HRESYS TL-LFP Series User manual

TL-LFP Series Lithium-ion Battery
OPERATION MANUAL ( V4.0)
ZHEJIANG HENGRUI TECHNOLOGY CO., LTD.
8F, Building 3, Tianxing International Center,
No.508 Fengtan Road, Hangzhou, China. 310011
Tel: [phone] Fax: [phone]
Website: www.hresys.com Email: [e-mail]

Content
Part 1 –Safety & Warning...................................................................................................................1
Part 2 –Product Introduction............................................................................................................. 2
2.1 –Overview.............................................................................................................................2
2.2 –Working Principle............................................................................................................... 2
2.3–Applications.........................................................................................................................2
2.5–Battery Model Name...........................................................................................................3
Part 4 –Operation & Maintenance.....................................................................................................3
4.1 –Requirements for Operation Environment........................................................................ 3
4.2 –Parameter Settings of Power Plant.................................................................................... 3
4.3 –Charge/Discharge Modes and Conditions......................................................................... 4
4.4 –Layout of Front Panel......................................................................................................... 5
4.5 - Shipment............................................................................................................................. 6
4.6 – Installation..........................................................................................................................6
Unboxing & Inspection........................................................................................................6
Preparation for Installation.................................................................................................6
Installation of Battery Modules.......................................................................................... 7
4.7 – Storage................................................................................................................................9
4.7.1 Storage Requirements................................................................................................9
4.7.2 Judgement Conditions for Overdue Storage............................................................. 9
4.7.3 Recharge process..................................................................................................... 10
4.8 – Maintenance..................................................................................................................... 10
Part 5 –Troubleshooting & Solutions............................................................................................... 11
Annex 1 –Instructions for LED Flicker...............................................................................................12
Annex 2 –Instructions for ADD Dialing.............................................................................................13
Annex 3 –Communication Protocol for RS232 and RS485.............................................................. 14

TL-LFP Series LiFePO4Battery Operation Manual
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Part 1 –Safety & Warning
The TL-LFP series LiFePO4battery system installation, operation, maintenance should follow
important recommendations in this manual:
The equipment shall be installed by the professional training staff
Battery maintenance should be carried out by the experienced professionals and aware
of the preventive measures on the potential harm of the battery.
Note: Be care of the risk of electric shock for large current in case of battery short
circuit, pay attention to the following points during operation
Remove watches, rings or other metal objects
Use tools with insulated handles
Do not place tools or metal objects on the battery
Do not direct access to the battery system to the mains grid power outlet
Do not put the battery system into fire, do not use or storage the battery near to the
high temperature source
Do not use liquid or other objects placed into the battery system.
Do not open or cut the battery, not to hit, throw or step on the battery
Using special communication between battery module and power plant to charge
battery
Be sure to subject to charge and discharge parameters setting in this manual
The output interface of the system is still voltage when grid power cut, avoid electric
shock or short circuit when operation
Please check if the box is damaged. If damaged, please immediately notify the supplier
If you find leaking liquid or white powder residue on product, prohibit operation.

TL-LFP Series liFePO4Battery Operation Manual
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Part 2 –Product Introduction
2.1 – Overview
TL-LFP series lithium ion battery is a series of battery pack with advanced LiFePO4 technology
and intelligent integrated BMS, which has the advantages of long cycle life, light weight, small size,
safety and environmental protection.TL-LFP series lithium ion batteries can be used in a variety of
indoor and outdoor applications.
2.2 – Working Principle
The communication standby power supply consists of several lithium iron phosphate battery
units in series with the dedicated high performance and high reliability battery management
system (BMS).The +/- output terminal of the battery is connected to the +/- terminal of the
rectifier.When the mains supply is normal, the telecommunication equipment is supplied by
mains rectified power, and the battery pack is charged by rectified power.When the mains power
is interrupted, the backup power supply will be supplied to the telecommunication equipment
without delay to ensure that the power supply of the telecommunication equipment is not
interrupted until the mains power supply is restored or BMS automatically starts to protect the
power failure due to overdischarge protection.
Fig. 2.1 –Working Principal Diagram
2.3– Applications
Telecommunication
Terminal of FTTX

