Lithium Valley TeLiF-AiO 48100 EU/T User manual

Energy Storage All In One User Manual
v1.0-20230503

Purpose
This document describes the TeLiF-AiO 48100 EU/T (also referred to as product, equipment,
system or energy storage) in terms of its overview, application scenarios, installation and
commissioning, system maintenance, and technical specifications.
Intended Audience
This document is intended for qualified electricians. Any electrical installation and maintenance
on this battery must be performed by qualified electricians in compliance with standards, wiring
rules or requirements of local grid authorities or bodies.
Symbol Conventions
The symbols that may be found in this document are defined as follow.
Indicates a ha zard w ith a high level of risk
that w ill res u lt in death or seriou s injury.
Indicates a ha zard w ith a m e d ium level o f
risk tha t can result in death or serious injury.
Indicates a ha zard w ith a low le vel of risk
that can re s u lt in m ino r o r m oderate injury.
Ind ica tes a situation which, if n o t a voided,
can results in property dam age.
DANGER
!
WARNING
!
CAUTION
!
NOTICE
!
About this Manual Contents
22
23
24
19
16
18
05
06
09
09
10
11
07
01
03
02
37
29
39
40
19
17
15
4.7 System Commissioning 21
01
1.Safety
05
09
14
2. Product Introduction
2.1 Overview
2.2 Work Modes
2.3 Appearance
08
2.4 Storage
3.
Installation
3.1 Checking Before the Installation
3.2 Packing List
3.3 Preparing Tools and Instruments
3.4 Equipment Installation
4. Electrical Connection
4.1 Interface definition
4.2 Battery Connection
4.3 Grid and Load Connection
4.4 PV Connection
4.5 Communication Interface definition
4.6 (optional) WIFI and GPRS Connection
22
40
5. System Operation Guide
5.1 Control Panel
5.2 Inst ructio ns f o r LE D Ind icator
5.3 Instructions for the use of three modes
5.5 Setting
25
5.4 LCD Operation
5.6 inquire
5.7 STATISTIC
6 Smart APP
57
59
7 Technical Data
6.1 Battery Deployment
44
6.2 Querying the Status
49
6.3 Plant Detail
1.1 Electrical Safety
1.2 Environment Safety
1.3 Battery Safety
Annex 1：Fault diagnosis and solutions

1 2
1. Safety
Before transporting, storing, installing, operating, using, and/or maintaining the equipment, read this
manual, strictly follow the instructions provided herein, andfollow all the safety instructions on the
equipment and in this manual.
The Danger, Warning, Caution, and Notice statements described in this manual do not cover all the
safety precautions. You also need to comply with relevant international, national, or regional
standards and industry practices. The Companyshall not be liable for any consequences that may
arise due to violations of safetyrequirements or safety standards concerning the design, production,
and usage of the equipment.
1.1Electrical Safety
1.2 Environment Safety
DANGER
!
DANGER
!
●Ensure that power is turned off during installation. Do not install or remove a cable while the power
is on. Contact between the core of the cable and the conductor will generate electric arcs or sparks,
which may cause a fire or personal injury.
●Non-standard and improper operations on energized equipment may cause fire, electric shocks, or
explosions, resulting in property damage, personal injury, or even death.
●Prevent foreign objects from entering the equipment during operation to avoid equipment damage,
power derating, power failures, or personal injury.
WARNING
!WARNING
!
●For the equipment that needs to be grounded, install the ground cable first when installing the
equipment and remove the ground cable last when removing the equipment.
●Follow the provided procedures for the installation, operation, and maintenance of the equipment.
Do not modify or alter the equipment, add components, or change the installation sequence without
authorization.
●If there is a possibility of personal injury or equipment damage during operations, immediately
stop and assess the situation.
●Do not power on the equipment until it has been installed and verified by professionals.
General Requirements:
●Avoid direct contact with the power supply equipment or conductors using damp objects. Always measure
the voltage at the contact point before touching any conductor surface or terminal to ensure there is no risk
of electric shock.
●Do not touch the operating equipment as the enclosure may become hot.
●Before installing power cables, verify the correct cable labeling and ensure that cable terminals are
properly insulated.
●Periodically check the equipment connections, ensuring that all screws are securely tightened.
●Do not expose the equipment to flammable or explosive gases or smoke, as it can lead to fire incidents.
●Avoid storing any flammable or explosive materials in the equipment area.
●Keep the equipment away from heat sources or fire sources to prevent equipment damage or fire hazards.
●Do not perform any operations on the equipment in environments with flammable or explosive conditions.
●Install the equipment in an area far away from liquids to prevent faults or short circuits.
●Ensure that the ventilation vents or heat dissipation systems are not obstructed or covered to prevent
damage or fire due to high temperature.
General Requirements:
●Store the equipment in a clean, dry, and well-ventilated area with proper temperature and humidity.
Protect it from dust and condensation.
●Comply with relevant international, national, and local standards for lithium batteries in the installation
and usage environment.
●Follow local laws, regulations, and related standards for equipment installation.

