SunSynk HV Series User guide
HIGH VOLTAGE SERIES
LI-ION RACK MOUNT SYSTEM
v.18 (10/18/23)
HIGH VOLTAGE BATTERY
INSTALLER MANUAL
PLEASE RETAIN FOR
FUTURE REFERENCE
www.sunsynk.com
High Voltage Series | Installer Manual2
Table of Contents
IMPORTANT INFORMATION 3
Scope 3
HV-Series Set 3
Meaning of Symbols 3
Symbols on Equipment 3
General Safety Information 5
Disclaimer 5
Proper Use 5
Quality Certicate 6
Requirements for Installation Personnel 6
SAFETY 6
Safety Rules 6
Safety Information 6
TRANSPORT TO THE END CUSTOMERS 7
Provisions on Shipping of Battery Modules 7
Package Storage Positions 9
Battery Module 9
PREPARATION 9
Tools Required 9
Auxiliary Tools and Materials 10
DESCRIPTION AND INSTALLATION 10
Installation Precautions 10
Product Description 10
Technical Data 10
Description of Rack 11
Installation of Rack 13
Description of Battery Module 16
Description of High-Voltage Control Box 16
Description of Battery Module in Rack 17
Battery Module Installation on Rack 19
High Voltage Series Battery Startup Steps 19
External 12V Power Supply of High-Voltage Con-
trol Box 20
DISPLAY 20
Home Screen 20
Basic Parameters 20
Fault Indication 21
System Maintenance 21
Main Screen 22
System Maintenance Menu 22
System information 22
Volt/Temp information 23
Relay status 23
Version information 23
Fault Pages 24
Under Voltage (UV) 24
Over Voltage (OV) 24
Under Temperature (UT) 25
Over Temperature (OT) 25
Over Current (OC) 25
Dierent Voltage (DV) 26
Dierent Temperature (DT) 26
Other Faults (OF) 26
Maintenance Interface 27
HVESS-MONITOR USE INSTRUCTIONS 27
Main Page 27
Function List 28
Function Description 29
CAN Communication Conguration 29
Basic Information 29
Parallel Information 31
History Data 31
History Records 32
History Events 33
HVESS-Monitor Real-Time Data Storage 34
Parameter 35
INTER-CAN Firmware Upgrade 36
Manufacture 37
Cell Types 38
Inverter Information 39
PCS CAN Firmware Upgrade 40
FAULT DESCRIPTION 41
FAULT TYPES SUMMARY IN SCREEN AND
HVESS-MONITOR 43
MAINTENANCE AND UPGRADE 45
High Voltage Series Battery Maintenance 45
USB's Upgrade Step 46
BATTERY MODULE STORAGE 46
DISPOSAL 47
APPENDIX 48
Circuit Diagram for On Grid System with 12V
Supply 48
High Voltage Series | Installer Manual3
IMPORTANT INFORMATION
WARNING This symbol indicates information that if ignored, could result in personal
injury or even death due to incorrect handling.
CAUTION This symbol indicates information that if ignored, could result in personal
injury or physical damage due to incorrect handling.
DANGER This symbol indicates that the operation may cause electric shock.
PLEASE NOTE Indicates information that is considered important, but not hazard-related.
Scope
The installation and operation manual applies to the modular battery energy storage system. Please carefully
read this installation and operation manual to ensure the safe installation, preliminary debugging, and main-
tenance of the High Voltage Series. Installation, preliminary debugging, and maintenance must be carried
out by qualied and authorized personnel. Please keep this installation and operation manual and other
applicable documents near the battery energy storage system, so that all personnel involved in installation
or maintenance can access this installation and operation manual at any time.
This installation and operation manual only applies to countries meeting the certication requirements.
