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Related Manuals for Epever LFP10.85KWH51.2V-P65F1QT50
Summary of Contents for Epever LFP10.85KWH51.2V-P65F1QT50
- Page 1 LiFePO4 (LFP) Battery Product manual LFP10.85KWH51.2V-P65F1QT50...
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Page 2: Table Of Contents
Contents 1 Important Safety Instructions ............1 2 General Information ................ 3 2.1 Appearance ........................3 2.2 Product size ........................4 3 Basic Information ................5 3.1 Interface definition ......................5 3.2 Product features ....................... 6 3.3 LED Indicator ........................7 4 Instructions ..................8 4.1 Packing list ........................8 4.2 Installation requirements .................... -
Page 3: Important Safety Instructions
1 Important Safety Instructions ※ Thank you for choosing EPEVER Lithium Iron Phosphate (LFP) battery, please read this manual carefully before using this product. ※ It is strictly forbidden to install this product in harsh environments such as moisture, salt spray, corrosion, greasy, flammable and explosive, or a large amount of dust accumulation. - Page 4 d) It is forbidden to heat and incinerate batteries. It may melt battery components, lose safety features, or burn electrolyte. Overheating can deform, heat, smoke, or burn the battery. Emergency treatment method a) When the electrolyte leaks, avoid skin and eye contact with the electrolyte. In case of contact, wash immediately with plenty of water and seek help from a doctor.
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Page 5: General Information
2 General Information 2.1 Appearance Front Side Black Side Battery SOC indicator Parallel communication interface Malfunction indicator Weak-current switch Running indicator Grounding screw interface PC upper computer communication D&E&K&M Metal handle interface F&N Negative connector Parallel communication interface G&O Positive connector Pressure reducing value Inverter communication interface... -
Page 6: Product Size
2.2 Product size... -
Page 7: Basic Information
3 Basic Information 3.1 Interface definition (1) The RS232 communication interface pin are defined as follows, and the RJ11 communication interface is used to connect the upper computer of the lithium battery PC. RJ11 Pin RJ11 Definition 1、2、6 ( RJ11) (2) The pins of the CAN/RS485 communication interface are defined as follows, and the RJ45 communication interface is used for the communication connection between the lithium battery and the inverter host. -
Page 8: Product Features
(4) The BMS communication interface pins are defined as follows, and the RJ45 communication interface is used for the communication connection between lithium battery and lithium battery parallel machine. Pin No RJ45 Definition RS485-B RS485-A UP-IN RS485-A (RJ45 ) RS485-B 3.2 Product features ... -
Page 9: Led Indicator
3.3 LED Indicator The L1 to L10 of the LED indicator corresponds to the position where the SOC of ① the battery is 0% to 100%, as shown in the following diagram: A total of 12 LED lights on the light board, each light can display red, yellow, blue, ②... -
Page 10: Instructions
4 Instructions 4.1 Packing list Before unpacking, please check the outside of the battery for damage to the packaging and check the model of the battery. If there is any abnormality, please do not open the package and contact the after-sales service center as soon as possible. -
Page 11: Installation Requirements
4.2 Installation requirements a. Space installation distance Master and check the performance of all tools and devices to ensure safety before using them. The left and right distance between battery packs is recommended. Minimize the distance as much as possible. b. - Page 12 c. Prepare tools Insulated Slotted Insulated Cross Claw Safety Hammer Rubber Hammer Hammer Drill Screwdriver Screwdriver Insulation Tape Spirit Level Tape Ruler Dustproof Cover Protective Glasses Utility Knife Wire Stripper Diagonal Pliers MC4 Crimper Multimeter AC/DC Electric Screwdriver Clamp-On Ammeter Marker Pen...
- Page 13 d. Space installation requirements 1. Place the wall fixing strip close to the wall (level correction), mark the screw holes with a marker pen with reference to the size shown in the diagram, and then remove the wall fixing strip. 2.
- Page 14 4. Move the stacked and fixed lithium battery packs to the position shown in Figure 6, align the fixing strips against the wall, move them horizontally, and affix the fixing strips. As shown in Figure 7, use two M6X14 screws to lock the lithium battery pack from both sides.
