimal performance. No parallel communication cables are needed; simply connect positive to positive, negative to negative.
You need a charger with a LiFePO4 profile set to 14.2V–14.6V for bulk/absorption charging, with a float voltage around 13.6V–13.8V. The recommended charge current is 40A–100A (0.2C to 0.5C), with a maximum of 100A.
Most modern MPPT solar charge controllers (Victron, Epever, Renogy, etc.) and inverter/chargers work perfectly as long as you select the LiFePO4 or "Lithium" battery type. If your solar charge controller does not have a LiFePO4 preset, you can manually set the absorption voltage to 14.4V and float to 13.6V.
Important: Do not use a standard lead-acid charger with a desulfation or equalization mode, as the high voltage (15V+) can permanently damage the LiFePO4 battery.