Please observe the applicable local laws, regulations, and standards. Standards and legal provisions of other
countries may be inconsistent with the provisions and specications. In this manual. In this case, please con-
tact our after-sales service personnel, Tel: +852 2884 4318 Fax: +8522884 4816/ Email: www.sunsynk.com /
High Voltage Series Battery Set
System energy 61.44 kWh (12 x 5.12kWh HV Battery)
Composition HVB750V/100A*1 [HV-SeriesM5.1*12]
BMS 1
13-way battery rack 1
Connectors and cabling Included
HV-Series Set
Meaning of Symbols
Attention! The risk of chemical burns.
If the battery is damaged or fails, it may lead to electrolyte leakage, which in turn causes the
formation of a small amount of hydrouoric acid, among other eects. Contact with these
liquids can cause chemical burns.
Do not subject the battery module to severe impact.
Do not open, disassemble or mechanically change the battery module.
In case of contact with an electrolyte, wash the aected area with clean water immedi-
ately and seek medical advice promptly.
Symbols on Equipment
The following types of warning, prohibition, and mandatory symbols are also used on the equipment.
High Voltage Series | Installer Manual4
Symbol Description
Attention! The risk of explosion.
Incorrect operation or re may cause the lithium-ion battery unit to ignite or explode, lead-
ing to serious injury.
Do not install or operate the battery module in explosive or high-humidity areas.
Store the battery module in a dry place within the temperature range specied in the
datasheet.
Do not open, drill through or drop the battery cell or module.
Do not expose the battery cell or module to high temperatures.
Do not throw the battery cell or module into the re.
If there is a re from the battery, please use the CO2 extinguisher. If there is a re near
the battery, please use a dry powder extinguisher.
Do not use defective or damaged battery modules.
Caution! Hot surface
If a malfunction occurs, the parts will become very hot, and touching them may cause
serious injury.
If the energy storage system is defective, please shut it down immediately.
If the fault or defect becomes obvious, special care should be taken when handling the
equipment.
No open re!
It is prohibited to handle open ames and ignition sources near the energy storage system.
Do not insert any objects into the opening in the housing of the energy storage system!
No objects, such as screwdrivers, may be inserted through openings in the casing of the
storage system.
Wear safety goggles!
Wear safety goggles when working on the equipment.
Follow the manual!
When working and operating the equipment, the installation and operation manual provi-
sions must be observed.
High Voltage Series | Installer Manual5
1. Improper use can cause death. Operators of High Voltage Series Battery must read this manual and
observe all safety information.
2. Operators of High Voltage Series Battery must comply with the specications in this manual.
3. This manual cannot describe all conceivable situations. For this reason, applicable standards and rele-
vant occupational health and safety regulations are always given priority.
4. In addition, the installation may involve residual hazards in the following circumstances:
a. Incorrect installation.
b. The installation is carried out by personnel who did not receive relevant training or guidance.
c. Failure to observe the warnings and safety information in this manual.
If there are any questions, please contact Sunsynk support after service.
General Safety Information
WARNING
Failure to comply with the safety information can lead to life-threatening situations.
Sunsynk Ltd shall not be liable for personal injury, property loss, product damage and subsequent
losses under the following circumstances.
Failure to comply with the provisions of this manual.
Incorrect use of this product.
Unauthorized or unqualied personnel repair the product, disassembly the rack and perform other
operations.
Use of unapproved spare parts.
Unauthorized modications or technical changes to the product.
Disclaimer
The battery energy storage system can only be installed and operated in an enclosed space. The working
environment temperature range of High Voltage Series Battery is -20°C~ 55°C, and the maximum humid-
ity is 85%. The battery module shall not be exposed to the sun or placed directly beside the heat source.
The battery module shall not be exposed to a corrosive environment.
When installing the battery energy storage system, ensure that it stands on a suciently dry and at
surface with sucient bearing capacity. Without the manufacturer's written approval, the installation
site's altitude shall not be higher than 2,000 meters. The output power of the battery decreases with the
altitude.