TL-LFP Series liFePO4Battery Operation Manual
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Access network system
Indoor distribution system
Integrated outdoor power cabinet
Internet data center (IDC)
Energy storage system
2.5– Battery Model Name
Part 4 –Operation & Maintenance
4.1 – Requirements for Operation Environment
Table 4.1 –Requirements for Operation Environment
Temperature
Range (℃)
Discharge
-20 ~ +60
Charge
0 ~ +60
Storage
0~ 40
Recommended
Temperature (℃)
Discharge
+15 ~ + 35
Charge
+15 ~ + 35
Storage
+15 ~ + 30
Humidity
5% ~ 95%
4.2 – Parameter Settings of Power Plant
Lead-acid batteries can be replaced by lithium battery of TL-LFP series if power is matched.
Table 4.2 Parameter settings of power plant for lithium-ion battery.
Table 4.2 –Parameter Settings of Power Plant for TL48V-LFP Series Batteries
No.
Parameters
Units
Defaults
VHR TL48xxxLFP
LiFePO4battery
Rated capacity in Ah
Rated voltage(48V)
TL-LFP series
HRESYS brand

TL-LFP Series liFePO4Battery Operation Manual
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1
Float voltage charge
V
54
2
Equal voltage charge
V
NA or 54
3
Standard charge current
A
0.2C
4
Charge current limitation
A
0.5C ~ 1.0C
5
LVLD (Low voltage load disconnection)
V
>44
6
LVBD (Low voltage battery disconnection)
V
>41
7
Temperature compensation for float charge
-mV/℃
NA
8
Temperature compensation for equalization
charge
-mV/℃
NA
NOTE: 1.Equalization charge is requested to switch off for TL-LFP series battery.
2.Rectifier parameter shall be set according to specific site requirement based on battery units used.
3.system instantaneous discharge and charge current shall be less than 250A for each module.
4.3 – Charge/Discharge Modes and Conditions
Table 4.3 Charge Modes and Conditions
Table 4.4 Discharge Modes and Conditions
Cell Temperature
Recommended Charge
Fast Continuous Charge
＜0℃
No Charge Allowed
No Charge Allowed
0℃~ 10℃
Charge Current: 0.1C
Charge Current: 0.2C
10℃~20℃
Charge Current: 0.2C
Charge Current: 0.5C
20℃~30℃
Charge Current: 0.3C
Charge Current: 1.0C
30℃~40℃
Charge Current: 0.3C
Charge Current: 1.0C
40℃~60℃
Charge Current: 0.3C
Charge Current:0.5C
＞60℃
No Charge Allowed
Cell Temperature
Recommended Discharge
Fast Discharge
＜-20℃
No Discharge Allowed
No Discharge Allowed
-20℃~0℃
Discharge Current: 0.2C
Discharge Current: 0.5C
0℃~20℃
Discharge Current: 0.5C
Discharge Current: 1.0C
20℃~50℃
Discharge Current: 0.5C
Discharge Current: 1.0C
50~60℃
Discharge Current: 0.2C
Discharge Current: 0.5C
＞60℃
No Disharge Allowed

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4.4 – Layout of Front Panel
Fig. 4.1 –Layout of Front Panel for TL-LFP Series Batteries
Table 4.5 –Instruction for Layout of Front Panel
No.
Marks
Functions
Detailed Information
1
Power
Switch
ON/OFF switch
When turn-off, battery get into sleep mode, and cut-off output, the alarm
output also will be stopped.
2
SOC
Indicators for
capacity
There are four green LED lights in front panel indicating SOC.SOC is short for
state of charge. Each SOC LED light represents 25% of rated capacity. Detailed
information is shown in Annexed Table 1.1.
3
ALM
Indicator for
alarms
There is one red LED light in front panel indicating alarms. Detailed information
is shown in Annexed Table 1.2.
4
RUN
Indicator for
running status
There is one green LED light in front panel indicating running status. Detailed
information is shown in Annexed Table 1.2.
5
ADD
Address of
communication
ADD is applicable to modules connected in parallel. ADD consists of four binary
bits, and maximum quantity of batteries connected in parallel is 64pcs (2^6).
Detailed information is shown in Annex 2.
6
RS232
Up-link
communication
port
It is adopting RS-232 series port to upload data. Contents of data transmit
include BMS parameters, battery running status, alarms, etc.Generally, speed
rate of RS-232 is 1200bps. RS232 up-link communication can be available for the
battery module with a binary communication address of 0000 (Master PACK).
Protocol for RS232 communication is shown in Annexed Table 3.1
7
RS485
Cascading
communication
port
It is adopting RS485 series port communication pattern to upload data.
Communication of modules connected in parallel (Slave PACKs) is available
through RS 485. Data of slave PACKs will be transmitted to Master PACK.
Protocol for RS232 communication is shown in Annexed Table 3.2
8
RESET
Reset button
Press RESET button when abnormity occurs to assure stability of battery
performance.
9
DRY CONTACT
（Optional）
The signal
interface
It is usually triggered by alarm or protection
10
Battery Output
Terminals for
battery output
Using terminals with two or four cores. Polarities are +, -, +, - from left to right.
The two ‘+’and ‘-’are equal relatively.
11
For
Maintenance
For
maintenance
N.A.