3 4
DANGER
!
●Do not connect the positive and negative poles of a battery together to avoid short-circuiting, which
can result in leakage, smoke, flammable gas release, thermal runaway, fire, or explosion.
●Avoid exposing batteries to high temperatures or heat sources to prevent overheating, leakage,
smoke, flammable gas release, thermal runaway, fire, or explosion.
●Protect batteries from mechanical vibration, falling, collision, punctures, and strong impact to
prevent damage or fire incidents.
●Do not disassemble, alter, or damage batteries, as it can lead to leakage, smoke, flammable gas
release, thermal runaway, fire, or explosion.
●Avoid touching battery terminals with metal objects to prevent heat generation or electrolyte leakage.
WARNING
!
●Read and comply with the battery manufacturer's instructions for installation, operation, and maintenance.
●Use batteries within the recommended temperature range.
●Check the packaging integrity before unpacking batteries and do not use batteries with damaged packaging.
●Do not use damaged batteries and contact the installer or professional personnel for removal or replacement.
●Avoid placing installation tools, metal parts, or debris on batteries and clean the area after installation.
●Dispose of batteries properly if they are exposed to water.
●Check for abnormalities in battery packs before installation.
●Avoid welding or grinding work near batteries to prevent fire hazards.
●Follow proper storage and charging procedures for unused batteries.
●Comply with local laws and regulations when charging or discharging batteries.
●Keep the battery loop disconnected during installation and maintenance
●Monitor damaged batteries during storage for signs of smoke, flammable gas release, or heat.
●Do not use batteries for critical systems or devices vital to human life, control equipment, or other sensitive
applications.
●Ensure that the installation surface is solid enough to support the weight of the equipment.
●Do not install or operate the equipment in harsh weather conditions such as lightning, rain, snow,
or strong winds.
●Avoid installing the equipment in environments with dust, smoke, corrosive gases, infrared
radiation, organic solvents, or salty air.
●Do not install the equipment in a position that may be submerged in water.
1.3Battery Safety
General Requirements:
●Install batteries in a dry area and away from areas prone to water leakage to prevent faults
or short circuits.
●Ensure proper ventilation and avoid obstructing heat dissipation systems to prevent damage or fire
hazards.

