osily 51.2V 100AH LFP 5KWH LifePO4 Battery

PRODUCT INFORMATION

Thank you for purchasing an Osily Energy battery. By reading this document, you confirm that you agree to the terms and conditions associated with purchasing and installing an Osily Energy 5kWh battery storage unit. This product complies with the design requirements of UK and international battery manufacturing regulations. Please refer to the datasheet and installation guidance set out to correctly install and commission the unit. Any modification to the product will void any warranties associated with the purchase of goods.

Osily Energy own the rights to the information within this document, No part of this document can be reproduced, translated, annotated, or duplicated in any form or by any means without prior written permission of Osily Energy, All Rights Reserved. This product complies with the design requirements of UK and international battery manufacturing regulations. The storage, use, and disposal of the products shall be carried out in accordance with the product manual or as advised by the manufacturing party or Osily Energy. Please refer to the datasheet and installation guidance set out to correctly install and commission the unit. Please note that modifying this product will void any warranties associated with and provided to you upon purchase of goods.

Warranty

Osily LFP Series
Applicable product types:
Osily LFP 5000, LFP 5kWh Lithium batteries

This Limited Warranty Letter (hereinafter referred to as” Warranty”) as described below applies to the residential application with Osily New Energy (hereinafter referred to as “Product”) supplied by Osily Energy (hereinafter referred to as “OSILY” ) with the types mentioned above to User (User is thebuyer who puts the Product into operation for the fi rst time) via the way authorised by Osily.

1. Product Warranty
2. The Product warranty period is Five (5) years from the date of purchase.
3. Battery capacity performance warranty

refer to the table below

PRODUCT TYPE

|

NOMINAL DISCHARGE

| MAXIMUM RECOMMENDED DOD
---|---|---
LFP 5kWh/LV| 3KW| 90%

Conditions for warranty
The installation of the Product for the User shall be completed within 1 month. The operating temperature during the operation of the Product must not exceed the -10~50ºC temperature range and the Product shall not be exposed and stored in a temperature higher than 50ºC, and shall not be exposed in an installed area in direct sunlight. The Product installation location must be ventilated in accordance with the requirements of the User Manual and Installation Guidance. The Product is not suitable for supplying power for life-sustaining medical devices and automotive applications.

Replacement or Repair
In the event of any Product covered by this Warranty and confirmed by Osily to be defective or non-conforming, Osily can replace or repair the defective or non-conforming Product at its sole discretion. Any maintenance or replacement shall not be deemed as an extension or recalculation of the warranty period.

Exclusions of Warranty
Warranty period specified above has already expired. Product damage and defects caused by End User’s improper use, misuse, and abuse, which is non-conforming with User Manual. Misuse, abuse, neglect or accident during storage, transportation, handling, installation, application, and service. Unauthorized wiring and use with faulty or incompatible devices. Product arbitrarily modified or its function changed without permission by Osily. Any changes to the installation are not done in accordance with the Installation Guidance. Product damage caused by maintenance.

End User fails to provide correct product serial number or is or has been modified without permission by Osily. External influences including unusual physical or electrical stress (power failure surges, inrush current, lightning, flood, fire, accidental breakage) Product damage caused by an external force, force majeure (causes of natural disasters such as the unforeseeable, unavoidable, and insurmountable objective, unavailability of suitable and sufficient labor or materials and other events which are out of control of Osily or another third party.) The defect cannot be overcome under the technology condition when the Product has been sold to End User. Defects of Product arise due to renewal of the national or regional laws or regulations. Product damage is caused by End User deliberately or by a willful act.

Product Usage Instructions

The Osily LifePO4 Battery is suitable for solar self-consumption and backup applications only. Please do not use this product for any other application or combination of applications. The battery has an energy retention of 70% at 10 years following the initial date mentioned in the manual. It has unlimited cycles throughout energy limitation as stated in the table provided. The operating limitation is also 70% at 10 years following the initial date mentioned in the manual.

Please follow the installation guidelines set out in the manual carefully to ensure the safe installation and storage of the battery. The battery is a voltage higher than safe voltage, direct contact with electric shock hazard. The battery product meets the United Nations regulations on the transport of dangerous goods. The scrapped battery cannot be put into the garbage can and must be professionally recycled. This battery product meets European directive requirements. All the parts of the battery meet TUV safety requirements.