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12
LCD（Optional）
LCD display
Displays current system total voltage, current and battery status
13
GND
Protective
ground
M4 screw
4.5 - Shipment
The battery should be packed in cartons under the condition of half capacity 20%-50% for
shipment. The violent vibration, impaction or squeezing should be avoided in the transport
process; neither is exposed in the sunlight nor rain. The batteries shall be shipped by normal
transportation such as by road, by train, by ocean or by air.
4.6 – Installation
Unboxing & Inspection
Please read this manual before installation.
Please inspect the package before unboxing, if any destroy with appearance, contact
with the supplier as soon as possible.
This device shall be installed and operated by professionals.
Preparation for Installation
Batteries shall not be placed in direct sunshine or close to heat source.
Batteries shall be installed in place with good ventilation to assure enough heat
dissipation.
Batteries shall be placed in are with clean ambient and low humidity.
Heavy weight shall not be placed on any cable.
Required tools and materials are available. Use insulated tools. The following figure is
for reference only.
Item
Tool Item
Remark for use
1
Insulation gloves
Insulation protection for body
2
Insulation taps
Insulation protection for tools
3
Screw drivers
Fix the cables of the batteries & power plant
4
Multi meter
Measure the module voltage in commission
5
Current meter
Measure the module current in commission
6
USB to rs485 cable
For communication between the batteries and laptop
7
Laptop
Operate the software

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Installation of Battery Modules
1) Installation and fixation
Battery modules of TL-LFP series are applicable to installation in 19-inch cabinets and
wall-hanging.
19inch cabinet installation
Insert battery module into 19 inch cabinet, and fix two handles of battery module with
cabinet rack using 4pcs M6 screws.
Wall-hanging installation
Wall-hanging installation also can be adopted, fix two handles of battery module with
triangle rack on the wall using 4pcs M6 screws.
2) Ground connection
GND screw in front panel of battery is connected with ground through a flexible cable
no less than 6AWG.
3) Battery output connection
Before connect battery power cable, open the circuit breaker of the rectifier which
controls the battery circuit and make sure the circuit is disconnected.
Connect ‘+’of Battery Output with positive copper bus bar of power plant, and ‘-’with
negative copper bus bar.
If multi battery modules will be connected in parallel, connect ‘+’of Battery Output of
each battery module with positive copper bus bar of power plant, and ‘-’with negative

TL-LFP Series liFePO4Battery Operation Manual
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copper bus bar separately.
Length of cable between battery module and power plant shall be less than 2.0m. To
make sure similar voltage drop of cable for each battery, length of all positive and
negative cables should be the same.
Color for cable between ‘+’and positive female bar is suggested as red, and cable
between ‘-’and negative breaker or fuse as black.
4) Power on for battery module
When installation is accomplished, firstly turn on the battery switch and the LED
indicator will light up, then close the circuit breaker of the rectifier to power on. Once
power on for power plant, battery module will go into normal running status, and
discharge/charge can be available.
Parameter settings for lithium battery modules in power plant are shown in Table 4.2.
5) RS232/RS485 connection
If there is only one battery module in operation, communication between battery
module and upper computer can available through both RS232 and RS485.
If there are more than one battery modules in operation, parallel communication can
be available using RS485.
Communication protocols for RS232 and RS485 are shown in Annex 3.
6) Discharge with dummy load
Dummy load cannot be larger maximum discharge current of each battery model in