56
Invert er
PV Grid
EPS
Invert er
PV Grid
EPS
Invert er
PV
BAT EPS
Invert er
PV
BAT EPS
Invert er
PV
BAT EPS
Grid
Invert er
PV
BAT EPS
Invert er
PV
BAT EPS
Grid
Grid
Invert er
PV
BAT EPS
Grid
Invert er
BAT EPS
Grid
Invert er
BAT EPS
Grid
Invert er
BAT EPS
Grid
Invert er
PV
BAT
Grid
EPS
Invert er
PV
BAT
Grid
EPS
Invert er
PV
BAT
Grid
EPS
Hybr id Inverter pr ov id es multiple wo rk mode s based on different requirements.
2.2 Work
Modes
2.1 Overview
The TeLiF-AiO 48100 EU/T system is a combination of a three-phase grid-tied PV inverter and a
high-voltage direct current (HVDC) battery. The PV inverter converts DC power generated by solar
panels into AC power and feeds it into the power grid. The HVDC battery stores and releases electric
energy based on the requirements of the system. This integrated system enables efficient utilization
of solar power and energy storage capabilities.
2.Product Introduction
Function
Networking Application
The TeLiF-AiO 48100 EU/T is applicable to the grid-tied systems of residential rooftop PV plants.
This product is designed with two EPS versions for customer to choose based on the local rules.
Work modes: Self-use
1.When PV, Grid, Battery are available:
A. Solar energy provides power to the loads as first priority, if solar energy is sufficient to
power all connected loads, solar energy excess power will provides to charge battery,
and then redundant power will feed to grid.
B. Solar energy provides power to the loads as first priority ,if solar energy is not
sufficient to power all connected loads, battery energy will supply power to the loads
at the same time.
C. Solar energy provides power to the loads as first priority ,if solar energy and battery
are not sufficient to power all connected loads, utility energy (Main Grid) will supply
power to the loads with solar energy at the same time.
2 .When PV, Grid are available (without battery):
A. Solar energy provides power to the loads as first priority ,if solar energy is sufficient,
the excess power will feed to grid.
B. Solar energy provides power to the loads as first priority, if solar energy is not
sufficient to power all connected loads, Grid energy will supply power to the loads at the
same time.
3.When PV, Battery are available (Grid is disconnect):
A. Solar energy provides power to the loads as first priority ,if solar energy is sufficient
to power all connected loads ,solar energy will provides to charge battery.
B. Solar energy provides power to the loads as first priority ,if solar energy is not
sufficient to power all connected loads, battery energy and solar energy will supply
power to the loads at the same time.
Work modes: Peak shift
1.When PV, Grid, Battery are available:
A. On charge time, solar energy will charge battery as first priority. The excess energy
will supply power to the loads. Solar energy is sufficient to supply loads and charge
battery, and If there is still some extra energy then the excess power will feed the
power to grid.
B. On charge time, solar energy will charge battery as first priority. Then the excess
solar energy will supply power to loads. If solar energy is not sufficient to charge battery
and supply loads. Grid will supply all the connected loads with solar energy together.
C. On discharge time, solar energy provides power to the loads as first priority, if solar
energy is sufficient to supply loads, and if there is still some extra energy from solar
energy, then the excess power and battery will deliver the power to the grid at the same
time.
D. In the period of no charge or discharge, the solar power supply loads at first priority,
excess energy to the grid.
2. When the grid is available and the battery is connected (PV is disconnected):
A. On charge time, the grid charges the battery and supplies power to the connected
loads simultaneously.
B. On discharge time, if the load power is less than the battery power, the battery
supplies power to the loads as the first priority, and the excess power will be fed to the
grid.
C. On discharge time, if the load power is more than the battery power, both battery and
the grid will supply power to the loads at the same time.

2.3Dimension
7 8
1922
387
650
610
150
556
556
50
650
320
280
2.4 Storage
Work modes: Bat priority
1. When PV, grid, and battery are available:
A. Solar energy will charge battery as first priority, if solar energy is excess, the excess
power will supply load. If there is still some extra energy, then the excess power will be fed
to the grid.
B. Solar energy will charge battery as first priority, if solar energy is excess, the excess
power will supply load. If solar energy is not sufficient to charge battery and supply loads,
then the grid will supply power to loads.
2.When the grid and battery are available (PV is disconnected):
Grid will supply power to load and charge battery at the same time.
Note!
If anti-Reverse is enabled, when operating in self-use, peak shift, or battery priority mode, the system will not feed power
to the grid.

9 10
3.1 Check for Physical Damage
3. Installation
3.2 Packing List
NOTICE
!

11 12
A
B
A
B
C
21 3 4 5 6 7 8
3.4 Installation step
A
B
C
D
E
A
B
C
D
E
F
21 3 4 5 6 7 8
32 76 8
Dongguan Lithium Valley Energy Co.,Ltd
Units
Dr NO.
Parameter
First angle projection
A3
Wight
Amount
mm
Ration
Page Size
Check
Approve
Design
Edition
Document No
m
f
v
c
A
B
C
D
A
B
C
D
21 3 4 5 6 7 8
32
Document No
m
f
v
c