In the event of any product covered by the warranty and confirmed by Osily to be defective or non-conforming, Osily can replace or repair the defective or non-conforming product at its sole discretion. Any maintenance or replacement shall not be deemed as an extension or recalculation of the warranty period.

If you have any inquiries regarding the product, please contact sales@osily.co.uk.

Safety

Installation guidelines

• Take considerable care when unboxing the battery unit, using a small or thin blade, keep it away from the unit itself.
• The total weight of the unit is 65KG, moving this battery requires 2 people.
• Once installed on the wall following instructions from this manual, ensure the cables are not reverse connected and the cables have no visible defects.
• Do not connect positive and negative poles with a conductor or any external unit which is not a hybrid inverter recommended to be compatible in this document.
• If the battery does fall over, is knocked or falls from its rack, please isolate and disconnect for 1 hour.
• Isolate the device when relocating or moving the battery, failure to do so could result in electric shock.
• Ensure the premises has a dry powder extinguisher should there be a battery fire.
• For your safety, do not dismantle the unit.
• If the battery system needs to be relocated or maintenance work carried out the power must disconnect and the battery is completely shutdown.
• Do not connect the battery with a different type of battery.
• Do not connect the batteries with incompatible inverters
• In case of fire, dry powder fire extinguisher should be used, no other extinguisher should be used.
• Please do not open, repair or disassemble the Battery.

Installation and Storage

• Rigorous testing has been conducted to ensure the batteries are completely functional and operate at the specified level however you should isolate the unit should you believe the unit is not functioning correctly and contact
  your installer immediately.

• For your safety, the device must be ground-connected properly before connection.

• To ensure the battery is only connected to inverters specified by Osily Energy, should you have an alternative inverter

• Do not install batteries in parallel from alternative manufacturers, new and old batteries or batteries that have alternative voltage requirements, this will void your warranty.

• Dry storage will assist with increasing the lifespan of the battery, consider the location of the battery and do not store in an area where dampness or water could affect its operation.

• Charge the battery for 18 hours to full before discharging, this can be configured in battery settings.

• The formula of theoretical standby time: T=C/I (T is standby time, C is battery capacity, and I is total current of all loads).

Introduction

FIG1-1 Battery Energy Storage System nameplate

• The battery is a voltage higher than the safe voltage, direct contact with electric shock hazard.
• Be careful with your actions and be aware of the dangers.
• The battery product meets the United Nations regulations on the transport of dangerous goods.
• The scrapped battery cannot be put into the garbage can and must be professionally recycled.
• This battery product meets European directive requirements.
• All the parts of the battery meet TUV safety requirements.

Product Specification

The LifePO4 Battery has a nominal voltage of 51.2V and a capacity of 100AH, providing 5kWh of energy. The maximum recommended DOD is 90% and the nominal discharge is 3kW. Please refer to Table 2-1 for size and weight specifications.

Size and Weight
Table 2-1 LFP 5kWh/ LV Device Model

PRODUCT SERIES| SPECIFICATION MODEL| NOMINAL VOLTAGE| NOMINAL CAPACITY| DIMENSION (MM)| WEIGHT (KG)| IP LEVEL
---|---|---|---|---|---|---
LFP| 5kWh/ LV| 5.12V| 100Ah| 550×700×216| 65| IP65

Performance Parameter
Table 2-2 LFP 5kWh/ LV performance parameter

MODULE TYPE|

LFP 5KWH/ LV

---|---
Total Energy| 5.12kWh
Usable Energy (DC)| 4.6kWh
Nominal Dis-charge Power| 3kW
Peak Power(Only Discharge)| 7kW for 3 seconds
Voltage| 43.2~56Vd.c
Nominal Voltage| 51.2Vd.c
Nominal Current| 60A
Max. Charge Voltage| 58.4Vd.c
Max. Charge Current| 60A
Max. Discharge Current| 100A
Safety| CE UN38.3

Interface Definition

This section elaborates on the interface functions of the front panel of the device. Figure 2-1 LFP 5kWh/ LV the sketch of the front interface.

