5.1. Recharge Requirements During Normal Storage ...................................................20
5.2. Recharge Requirements When Over Discharged ...................................................20
Hybrid Inverter | Installer Manual
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1. TECHNICAL DATA
Performance
Nominal Voltage51.2 Vdc
Nominal Capacity100Ah
Battery Energy15120 Wh
Charge Voltage55.68~56.16Vdc
Discharge Voltage45.6-56.16 Vdc
Nominal Charge/Discharge Current50A
Nominal Charge/Discharge Power2500W
Max Charge / Discharge Current100A
Max Charge / Discharge Power5000W
Short Circuit Current350A
Communication
DisplaySOC status indicator, LED indicator
CommunicationRS232, RS485, CAN
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General Specification
Dimension( W×D×H mm )450×150×533mm
Weight (Kg)47kg
InstallationFloor stand or Wall mounted
Working Temperature2-20ºC ~ 60ºC
≤25ºC, 12 months
Storage Temperature
≤35ºC, 6 months
≤45ºC, 3 months
Operating / Storage / humidity≤ 95%RH
Max Operating Altitude≤2000m
IP RatingIP20
Cell TechnologyLiFePO4, Lithium Iron Phosphate
Cycle life3
6000 Cycles @ 80% DOD / 25ºC / 0.5C,
60% EOL
ScalabilityMax 8 batteries in parallel
Standard Compliance
Certification
UN38.3, IEC62619, IEC62040-1
(more available upon request)
Ordering and Deliverable Part
SUN-BATT-5.12 battery
Product ordering part
SUN-BATT-5.12 parallel cable
SUN-BATT-5.12 to PCS cable
Operating current derating according to cell voltage and battery temperature.
1. Test conditions: 100% depth of discharge (DoD), 0.2C rate charge & discharge
at 25ºC;
2. Charge/discharge derating occurs when the operating temperature from -10ºC
to 5 ºC & 45ºC to 55ºC.
3. Condition apply. Refer to SUN-BATT-5.12 Warranty Letter
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2. PRODUCT OVERVIEW
2.1. Brief Introduction
SUN-BATT-5.12 is a lithium battery with an operating voltage range between 45.6~56.16V. It
is designed for residential energy storage applications and works together with a 48v battery
hybrid inverter. SUN-BATT-5.12 is not suitable for supporting life-sustaining medical devices.
SUN-BATT-5.12 has built-in BMS (Battery Management System), which can manage and monitor cells information including voltage, current and temperature. Besides that, BMS can balance
cells charging to extend cycle life. BMS has protection functions including over-dis- charge,
over-charge, over-current and high/low temperature; the system can automatically manage
charge state, discharge state and balance state.
Multiple SUN-BATT-5.12 can be connected in parallel to expand capacity and power, 8 SUNBATT-5.12 can be connected in parallel at most.
2.2. Interface Introduction
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2.2.1. Switch ON/OFF
Switch ON
For 1 pc SUN-BATT-5.12, switch ON rocker switch (near positive/negative connector), then
long press (more than 3 seconds) ON/OFF button on front panel, LED will flash then battery will
operate normally. L1 to L6 shows battery SoC, L7/L8 shows battery status.
For multiple SUN-BATT-5.12 in parallel, switch ON rocker switch on all batteries, long press
(more than 3 seconds) ON/OFF button of MASTER battery, LED will flash, battery system will automatically encode and assign ID to each slave battery, then battery system will operate normally
Switch OFF
For 1 pc SUN-BATT-5.12, switch OFF rocker switch (near positive/negative connector). For multiple SUN-BATT-5.12 in parallel, switch OFF rocker switch on MASTER battery first. Then switch
OFF rocker switch on all slave batteries.
2.2.2. LED Indicator Definition
Note:
• flash 1 - 0.25s light / 3.75s off
• flash 2 - 0.5s light / 0.5s off
• flash 3 - 0.5s light / 1.5s off
RUNALMBattery Level Indicator
Status
Shut downOFFOFFOFFOFFOFFOFFOFFOFFAll OFF
StandbyFlash 1OFFAccording to the battery levelIndicates Standby
CAN / RS485 Communication Terminal (RJ45 port), connect to inverter, follow CAN / RS485
protocol.
PINDefinition
Pin 1, Pin 8
Pin 2, Pin 7
Pin 3
Pin 4CANH ( to PCS )
Pin 5CANL ( to PCS )
Pin 6
RS485-B ( to PCS, reserved )
RS485-A ( to PCS, reserved )
NC
GND
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2.2.4. RS232 Port
RS232 Communication Terminal (RJ45 port) follow RS232 protocol, for manufacturer or professional engineer to debug or service.
PINDefinition
Pin 1, Pin 8
Pin 2, Pin 7
Pin 3, Pin 6
GND
RS232_TX
RS232_RX
Pin 4, Pin 5NC
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3. INSTALLATION GUIDE
Start
END
Check Before
Installation
Electrical
Connection
Prepare
Installation Tools
Install Battery
Determine The
Installation Position
Install Wall
Bracket
3.1. Checking Before Installation
3.1.1. Checking Outer Packing Materials
Packing materials and components may be damaged during transportation. Therefore, check
the outer packing materials before installing the battery. Checking the surface of packing materials for damage, such as holes and cracks. If any damage is found, do not unpack the battery
and contact the dealer as soon as possible. You are advised to remove the packing materials
within 24 hours before installing the battery.