13 14
1922
387
650
610
150
556
556
50
650
A
B
C
D
E
F
A
B
C
D
E
F
21 3 4 5 6 7 8
1 32 76 8
DongguanL ithium ValleyEnergy Co.,Ltd
Units
DrN O.
Parameter
Firstangle project ion
A3
Wight
Amount
mm
Ration
PageSi ze
Check
Approve
Design
Edition
Documen tNo
m
f
v
c
4. Electrical Connection
DANGER
!
WARNING
!
CAUTION
!
●Before connecting cables, ensure that the DC switch on the battery and all switches connected to
the battery are turned OFF to avoid electric shocks.
●Take note of the polarities when installing batteries and avoid connecting the positive and negative
poles together to prevent short circuits.
●Smoking or open flames are strictly prohibited near batteries.
●Use personal protective equipment and insulated tools to prevent electric shocks and short circuits.
●Any equipment damage resulting from incorrect cable connections is not covered under warranty.
●Wear proper personal protective equipment (PPE) when connecting cables.
●Tighten screws on copper bars or cables to the specified torque. Regularly check for rust, corrosion,
or foreign objects and clean them if necessary. Loose screw connections can lead to excessive
voltage drops and potential fires during high current.
●Do not parallelly connect multiple cables to the positive or negative power port of a battery.
●Maintain a safe distance from the equipment when preparing cables to prevent cable scraps
from entering the equipment, which can cause sparks, personal injury, and equipment damage.

4.1 Interface definition
+ - + -
15 16
4.2 Battery Connection
Battery connection diagram:
Communication interface bewteen inverter and battery is RS485 or CAN with a RJ45 connector.
BMS PIN De nition
18
BMS_CANH
X X BMS_CANL
De nition
23 4 56 7 81 PIN
BMS_485A BMS_485B
GNDX X
De nition
CAN
Rs485
X X X
X X X
X
+
+
--
+
+
--
+
+
--
+
+
--
Link Por t 0 Link Por t 1
Link Por t 0 Link Por t 1 Link Por t 0 Link Por t 1
Link Por t 0 Link Por t 1
Batte ry1
+
+
BMS
--
Link Por t 0 Link Por t 1
High voltage box
Battery2 Battery3 Battery4
BAT+
BAT -
BMS
PCS
Th e wirin g sequenc e of th e crysta l hea d conform s to th e 568 B s tandard : o rang e white , o range ,
gree n white , b lue , b lu e white , g reen , br ow n whit e an d brown .
2.The one with empty link port 0 is the master battery module, others are slaves.
Note
3.The connecting cable between the battery and the inverter shall be at least 4AWG.
1.Before choosing battery, please note the maximum voltage of battery can not exceed 59V and the
rated voltage of battery can not exceed 48V, and the battery communication should be compatible
with Hybrid inverter.
4.The battery communication can only work when the battery BMS is compatible with the inverter.
5.T o replac e th e battery, you nee d to tu rn o ll switche s an d unplu g th e sys te m
communicatio n line .
6.Al l th e abov e wirin g an d operation s must be carrie d ou t a fte r th e whol e ma c hin e is powere d
down , and al l of the m nee d pr ofe s siona l personne l to complet e
+ - + - BMS
Battery outpuput/input

17
4.3 Grid and load connection
Electrical connection diagram
Loads
O Grid Breaker
GRID
A
B
C
N
PE
G rid s ide
H om e L o ad
M eter
M ain rr ekaerB
AC B re ak er
O n G rid B r ea ker
CT
P V 1 P V 2
Hybrid inverter are designed for single phase grid. Voltage is 220/230/240V, frequency is 50/60Hz.
Other technical requests should comply with the requirement of the local public grid.
Micro-breaker should be installed between inverter and grid, any load should not be connected with
inverter directly.
Table 1 Cable and Micro-breaker recommended
Micro-breaker
10AWG
32A
Model
Cable
18
+ - + -
10KW
4.4 PV connection
B AT + B AT -
BM S
CT / M E T ER EX T EN D
P V 1 P V 2
+ - + -
G R I D B A C K- U P 1
D G B A C K- U P 2
CBA N PE CBA N PE
CBA N PE CBA N P E
CA N
1000
125~850
R10KH3
The optical storage integrated machine can be connected in series with two photovoltaic modules
of 4kW,5kW,and 6kW.

