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Related Manuals for Epever HS-F1
Summary of Contents for Epever HS-F1
- Page 1 LiFePO4 (LFP) Battery HS-F1 Product manual Applicable model HS20.48KWH204.8V2S-P65F1 HS30.72KWH307.2V3S-P65F1 HS40.96KWH409.6V4S-P65F1 HS51.2KWH512V5S-P65F1 HS61.44KWH614.4V6S-P65F1 HS71.68KWH716.8V7S-P65F1 HS81.92KWH819.2V8S-P65F1 高压家储 100Ah 锂电池（2~8 串）...
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Page 2: Table Of Contents
Contents 1 Important Safety Instructions ............1 2 General Information ................ 3 2.1 PDU(Power Distribution Unit) Introduction ..............3 2.1.1 Appearance .........................3 2.1.2 Product size ........................4 2.2 Battery Pack Introduction ....................4 2.2.1 Appearance .........................4 2.2.2 Product Size ....................... 5 3 Basic Information ................6 3.1 Interface definition ......................6 3.2 Product features ....................... -
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 PDU(Power Distribution Unit) Introduction 2.1.1 Appearance 前视图 右视图 Side View Front View Side View Top View 俯视图 左视图 Battery SOC indicator Parallel communication interface port Malfunction indicator Weak-current switch Run indicator Grounding screw interface D&E Metal handles PC upper computer interface port Negative connector Inverter communication interface port... -
Page 6: Product Size
2.1.2 Product size PDU size：L750*W600*H170mm Lithium battery tray size：L750*W600*H102mm (excluding terminals) 2.2 Battery Pack Introduction 2.2.1 Appearance Front View 前视图 右视图 Side View... -
Page 7: Product Size
Side View Top View A&B Metal handles Grounding screw interface Pressure reducing value 2.1.2 Product Size Battery pack size：L750*W600*H195mm (excluding terminals) -
Page 8: Basic Information
3 Basic Information 3.1 Interface definition (1) 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. Pin No RJ45 Definition CAN-H CAN-L (RJ45 ) -
Page 9: Product Features
(3) The ADD-IN communication interface pin is defined as follows: RJ45 communication interface is used for parallel communication between lithium battery and lithium battery parallel machine. Pin No RJ45 Definition CAN-H CAN-L ADD-IN (RJ45 ) (4) The ADD-OUT communication interface pin is defined as follows: RJ45 communication interface is used for parallel communication between lithium battery and lithium battery parallel machine. - Page 10 With a charge balancing function, reduce the charging current of the high-voltage cell (the reduced current is the balance current set by the BMS) With LED indicator function, indicating the current battery SOC, battery fault status, operating status, etc;...
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Page 11: Led Indicators
3.3 LED indicators The L1 to L4 of the LED indicator corresponds to the position where the SOC of the ① battery is 0% to 100%, as shown in the following diagram: ② Explanation of capacity indication in case of malfunction Description Protection fault status ALM●... - Page 12 Overall undervoltage flashing on solid on solid protection for level 3 discharge Level 3 discharge flashing on solid on solid on solid overcurrent protection High temperature and low flashing on solid on solid on solid temperature protection for Level 3 charging Level 3 discharge high flashing on solid...
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Page 13: Instructions
× 1 Lithium battery tray Lithium battery × 1 CAN communication cable between × 1 × 1 the lithium battery and Epever’s Negative output power cable Positive output power cable inverter × 1 × 3···9 × 2 Battery pack parallel M6×14 bolt group... -
Page 14: Installation Requirements
× 2 × 2 Male plug--4P RNB22-8 wiring terminal 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. - Page 15 Avoid installation close to high temperature heat source or low temperature cold source. Avoid installation in places where the ambient temperature changes drastically. Avoid installation in strong interference environments. Avoid installation in places where children can enter. ...
- Page 16 d. Space installation requirements 1. Place the battery tray smoothly on a flat surface as shown in Figure 1, then stack the battery packs aligned with the series plugs. 2. As shown in Figure 2, after stacking the battery packs according to the desired number of strings, complete the product installation by aligning the PDU with the series plug for stacking.