- Page 15 e. Wiring diagram Positive output power cable (1500mm) Positive output power line Negative output power cable (1500mm) Negative output power line RS485 communication cable (1500mm) RS485 communication line Lithium battery positive parallel power cable Lithium battery positive parallel power line Lithium battery negative parallel power cable Lithium battery negative parallel power line Lithium battery parallel communication cable (DIP~BMS) (1200mm)
- Page 16 Positive output power cable (1500mm) Negative output power cable (1500mm) RS485 communication cable (1500mm) Warning 1. For operational safety and compliance, please disconnect the communication and cable link with the inverter when storing the battery. 2. During the handling and installation of the battery, it is recommended to wear safety helmets, goggles, protective shoes and other safety equipment suitable for the work to prevent accidental injury;...
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Page 17: Charging Operation
4.3 Charging operation Check before charging. Inspect the appearance of the battery and inverter or other connected equipment to ensure that the power cord and all wiring harnesses are connected. Make sure the power supply meets the specification requirements for the battery. 2. -
Page 18: Description Of Battery Parallel Capacity And Voltage
4.5 Description of battery parallel capacity and voltage Maximum Discharge cut-off Number of battery Capacity charging voltage voltage parallel groups 424Ah 2 groups 57.6V 41.6V 636Ah 3 groups 57.6V 41.6V 848Ah 4 groups 57.6V 41.6V 1060AH 5 groups 57.6V 41.6V 1272Ah 6 groups 57.6V... -
Page 19: Protection Features
5 Protection Features Item Factory default parameter Set state Postscript Cell overcharge 3600mV settable alarm voltage Cell Cell overcharge overcharge 3650mV settable protection voltage protection Cell overcharge 1.0S settable protection delay Cell overcharge Cell 3380mV settable protection voltage over-voltage SOC＜96% protection SOC release settable... - Page 20 Battery over-discharge 44.8V settable alarm voltage Battery Overall over-discharge 43.2V settable over-discharge protection voltage protection Battery over-discharge 1.0S settable protection voltage delay Battery Battery over-discharge 47.2V settable over-discharge protection release protection voltage release Release on charge Plug in the charger to activate Charging over-current alarm 105A...
- Page 21 Discharge over-current 1 1.0S settable Protection delay Discharge Automatic Automatically disconnects after 1 minute over-current 1 disconnect protection Charge disconnect Discharge current > 1A release Discharge Protection current settable It can be set 10 ＞150A consecutive over-current 2 Protection delay 500mS settable occurrences to lock...
- Page 22 Charging high 65℃ temperature settable protection Charge high 55℃ temperature settable protection release Discharge low -15℃ settable temperature alarm Low temperature -20℃ discharge settable protection Discharge low -15℃ temperature settable protection release High discharge 65℃ settable temperature alarm Discharge high 70℃...
- Page 23 Ambient high 75℃ temperature settable protection Ambient high 65℃ temperature settable protection release Low battery Low battery alarm No alarm when SOC＜5% settable alarm condition charging Sleep voltage 3150mV settable Delay time 5min settable Sleep function Charging and Cell voltage voltage difference＞1V settable discharging are not...
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Page 24: Specifications
6 Specifications LFP10.85KWH51.2V-P65F1QT50 Parameter LiFePO Battery Type 51.2V Nominal Voltage 212Ah Nominal Capacity 10854Wh Energy 100A Continuous Discharge Current 57.6V Charge Cut-off Voltage 41.6V Discharge Cut-off Voltage 100A Maximum Charge Current 200A@30min Maximum Discharge Current 240A@10S Peak Discharge Current 100A Recommend Discharge Current 50.88~53.6V... -
Page 25: Precautions
7 Precautions 7.1 Maintenance precautions Item Cycle If the battery is not in use, it needs to be fully charged 3 months and discharged to 50%. Check whether the wall bracket installation is loose. 6 months Please tighten the appropriate position if available. Check the casing for damage. -
Page 26: Disclaimers
8 Disclaimers The warranty does not apply to the following conditions: Damage caused by improper use or inappropriate environments (It is strictly forbidden to install the Energy Storage System in the humid, salt spray, corrosive, greasy, flammable, explosive, dust accumulative or other harsh environments). - Page 27 HUIZHOU EPEVER TECHNOLOGY CO., LTD BeiJing Service Hotline：010-82894896/82894112 Huizhou Service Hotline：0752-3889706 Shenzhen Service Hotline：0755-89236770 E-mail：sales@epever.com Website：www.epever.com.cn...
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