Table 2-3 Interface Definition

the negative pole often inverter through the cable
2| Positive socket| The battery DC output negative pole, which is connected to the negative pole often inverter through the cable.
3| RS485| The RS485 communication interface is used for parallel communication between batteries
4| CAN| CAN communication interface is used for communication between battery and inverter
5| LED1| Module capacity status indicator light
6| LED2| Module capacity status indicator light
7| LED3| Module capacity status indicator light
8| LED4| Module capacity status indicator light
9| ADD switch| Use the switch to adjust the address when the battery is in parallel mode
10| Reset switch| Press the switch and the battery system turn on. When the battery is in the non use state such as storage, transportation etc., it need to be turn off by switch button, and the battery system will automatically sleep after the device without external load power
11| Main switch| Open or cut off the main circuit, and ensure transportation safety after cutting off

• Flashing 1 = bright 0.25s Light out 3.75s
• Flashing 2 = bright 0.5s Light out 0.5s
• Flashing 3 = bright 0.5s Light out 1.5s

Battery Management System (BMS)

Voltage Protection

Discharging Low Voltage Protection
When the battery cell voltage is lower than the rated protection value or a total voltage below 42V during discharge over-discharge protection is activated and the battery alerts the user via alarm. The battery will then isolate and cut off. When the voltage of each cell recovers to the rated value and the total voltage is restored to above 45V, the protection resides.

Charging Over Voltage Protection
When charging, the system stops charging when the total voltage of the battery pack is higher than 54.75V or the voltage of any single cell reaches the protection value. When the total voltage returns to below 52V and the cell voltage returns to below the rated protection value, the protection is released.

Current Protection

Over Current Protection in Charging
When the charging current is greater than the protection value an internal alarm is activated and the system stops charging. After the system delays the rated time for 1 min, the protection is released.
Over Current Protection in Discharging:

When the discharging current is greater than the protection value, the battery signals an alarm and the system stops discharging. After the system delays the rated time for 1 min, the protection is released.

Temperature Protection
Less/ Over temperature protection in charging:
When the battery’s temperature is beyond the range of 0~+45 during charging, temperature protection is enforced and the device stops charging. The protection is released when it recovers to the rated return range.

Less/Over temperature protection in discharging:
When the battery’s temperature is beyond the range of -10 ~+45 during discharging, temperature protection starts and the device stops supplying power to the outside. The protection is released when it recovers to the rated return range.

Other Protection

Short Circuit Protection:
When the battery is activated from the off state, if a short circuit occurs, the DC circuit breaker will act fi rst. If the DC circuit breaker does not operate, the BMS will start the short circuit protection function and cut off the external voltage output.

Self Shutdown:
When a device connects to no external loads for over 72 hours the device will activate dormant standby automatically. Caution:
The maximum working current of the load which needs to be powered should be less than the maximum discharge current capacity of the battery system

Installation and Configuration

Installation Safety

• The safety regulations and local safety regulations listed below should always be followed during the installation.
• All circuits connected to this power system with an external voltage of less than 48V must meet the SELV requirements defined in the IEC60950 standard.
• If operating within the power system cabinet, make sure the power system is not charged. Battery devices should also be switched off.
• Distribution cable wiring should be reasonable and has protective measures to avoid touching these cables while operating power equipment.
• When installing the battery system, please wear the protective items below:

Environmental Requirements

• Working temperature: -10OC~+50OC
• Charging temperature range is 0OC~+45 OC,
• Discharging temperature range is -10 OC ~+50 OC
• Relative humidity: 4%~100%RH (No condensed water)
• Elevation: no more than 4000m
• Operating environment: Indoor or outdoor installation, sites avoid the sun and no wind, no conductive dust and corrosive gas.

And the following conditions are met:

• Installation location should be away from the sea to avoid brine and high humidity environment.
• The ground is flat and level.
• There is no flammable explosive near to the installation places.
• The optimal ambient temperature is +15OC~+30OC.
• Keep away from dust and dirty areas.

Electrical Interface Check
Devices that can be connected directly to the battery can be user equipment, power supplies, or other power supplies.

• Confirm whether the user equipment, the PV equipment or other power supply equipment has the DC standby interface, and measure whether the output voltage of the standby interface meets the requirements of the voltage range of Table 2-2.
• Verify that the maximum discharge current capacity of the user equipment, the PV equipment or other power supplies, the DC standby interface, and the maximum discharge current shall be greater than the maximum charging current of the products used in table 2-2.
• If the user equipment DC prepared interface maximum discharge capacity is less than the maximum charging current products using table 2-2, the user interface should have the power equipment of DC current limiting function, give priority to ensuring the normal work of user equipment.