In areas where ooding may occur, care must be taken to ensure that the battery module is installed at a
suitable height and to prevent its contact with water.
The battery energy storage system must be installed in a reproof room. This room must have no re
source and must be equipped with an independent re alarm device, which complies with local applica-
ble regulations and standards. According to local applicable regulations and standards, the room must
be separated by the T60 re door. Similar re-proof requirements apply to other openings in the room
(such as windows).
Proper Use
High Voltage Series | Installer Manual6
Compliance with the specications in this manual is also part of proper use.
The use of the High Voltage Series Battery system is prohibited in the following circumstances:
Mobile use on land or in the air (use on water only with the manufacturer's consent and with the manu-
facturer's written consent).
Used in medical devices.
Used as a UPS system.
The quality certicate can be downloaded from www.sunsynk.com.
Quality Certicate
All work shall comply with local applicable regulations and standards.
The installation of High Voltage Series Battery can only be completed by electricians with the following quali-
cations:
Trained in dealing with hazards and risks associated with the installation and operation of electrical
equipment, systems, and batteries.
Trained on installation and debugging of electrical equipment.
Understanding and complying with the technical connection conditions, standards, guidelines, regula-
tions, and laws applicable.
Knowledge of handling lithium-ion batteries (transportation, storage, disposal, hazard source).
Understanding and complying with this document and other applicable documents.
Installation video of High Voltage Series Battery can be found at www.sunsynk.com or contact us via
Requirements for Installation Personnel
To avoid property damage and personal injury, the following rules shall be followed when working on the
hazardous live parts of the battery energy storage system:
It is available for use.
Ensure that it will not restart.
Make sure there is no voltage.
Grounding protection and short circuit protection
Cover or shield adjacent live parts.
SAFETY
Safety Rules
Part damage or short circuit may cause electric shock and death. A short circuit can be caused by connecting
battery terminals, resulting in current ow. This type of short circuit shall be avoided under any circumstanc-
es. For this reason, follow these instructions:
Use insulated tools and gloves.
Do not put any tools or metal parts on the battery module or high-voltage control box.
When operating the battery, be sure to remove watches, rings, and other metal objects.
Do not install or operate this system in explosive or high-humidity areas.
When working on the energy storage system, rst turn o the charging controller, then the battery, and
ensure that they are not turned on again.
Safety Information
High Voltage Series | Installer Manual7
WARNING
Improper use of the battery energy storage system can lead to death. The use of the battery en-
ergy storage system beyond its intended use is not allowed, because it may cause great danger.
Improper handling of the battery energy storage system can cause life-threatening risks, serious
injury or even death.
CAUTION
Improper use can cause damage to the battery cell.
Do not expose the battery module to rain or soak it in liquid.
Do not expose the battery module to a corrosive environment (such as ammonia and salt).
The battery energy storage system shall be debugged no later than six months after delivery.
TRANSPORT TO THE END CUSTOMERS
Provisions on Shipping of Battery Modules
It is necessary to comply with the relevant regulations and provisions on roads for shipping lithium-ion prod-
ucts in the corresponding countries.
WARNING
It is prohibited to smoke in the vehicle during transportation or in the vicinity during loading and
unloading.
The dangerous goods transport vehicles shall meet relevant regulations concerning road trans-
portation and shall be equipped with two tested CO2 re extinguishers.
It is forbidden for the freight forwarder to open the outer package of the battery module. Use only
approved lifting equipment to move the battery cabinet system. Use only the hanging lug on the
top of the battery cabinet as the connection point. When lifting, the angle of the sling must be at
least 60°.
Improper vehicle transportation can cause injury. Improper transportation or improper transpor-
tation locks may cause the load to slip or overturn, resulting in injury. The cabinet shall be placed
vertically to prevent it from sliding in the vehicle, and a xing belt shall be used.