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Page 17: Wiring Diagram
e. Wiring diagram Connect the inverter Positive output power cable (1500mm) Negative output power cable (1500mm) RS485 communication cable (1500mm) - Page 18 Combiner box Maximum number of parallel units in the combiner box is 12. Positive output power cable (2500mm) Negative output power cable (2500mm) CAN communication cable between the lithium battery and Epever’s inverter Lithium battery parallel communication cable (ADD-OUT~ADD-IN) (2000mm)
- Page 19 Precautions for inverter connection and parallel connection： According to the above parallel schematic diagram and 2.1 products appearance, select the correct wiring harness for connection. 1. Output power cable (black and red cables):The positive connector of the combiner box is connected to the positive terminal of the inverter (red cable);The negative connector of the combiner box is connected to the negative terminal of the inverter (black cable).
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Page 20: 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 21: Description Of Battery Parallel Capacity And Voltage
4.5 Description of battery parallel capacity and voltage Number of battery parallel units Capacity 200Ah 400Ah 600Ah 800Ah 1000Ah 1200Ah 230.4 230.4 230.4 230.4 230.4 230.4 345.6 345.6 345.6 345.6 345.6 345.6 460.8 460.8 460.8 460.8 460.8 460.8 Charge Cut-off Voltage (V) 691.2 691.2... -
Page 22: Protection Features
5 Protection Features Default Project Set state Note parameters Alarm voltage 3600mV Settable Alarm delay 3.0S Settable level Alarm release voltage 3500mV Settable Alarm release delay 2.0S Settable Level 1and Alarm voltage 3650mV Settable Cell-over level 2 only level Alarm delay 2.0S Settable voltage... - Page 23 Alarm delay 3.0S Settable Settable: Alarm release voltage (3.5*N) V (3.5*N)V Alarm release delay 2.0S Settable Settable:(3. Alarm voltage (3.65*N) V 65*N)V Alarm delay 2.0S Settable level Settable:(3. Alarm release voltage (3.55*N) V Total 55*N)V over-voltage Alarm release delay 2.0S Settable protection Settable:...
- Page 24 Protection release delay 3.0S Settable Total low-voltage Protection release when charge Duration ＞ 3S protection released charging current >5.0A 1 、 Protection Protection current 110A Settable value Protection delay 2.0S Settable level reference ： Protection release current 105A Settable Charging level 1 ：...
- Page 25 Charge Duration Charging release ＞ 3S current>5.0A 40℃ Alarm temperature Settable level Alarm delay 3.0S Settable 37℃ Alarm release temperature Settable Alarm release delay 3.0S Settable Temperature 45℃ Alarm temperature Settable protection for level Alarm delay 2.0S Settable charging 42℃ Alarm release temperature Settable high-tempera...
- Page 26 Alarm release delay 2.0S Settable 0℃ Protection temperature Settable Protection delay 3.0S Settable level Protection release 3℃ Settable temperature Protection release delay 3.0S Settable -5℃ Alarm temperature Settable level Alarm delay 3.0S Settable -2℃ Alarm release temperature Settable Alarm release delay 3.0S Settable Discharge...
- Page 27 ure alarm Alarm release delay 3.0S Settable -15℃ Alarm temperature Settable level Alarm delay 2.0S Settable -12℃ Alarm release temperature Settable Alarm release delay 2.0S Settable -20℃ Protection temperature Settable Protection delay 3.0S Settable level Protection release -10℃ Settable temperature Protection release delay 3.0S Settable...
- Page 28 number of SOC to 100%. strings * number of BMU) ＜ 2A Cutoff current Settable ≤3W （ excluding relay drive Self consumption during operation current ） Consumption current Shutdown mode current ≤0.3W Static state lasts for 20 single ＜ minutes,dis Release 2500mV charge...
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Page 29: Specifications
6 Specifications Single Battery Pack Parameters Parameter HS10.24KWH102.4V-P65F1 LiFePO Battery Type 102.4V Nominal Voltage Nominal Capacity 10240 Energy Continuous Discharge Current 115.2 Charge Cut-off Voltage 83.2 Discharge Cut-off Voltage Maximum Charge Current Maximum Discharge Current Peak Discharge Current 120@10S Recommend Discharge Current 101.76~107.2V Open-circuit Voltage... - Page 30 PDU Parameter PDU Parameter HS100A800VS-P65F1PDU Working voltage (V) 150-1000 System operating voltage (V) 150-1000 Maximum Charge Current(A) Maximum Discharge Current(A) Peak Discharge Current (A) 120@10S Charge and discharge Charge: 0°C~+55°C / Discharge: -20°C~+60°C temperature(°C) Storage Temperature Range(°C) 5°C～+35°C Storage humidity Range(%) 20%~80% Service life(year) 750*600*170...
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Page 31: 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 32: 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 33 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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