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Related Manuals for Pylontech RV12200-B100
Summary of Contents for Pylontech RV12200-B100
- Page 1 Smart Lithium Iron Battery RV12200-B100 2023 V1.0 User Manual...
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Page 3: Legal Information
Legal Information... - Page 4 Safety Instructions Warning General Δ Caution General Installation...
- Page 5 Safety Instructions Disposal Disposal Recycle Recycle...
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Page 6: Specifications
Specifications Electrical Specification Nominal Voltage 12.8 VDC Nominal Capacity 200 Ah Resistance ＜20 mΩ Efficiency Self Discharge ≤3% per month Maximum Modules in Parallel or Series 4S4P Cycle Life(25°C) > 4500 (80%DOD, 0.5C, 25°C) Discharge Specification Maximum Continuous Discharge Current 100 A Peak Discharge Current 200 A@5 s... -
Page 7: Specification
Specification Terminal Type Terminal Torque 10 Nm ~ 12 Nm Case Material PC + ABS Enclosure Protection IP65 Cell Type-chemistry LiFePO4 Other Certifi cations UL1973, FCC, CE, UKCA, Bluetooth SIG Communication BLE 5.0 Support Heating Film Support *Product performance is based on testing in a controlled environment. Your results may vary due to several external and environmental factors. - Page 8 Introduction RV12200-B100 is a lithium iron phosphate battery module. With a standard BCI group size, it is designed to replace deep cycle lead-acid batteries. The battery is perfect for RV, marine (boats),electric vehicles (EV), robots, renewable energy and other off-grid applications.
- Page 9 Packing List User Manual & Warranty Card Battery Interface Negative Pole Positive Pole Tools Screwdriver Volmeter Wire Cutter Safety Goggles Insulating Gloves...
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Page 10: Topological Graph
Topological Graph Assembled Batteries AC Output DC Output 市电 DC Output AC Output AC Output AC Output Solar AC Output Panel Inverter MPPT Loads Charging Discharging Electric Generator... - Page 11 Charging The battery supports solar panel charging, grid power charging, and generator charging. Please charge the battery with a battery charger or charge controller that is compati- ble with the lithium iron phosphate battery. Δ Caution • Add a pre-charge resistance to avoid mosfet damage if the inductance of the charging device is too large.
- Page 12 Discharging The battery discharges at a constant current of 10 0 A( MAX) until the battery voltage reaches 10.8V. Δ Caution • Do not continuously discharge a battery with extremely low voltage. • Charge the battery within 12 hours after the battery is fully discharged. Otherwise, the battery will have irreversible damage.
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Page 13: Pre-Installation Check
Pre-Installation Check Δ Caution · Make sure all the battery terminals are disconnected before wiring, installing or removing the battery. · To prevent electric shock, please remove watches, bracelets, rings and other conductive items (if any) and wear insulated gloves and protective goggles before installation. - Page 14 Battery Installation Single Battery Multiple Batteries Note · Check if the voltage difference between the batteries is less than 0.1 VDC. If not, fully charge the batteries individually to rebalance. Otherwise, overcur- rent protection may be triggered. · Do not mix batteries of different brands, types, models or life spans. ·...
- Page 15 Battery Installation ① Connecting the Batteries in Parallel Why Parallel Connection? To increase the overall battery capacity while keeping the battery voltage the same. Connection Steps: Connect the Positive Terminals of the batteriesin sequence.. Connect the Negative Terminals of the batteries in sequence. Finally, connect the Negative Terminal of the first battery and the Positive Terminal of the last battery to the system.
- Page 16 Battery Installation ② Connecting the Batteries in Series Why Series Connection? To increase the overall battery voltage while keeping the capacity the same. Connection Steps: Connect the Positive Terminal of the first battery to the Negative Terminal of the second battery. Connect the Positive Terminal of the second battery to the Negative Terminal of the third battery, and so on.
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Page 17: Post-Installation Check
Battery Installation ③ Connecting Batteries in Parallel and Series Why Parallel and Series Connection? To increase the overall battery voltage and the capacity at the same time. Connection Steps: Connect the batteries in parallel. Connect the paralleled batteries in series. Finally, connect the Negative Terminal of the first battery and the Positive Terminal of the last battery to the system. -
Page 18: Battery Management System
Battery Management System Charge/Discharge Cut-off Overvoltage Undervoltage Protection and Warnings Overcurrent High/Low Temperature Short Circuit Cell Balancing Smart Charging Mode Management and Monitoring Battery Power Indicator Heating Film... - Page 19 Battery Management System Condition Battery State Trigger Battery Voltage ＞ 14.6 V Battery Protection Overvoltage Recovery Battery Voltage ＜ 13.8 V/ Current ＞ 1 A Trigger Battery Cell Voltage ＞3.65 V Battery Cell Protection Overvoltage Battery Cell Voltage ＜ 3.45 V / Recovery Discharge Current ＞...
- Page 20 Battery Management System Condition Battery State Trigger Battery Temperature ＜ 14 °F (-10 °C) Warning Recovery Discharge Low Battery Temperature ＜ 23°F (-5 °C) Temperature Trigger Battery Temperature ＜ -4 °F (20 °C) Protection Recovery Battery Temperature ＜ 1.4 °F (-17 °C) Trigger Charge Current ＞...
- Page 21 Battery Management System This device complies with part 15 of the FCC Rules. Operation is subject to the following two conditions: (1) This device may not cause harmful interference, and (2) this device must accept any interference received, including interference that may cause undesired operation. ...
- Page 22 Pylon Technologies Co., Ltd 021-51317697 info@ pylontech. com. cn 5/F, No. 71-72, Lane 887, Zu Chongzhi Road, www.pylontech.com.cn China (Shanghai) Pilot Free Trade Zone PYL NTECH Liberating Your Energy Sustainably Version No. SD22AR50010701...
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