A tilting of the battery rack may cause injury. The maximum weight of a single battery rack of
High Voltage Series Battery can reach 628 kg. When tilted, they may overturn, causing injury and
damage. Ensure that the battery cabinet is on a stable surface and that it does not tilt due to load
or force.
The battery energy storage system can be damaged, if not properly transported. The battery mod-
ule can only be transported vertically. Note that these parts may be top-heavy. Failure to follow
this instruction may result in damage to the part.
High Voltage Series | Installer Manual8
Check whether the delivery is complete.
WARNING
During transportation, the battery storage rack may be damaged when it is installed with the bat-
tery module. The battery storage rack is not designed to be transported with the installed battery
modules. Always transport the battery module and the battery rack separately. Once the battery
module is installed, do not move the battery rack, and do not lift it by a lifting device.
If possible, do not remove the transport packaging before arrival at the installation site. Before
removing the transport protector, check if the transport packaging is damaged, and check the im-
pact indicator on the outer packaging of the battery converter. If the impact indicator is triggered,
the possibility of transport damage cannot be ruled out.
Improper transportation of battery modules may cause injury. The single battery module weighs
44 kg. If it falls or slips, it may cause injury. Only use suitable transport and lifting equipment to
ensure safe transport.
Wear safety shoes to avoid the danger of injury. When transporting the battery rack and battery
module, their parts may be crushed due to their heavy weight. Therefore, all persons involved in
transportation must wear safety shoes with toe caps. Please observe the safety regulations for
transportation at the end customer's site, especially during loading and unloading.
During transportation and installation of unpacked battery storage cabinets, the risk of injury in-
creases, especially on sharp metal panels. Therefore, all personnel involved in transportation and
installation must wear protective gloves.
The maximum weight of a single rack of High Voltage Series Battery can reach 628 kg. We suggest
that at least 2-3 people work together to install the battery rack. The lifting device is helpful for
heavy parts, and the pulley or cart for light parts. Be careful not to damage the case. The number
of battery modules stacked shall not be more than 8.
High Voltage Series | Installer Manual9
Package Storage Positions
The battery module can only be transported in an upright position. Please note that the battery rack may be
very top-heavy.
Battery Module
PREPARATION
Tools Required
Tool Use
PHILIP2# crosshead screwdriver
Fix the upper and lower tripods to the side beam and the cross
beam.
Install and connect the side beam/cross beam.
Fix the L-shaped bracket to the side beam.
Fix the base assembly to the side beam.
Fix the diagonal brace to the beams on both sides.
Fix the base to the side or cross beam.
Install the ground wire.
Install the hanging lug on the battery module/high-voltage control
box.
Fix the battery module and the high-voltage control box on the
rack.
10mm hexagon socket Fix the expansion screw.
24mm wrench Adjust the height of the base and tighten the nut.
High Voltage Series | Installer Manual10
Auxiliary Tools and Materials
AID/Material
Auxiliary Tools/Materials Use
Fastening materials (M4*12 M6*12 screws,
M6*100 expansion screws, M6 nuts)
1. Assemble the battery racks and x them on the wall or con-
nect the two racks.
2. Assemble the battery modules and high-voltage control box-
es, and x them to the racks.
CAUTION
Possible damage to the building due to static overload.
1. The total weight of the battery storage system is 628kgs. Ensure that the installation site has
sucient bearing capacity.
2. When selecting the installation site, consider the transportation route and necessary site
cleanup.
High Voltage Series Battery is a high-voltage lithium-ion battery system. It provides a reliable backup power
supply for supermarkets, banks, schools, farms and small factories to smooth the load curve and achieve
peak load transfer. It can also improve the stability of renewable systems and promote the application of
renewable energy.
It is characterized by high integration, good reliability, long service life, wide working temperature range, etc.
The battery energy storage system is modular. Each battery module boasts a capacity of 5.12 kWh. The
complete system supports 12 battery modules in series, your total energy capacity reaching an impressive
61.44 kWh - perfect for any large scale installations.