3.1.2. Checking Deliverables
After unpacking the battery, check whether deliverables are intact and complete. If any damage
is found or any component is missed, contact the dealer.
The below table shows the components and mechanical parts that should be delivered.
Hanging bracket
1 Hanging bracket
Carton
2W all bracket
Pearl wool
Battery
Pearl wool
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NO.PicturesQuantityDescription
1
2
3
4
5
6
1PCSBattery
1PCSWall bracket
2PCSHanging bracket 1
2PCSHanging bracket 2
6PCSM8*60
8PCSM6*16
7
8
9
4PCSM4*20
1PCSM4*20
1PCSManual
101PCS
Test report
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3.2. Tools
Installation
Tools
KnifeMeasuring tapeSocket wrench
(10/16mm)
Rubber malletCross ScrewdriverHammer drill (8mm)
ESD glovesSafety gogglesAnti-dust respirator
Protection
Safety shoes
3.3. Installation Requirements
3.3.1. Installation Environment Requirements
Install the battery in the indoor environment.
Place battery in secure location away from children and animals.
Do not place the battery near any heat sources and avoid sparks.
Do not expose the battery to moisture or liquids.
Do not expose the battery to direct sunlight.
3.3.2. Installation Carrier Requirements
Only mount battery on fire resistant building. Do not install batteries on flammable buildings.
Battery is quite heavy, make sure the wall/ground can meet the load bearing requirements.
3.4. Installation Instructions
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3.4.1. Dimensions
Minimum mounting distance between battery pack and equipment:
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3.4.2. Installation Procedure
STEP 1
Drill the hole with an 10mm drill bit as follows and fix the wall bracket to the wall.
STEP 2
Install the hanging bracket.
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STEP 3
Hang SUN-BATT-5.12 on the wall bracket and tighten it.
STEP 4
Connect to ground.
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STEP 5
Connect power cable.
STEP 6
Connect communication cable.
STEP 6
Connect communication cable.
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4. BATTERY POWER AND COMMUNICATION CONNECTIONS
4.1. Parallel Cascade Connection
Applicable scenario:
PCS with 100A charge/discharge current connect to SUN-BATT-5.12.
4.1.1. Power Cable Wiring Instructions
Each SUN-BATT-5.12 has two pairs of power cable terminals, two P+, and two P-. The connection terminals of each pair have the same function.
Single Module
In a single module application, any of the terminals of each pair can be used.
Parallel System
Multiple batteries can be connected in parallel to expand the capacity and power. When using
multiple batteries in parallel, one will operate as a master and the others as slaves. One of the
Master pack P+ terminals should connect to the PCS, and the other should connect to another
battery for capacity expansion.
One of the P- terminals of the last Slave pack should connect to PCS, and the other should
connect to another battery for capacity expansion.
For the other Slave packs, each P terminal should be connected to another battery's terminal.
The connection to the protection devices should use the P+ terminal from the Master pack and the P- terminal from the last Slave pack.
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4.2. Busbar Connection
Applicable scenario:
PCS with 200A charge/discharge current connect to SUN-BATT-5.12.
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All parallel power cables should be of the same length:
(L1 = L2 = L3 = L4 = L5 = L6 = L7 = L8)
You are advised to use the EV power cables with minimal size of 25 mm2 or 3AWG
(600V, 125A) and length min.1500mm.
The P+ and P- power line between the busbar and the PCS should be able to
support 200A rated current, You are advised to use the EV power cable with size
min. 50 mm2 or 0AWG (600V, 210A).
Before assembling Power cable, label the cable polarities correctly to ensure
correct cable connections and identification.
The power cables installation and connection must be carried out by trained
professionals.
4.3. Parallel Cascade Connection
The Master battery can automatically identify the Slaves batteries connected in parallel using
its internal software control. The communication terminals Port In and Port Out (RJ45 port) are
integrated with the signal for automatic coding function.
All parallel power cables should be of the same length.
The parallel system supports an operation with up to 4 parallel connections. The following describes the connections of a system with four batteries packs, one Master, and three Slaves.
The CAN communication port of the Master pack should connect to PCS;
Port In from the Master pack should not be connected;
The Port Out from the master PACK should connect the Port In of the first slave PACK using
a parallel communication wire;
The Port Out of the first Slave pack should connect to the Port In of the second Slave PACK;
Following the same pattern, the Port Out of the second Slave pack should connect to the
Port In of the third Slave PACK;
The Port Out of the third and last slave PACK should not be connected.
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5. MAINTENANCE
5.1. Recharge Requirements During Normal Storage
Battery should be stored in an environment with temperature range between -10°C ~ +45°C,
and maintained regularly according to following table with 0.5C (25A) current till 40% SoC after
long storage time.
Recharge Conditions When In Storage
Storage Environment
Temperature
Below -10ºC
-10~25
25~35
35~45
Above 45ºC
ºC
ºC
ºC
Relative Humidity of
Storage Environment
/
5%~70%
5%~70%
5%~70%
/
Storage Time
prohibit
≤12 months
≤6 months
≤3 months
prohibit
SOC
/
30%≤SOC≤60%
30%≤SOC≤60%
30%≤SOC≤60%
/
5.2. Recharge Requirements When Over Discharged
Over discharged (90% DoD) battery should be recharged according to following table, otherwise
over discharged battery will be damaged.
Recharge conditions when battery is over discharged