Equipment installation:
Strongly recommended: floor installation; If it is a wall-mounted installation, strictly follow the requirements below.

The wall for battery installation shall be solid brick or cement wall with a strong bearing capacity and wall thickness no less than 100mm.

Mounting space requirements:

Installation

STEP 1| System outage| Ensure that the battery is in a shutdown state
---|---|---
**STEP 2| ** Mechanical installation| **** 1. Hanger mounting

2.Equipment installation

**STEP 3| ** Electrical installation| **** 1. Connect the ground cable

2. Electrical installation

3. Connect inverter

4. Communication interface connection

When the battery system is placed directly on the ground, a fi xed support must be used to fi x the top of the battery box with the wall.

Electrical installation
Before connecting the power cables, use a multimeter to measure cable continuity, short circuit, confi rm positive and negative, and mark well the cable labels.

Measuring methods:

• Switch off cables: select the buzzer and use the probe to measure the ends of the same color cable. If the buzzer calls, it means the cable is available.
• Short circuit judgment: choose a multimeter resistor file, and probe the same end of the positive and negative pole, if the resistor shows infi nity, means that the cable is available.

After visual testing of the power line is connected well, the positive and negative poles of the battery shall be connected respectively to the positive and negative poles of another device

Connected inverter

When the system is used independently:
Note: Before installation, please confirm whether the DIP switch mode of No.1 module in battery is correct according to the inverter used. For specifi c dialing methods, please refer to “3.4.2 battery module DIP switch defi nation and description.” Except for the inverter specifi ed by the customer’s special requirements, the factory default DIP switch mode of Module No.1 is DIP Switch model 1( ADD: 0000). If the inverter is equipped with another DIP switch mode, open the cover and set DIP switch mode of the module No.1 to the correct mode.

• When connecting the battery and the inverter, please use the appropriate power and communication cables, these accessories are provided in the box when unpackaging the unit.
• Keep the battery system on standby, connect the power cable to the interface on the input side of the inverter fi rst, and then connect the power cable to the interface on the battery side.
• The battery output interface is a quick connector, and the power cable (Positive, Negative) plug can be directly inserted into the battery socket.

Communication port interface
Connect the CAN Cable of the battery to the CAN communication interface of the inverter using the RJ45 cable. Factory default CAN communication mode.

Table 3-3 PIN Definition

Battery module DIP switch definition and description

Table3-4-1 Slave setting

Table3-4-2 Host setting (Table 2)

Table3-4-3 Parallel dialing code setting example (Table 3)

NUMBER OF PARALLEL MACHINES| SLAVE DIP SWITCH| HOST DIP SWITCH| INSTRUCTION
---|---|---|---

1| #2| #3| #4| #5| #6| #7| #8

Stand-alone use| OFF| OFF| OFF| OFF| OFF| OFF| OFF| OFF|

Parallel 2

| OFF| OFF| OFF| OFF| ON| OFF| OFF| OFF|
ON| OFF| OFF| OFF| OFF| OFF| OFF| OFF

Parallel 3

(see diagram below)