DESCRIPTION AND INSTALLATION
Installation Precautions
Product Description
Performance
Battery System Energy (12 battery modules) 61.44 kWh
Charge/Discharge Rate (Max) 1C
Max Charge / Discharge Current 100 A
Module Capacity 100 Ah
Working Voltage 538~691 V
Working Temperature Charge: 0~55 ºC / Discharge: -20~55 ºC
General Specication
Battery cell chemistry Lithium Ferro Phosphate (LifePO4 or LFP)
Dimension (W×D×H mm) 13th oor: 589×590×2240
Weight Total (12 battery modules, 1 rack) 628 Kg
Weight of each battery module / battery rack 44 - 85 Kg
The altitude of the Installation site ≤2000m
Humidity 5%~85% (RH)
Warranty Period 10 years
Case protection grade IP20
Certication CE/IEC62619/UN38.3
Technical Data
High Voltage Series | Installer Manual11
Description of Rack
No. Description
101 Side
102 Upper Cross beam
103 Lower cross beam
104 Lower diagonal beam
105 Upper diagonal beam
106 Base
107 L-bracket
108 M6*12 outer hexagon cross combination screw
109 Hex key
102x2 103x2
104x1 105x1
101x2 106x4 107x3 108x95 109x1
Type A:
High Voltage Series | Installer Manual12
Type B:
No. Description
1 Side beam
2 Cross beam
3 Big tripod
4 Small tripod
5 L-bracket assembly
6Diagonal brace
7 Bottom plate parts
8 Base
9 Rack fastener
10 M4*12 outer hexagon cross combination screw
11 M6*12 outer hexagon cross combination screw
12 M6*100 expansion screw
High Voltage Series | Installer Manual13
Installation of Rack
1. Connect the upper cross beams (102) and lower cross beams (103) with the two rack sides (102) using
M6*12 external hexagonal cross combination screws (108) and a PHILIP2 # screwdriver.
101
101
108
108
108
108
108
108
108
108
103
103
108
108
108
108
108
108
108
108
102
102
201x1
106
106
106
106
108
108
108
108
108
107
107
107
105
104
201
Type A:
1. Use a PHILIP2 # screwdriver and M6*12 external hex combination screws (108) to attach the L-bracket
(107) assembly horizontally to the side joist.
2. Attach the upper diagonal beam (105) to two side beams (101) and the lower diagonal beam (104) to two
other side beams using M6*12 external hex combination cross screws (108) and a screwdriver.
3. Screw the base (106) to the rack bottom plate and secure it with a PHILIP2# screwdriver or by hand.
4. To x the rack on the wall, use a PHILIP2# screwdriver to install the rack fastener at the M6 screw hole
above the rack and x it with M6*12 outer hexagon cross combination screws (108). Fix the other side of
the rack with the wall using M6*100 expansion screws. To x two racks together, install the rack fastener
at the M6 screw hole above the rack, and x them together with M6*12 outer hexagon cross combina-
tion screws and M6 nuts.
High Voltage Series | Installer Manual14
101
101
108
108
108
108
108
108
108
108
103
103
108
108
108
108
108
108
108
108
102
102
201x1
106
106
106
106
108
108
108
108
108
107
107
107
105
104
201
Type B:
1. Take out two side beams and upper and lower crossbeams to form a rectangular frame, connect with
side beams and crossbeams using big tripods and small tripods, and then x big and small triangular
supports with side beams and crossbeams using M6*12 outer hexagon cross combination screws and a
PHILIP2 # screwdriver.
2. Use a PHILIP2 # screwdriver and M6*12 outer hexagon cross combination screws to x the L-bracket
assembly horizontally on the side beam.
3. Fix the diagonal brace on two side beams using M6*12 outer hexagon cross combination screws and a
screwdriver.
4. Fix the four bottom plates on four corners of the lower rack using the M6*12 outer hexagon cross com-
bination screws and a PHILIP2# screwdriver.
5. Screw the base into the bottom plate and x it with a PHILIP2# screwdriver or by hand.
6. To x the rack on the wall, use a PHILIP2# screwdriver to install the rack fastener at the M6 screw hole
above the rack and x it with M6*12 outer hexagon cross combination screws. Fix the other side of the
rack with the wall using M6*100 expansion screws. To x two racks together, install the rack fastener at
the M6 screw hole above the rack, and x them together with M6*12 outer hexagon cross combination
screws and M6 nuts.
High Voltage Series | Installer Manual15
HV Battery Rack Manual
High Voltage Series | Installer Manual16
Description of High-Voltage Control Box
No. Name Description Position
1 B- Connection position of the common negative pole of the
battery (black) Front
2 B+ Connection position of the common positive pole of the
battery (orange) Front
3 Air switch Used to manually control the connection between the bat-
tery rack and external devices Front
4 USB BMS upgrade interface and storage expansion interface Front
5 BCOM Communicative connection with the rst battery module
and providing 12VDC power for the rst battery module Front
6Human-machine
interface (HMI) Display some important battery information Front
7 START A start switch of 12VDC power inside the high-voltage
control box Front
8 HV light indicator High-voltage hazard indicator (yellow) Front
9ALARM light indi-
cator Battery system fault alarm indicator (red) Front
10 PCS - Connection position of PCS negative pole (black) Front
11 PCS+ Connection position of PCS positive pole (orange) Front
Description of Battery Module
No. Name Description
1 B- Battery module negative pole (black)
2 BCOM OUT Connection position of battery module communication and
power supply output
3 B+ Battery module positive pole (orange)
4 BCOM IN Connection position of battery module communication and
power supply input
High Voltage Series | Installer Manual17
Description of Battery Module in Rack
No. Description Type
1 High-voltage control box 750V/100A
25.12kWh battery module (general)
3 120ohm terminal resistor
4Communication cable (110mm for battery module, 140mm for
high-voltage control box) Standard
5 220mm positive power cord of high-voltage control box Standard
6220mm positive power cord of battery module Standard
7 The negative power cord of the high-voltage control box Standard
8140mm ground wire A (ground wire B for external connection of bat-
tery rack is not provided)
Standard connecting
cable A (connecting the
high-voltage control box)
No. Name Description Position
12 Grounding wire
identication Connection to the battery rack and the ground point Front
13 OUT COM Connection position with next HVB-100A750V communica-
tion input Rear
14 IN COM Connection position with previous HVB-100A750V commu-
nication input Rear
15 PCS COM Communication interface with charging and discharging
equipment Rear
16 POWER Connection position of external 12VDC power supply Rear
High Voltage Series | Installer Manual18
Pin No. PCS Port Denition IN Port Denition OUT Port Denition Denition of Power
1 485B- BMS_CANL BMS_CANL 12V
2 485A+ BMS_CANH BMS_CANH GND
3 -- DI+ DO2+ --
4 PCANL DI- DO- --
5 PCANH -- -- --
6-- -- -- --
7 485A+ -- -- --
8 485B- -- -- --
The following table presents the denition for PCS, IN, and OUT connection pins. All use the same pin num-
ber sequence shown in the next image:
Pin No. BMS-BMU Port Denition Upper BMU Port Denition Lower BMU Port Denition
1 BMU_CANL BMU_CANL BMU_CANL
2 BMU_CANH BMU_CANH BMU_CANH
3 DO+ DI+ DO+
4 DO- DI- DO-
5 GND GND GND
6GND GND GND
7 12V 12V 12V
8 12V 12V 12V
The following table presents the denition of the high-voltage control box interface PCS, IN, and OUT con-
nection pins. All use the same pin number sequence shown in the next image:
No. Description Type
9 Connected to external PCS positive power cord (EPCable5.0) Optional
10 Connected to external PCS negative power cord (ENCable5.0) Optional
11 Connected to external 12V power cord (EPWRCable5.0) Optional
12 Connected to external device communication cable (ECOM Cable5.0) Optional
High Voltage Series | Installer Manual19
Battery Module Installation on Rack
1. Install the lug on the battery module and high-voltage control box.
2. Insert the rst battery module into the battery module rack at the bottom cluster rack; then in the order
from bottom to the top, continue the instalment in the same way till it reaches the twelfth oor. On the
thirteenth oor, insert the slide of the cabinet at the top of the rack into the high-voltage control box.
3. After the battery module and control box is inserted into the rack, use M4*12 outer hexagon cross com-
bination screws to x all the lugs of the battery module and control box on the side beam in turn.
4. After the battery module is placed in the control box, take out a 140 mm communication cable to con-
nect the communication port of the battery module and the high-voltage control box, and 11x110mm
communication cables to connect the battery module communication port (IN-OUT) from top to bottom.
(12 communication cables in total). The communication port (OUT) of the battery module at the
bottom is not connected to the communication cable. Instead, this port is sealed with a 120ohm
terminal resistor.
5. Take out a 220 mm positive power cord and connect the positive pole of the battery module at the top
to the positive pole of the high-voltage control box. Take out 11x200mm battery module power cords
and connect the power ports (B- to B+) in a top to bottom order to form a series circuit. For aesthetics,
connect the negative power pole of the rst battery module to the negative power pole of the high-volt-
age control box from the bottom of the battery module to the back of the rack. On the back of the rack,
a plane-head-shaped tie is used to secure the cable harness. (12 power cords in total).
6. Take out the external positive power cord EPCable5.0 and external negative power cord ENCable5.0, and
plug them into PCS interfaces, respectively.
7. Take out the ground wire A and connect one end of it to the M4 rivet nut of the high-voltage control box
panel, and the other end to any M6 screw hole of the cross beam above the rack. Take out the ground
wire B (user need to prepare in advance) and connect one end of it to any M6 screw hole of the cross
beam under the rack, and the other end to the customer's grounding point. (The length of the ground
wire B is determined based on the customer's condition.)
PLEASE NOTE
Before installing the battery, please turn the manual switch of the high-voltage control box to the o
position.
DANGER
Insucient or no grounding may cause an electric shock. Device malfunctions, and insucient or no
grounding may cause device damage and life-threatening electric shocks.
High Voltage Series Battery Startup Steps
After connecting the battery cables, press the air switch button on the high-voltage control box to turn OFF
to ON, and then press the START button. After the screen lights up, wait for about 8 seconds until the yellow
HV light indicator comes on. (The specic working time is subject to the HV light indicator's lighting-up time.)
High Voltage Series | Installer Manual20
To operate the high-voltage control box with an external 12V power supply, please contact our service per-
In the factory conguration, the high-voltage control box is supplied with working voltage from an internal
power supply unit. If your plan requires an external 12V power supply, an adaptive version and a high-volt-
age control box can be provided as requested. Please contact our after-sales service personnel for details.
The default interface will appear after powering on. If the screen is not touched for more than 13 minutes, it
will darken and the default interface replaces the other interface. Click this screen to enter the user interface.
Wi-Fi Icon
No Wi-Fi icon on the screen indicates no Wi-Fi signal.
The ashing Wi-Fi icon on the screen indicates the Wi-Fi is in connecting.
The Wi-Fi icon on the screen indicates the Wi-Fi is connected.
System
maintenance ícon Click this icon to enter the system maintenance.
Voltage Total battery voltage.
Current Battery current, the positive value representing discharge, the negative value
representing charge.
SOC Battery remaining energy.
Total energy Accumulated discharging energy.
External 12V Power Supply of High-Voltage Control Box
DISPLAY
Home Screen
Basic Parameters
Table of contents
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