| OFF| OFF| OFF| OFF| OFF| ON| OFF| OFF|
ON| OFF| OFF| OFF| OFF| OFF| OFF| OFF
OFF| ON| OFF| OFF| OFF| OFF| OFF| OFF
|

|

| || || || || || || || || |

|

|| || || || || || || |
Parallel 16| OFF| OFF| OFF| OFF| ON| ON| ON| ON| First host
ON| OFF| OFF| OFF| OFF| OFF| OFF| OFF| Second slave
OFF| ON| OFF| OFF| OFF| OFF| OFF| OFF| Third slave
ON| ON| OFF| OFF| OFF| OFF| OFF| OFF| Forth slave
OFF| OFF| ON| OFF| OFF| OFF| OFF| OFF| Fifth slave
ON| OFF| ON| OFF| OFF| OFF| OFF| OFF| Sixth slave
OFF| ON| ON| OFF| OFF| OFF| OFF| OFF| Seventh slave
ON| ON| ON| OFF| OFF| OFF| OFF| OFF| Eighth slave
OFF| OFF| OFF| ON| OFF| OFF| OFF| OFF| Ninth slave
ON| OFF| OFF| ON| OFF| OFF| OFF| OFF| Tenth slave
OFF| ON| OFF| ON| OFF| OFF| OFF| OFF| Eleventh slave
ON| ON| OFF| ON| OFF| OFF| OFF| OFF| Twelfth slave
OFF| OFF| ON| ON| OFF| OFF| OFF| OFF| Thirteenth slave
ON| OFF| ON| ON| OFF| OFF| OFF| OFF| Fourteenth slave
OFF| ON| ON| ON| OFF| OFF| OFF| OFF| Fifteenth slave
ON| ON| ON| ON| OFF| OFF| OFF| OFF| Sixteenth slave

DIP switch description
When the battery pack is connected in parallel, the host can communicate with the slave(s) through the RS485 interface. The host summarises the information of the entire battery system and communicates with the inverter through CAN.

Example connection

Use, maintenance, and troubleshooting

Battery system usage and operation instructions

After completing the electrical installation, follow these steps to start the battery.

• Press the switch, the system self-check, the indicator lights turn on successively (4.1.1).
• The RUN indicator blinks slowly if the battery is not connected to the inverter (4.1.2).
• If the battery is connected to the inverter, the battery start working and the indicator lights up (4.1.3).

Note:
After pressing the power button the status indicator on the front panel continues to indicate red, please refer to the “4.2 Alarm description and processing”. If the failure cannot be eliminated, please contact your supplier.

• Use a voltmeter to measure whether the voltage across the BAT+/ BAT- terminals of the inverter is greater than 42V, and check whether the voltage polarity is consistent with the input polarity of the inverter. If the voltage across the terminals BAT + / BAT- of the inverter is greater than 42V, at this time the battery has begun to work normally.
• After confirming that the battery output voltage and polarity are correct, turn on the inverter, then close the circuit breaker switch.
• Check whether the indicator light of the inverter and the battery connection ( The communication indicator and the battery access status indicator.) is in normal condition. If normal, the connection between the battery and the inverter is completed. If there is an abnormity in the indicator light.

Alarm description and processing

When protection starts or fails, the ALM indicator on the side panel will alarm, through net management can query specifi c alarm class and take appropriate action. Alarm and countermeasure infl uence system output If there are any abnormalities affecting the output, such as battery cell over-voltage or over-current during charge/discharge, Undervoltage protection and temperature protection protocols should be followed, please deal with them according to Table 4-1.

Table 4-1 Main Alarm and Protection

Cell over-voltage

|

RUN light flashing 1

| Stop charging and release when discharging
Over-current when charging|

Run light on RED flashing 2

| Reduce the charging current below the rated value
High temp protection| RED light flashing 1| Stop charging and find out the cause of the trouble
Discharge State| Over-current protection when discharged|

RED light on

| Stop discharge and reduce discharge current below-rated value
High temp protection when discharged| RED light on| Stop discharging and find out the cause of the trouble
Total voltage under voltage protection| ALL lights OFF successively| Start charging

Alarm and countermeasure without affecting the output of the system

If a low SOC alarm occurs, the battery system also issues a corresponding alarm signal. Maintainer should check the equipment and determine the type and location of the fault. Ensure the correct countermeasures are carried out so that the system is in the best working condition to avoid disrupting future power distribution. The countermeasures are shown in Table 4-2.

Table 4-2 minor alarm

discharging and charging the battery system in time.

Analysis and treatment of common faults

Analysis and treatment of common faults in Table 4-3:

Table 4-3 Analysis and treatment of common faults

inserted
3| No DC output and red light flashing| Battery voltage is too low| Charging the battery system
4| The battery cannot be fully charged.| The charging voltage is too low| Adjust charging voltage within the 53.5V range
5| The power line sparks once powered on and ALM indicated Red light on| Power connection short-circuit| Turn off the battery, check the cause of the short circuit

AER, Zac du Caillou, Rue Jules Verne, 69630 Chaponost, France
YESSS House, Unit B Foxbridge Way, Normanton, WF6 1TN.

osily.co.uk.

References

• Osily innovation

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