4.5 Communication interface definition
19 20
B AT + B AT-
B M S
CT/ M E T ER E XT E N D
P V 1 P V 2
+ - + -
CBA N P E CBA N P E
C A N
The communication interface between the optical storage
integrated machine and the instrument is an RS485 connector
IGRID-AP IGRID-AN IGRID-BN IGRID-CP IGRID-CN IGRID-BP RS485A RS485B
COM
F
76 8
Dongguan Lithium Valley Energy Co.,Ltd
Units
Dr NO.
Parameter
First angle projection
A3
mm
Page Size
Edition
4.6 WIFI And GPRS Connection(optional)

21 22
Startinverter aftercheckingall bel ow St ep s:
Ensure the inverter fixed well on the wall.
Make sure a ll the DC wiring and AC wiring are completed.
Make sure the meter/CT is co nn ected we ll.
Make sure the battery is co nn .llewdetce
Make sure the external BAC KU P c on tactor is c onn ected well.
(if needed) Turn on .hctiwsSPEdnahctiwsCAeht
Turn on the PV/DC switch and battery switch.
:retrevniehtkcehC
Step 1. dluohsneercsrotacidnieht.neercsDCLdnasrotacidnifosutatsehtkcehC
display the main interface
Step 2. otrefer,gnittescificepsroF.tiwollofesaelp,putratsotemittsrifehtsitifI
secti on 8 .2 (Setting).
Step 3. Set wifi according to wifi user ma nu al.
Note！
If the lef t indicator is n ot Gr ee nplease c heck be low the thr ee points:
All the c onne ct ions are c o rr ect .
.nodehctiwserasrekaerblanretxeehtllA
The DC switch on the inverter is in the “ON” po sition.
Ob ject
Name
Description
A LCD Scr ee n Display t he information of t .retrevnieh
B
Indicator
LED
lit in gr ee n: The inverter is in grid mode.
O: The inverter is in n ot .edomdirgni
C
lit in gr ee n: The inverter is in o - grid mode.
O: The inverter is in n ot in o .edomdirg-
D lit in Yellow: The inverter is inWarning .
O: The inverter has n o Inverter W gninra
E lit in red: The inverter is in faul t status.
O: The inverter has n o err .sro
Fun ct ion
Button
Esc: Return fr om c urrent interface or fun ct .noi
G Up: Move c ursor t .eulavesaercniroedispuo
Down: Move c ursor t .eulavesaercedroedisnwodo
Ente r: Con rm the sele ct .noi
5.1 Control Panel
5. System Operation Guide
4.7 Inverter Manipulation

5.2 Instructions for LED Indicator 5.3 Instructions for the use of three modes
23 24
Grid
（ Green ）
EPS
（ Green ）
Alarm
(Ye llow)
Fault
(Red)
Initialization o
Stand-by
Grid mo de on / / /
-G rid on
Bypass of mains on on
Fault on
7.2Instructio ns for LED Ind icato r
Grid
Green
EPS
Green
Alarm
(Ye llow)
Fault
(Red)
Initialization
o
o
o
o
Stand - by
o
o
o
o
Grid mo de
on
/
/
/
O - G rid
o
on
o
o
Bypass of mains
o
on
on
o
Fault
o
o
o
on
1.SETUP
1.SYS SETTING
2.BAT SETTING
3.GRID STD
4.RUN SETTIG
5. 458 ADDRESS
6.BAUD-RATE
7. LANGUAGE
8. BACKLIGHT
9. DATE/TIME
2. INQUIRE
10. CLEAR REC
11. PASSWORD
12. MAINTENANCE
13. FCTRYY RESET
2. MODULE SN
1. INV MODULE
3. FIRMWARE
4. RECORD
2. EPS ERABLE
1. WORK MODE
3. BAT WAKE-UP
4.REMOTE CTRL
5. START DELAY
6. PV INPUT
7. ANTI REVERSE
BAT TYPE
DISC-DEPTH
harg-curr
BAT-COMM
2.GRID POWER
1.REACT MODE
3. DISCPOWER
4.VAC-MIN
5. VAC-MAX
6. FAC-MIN
7. FAC-MAX
8. ACTIVE REP
1.2400bps
2.4800bps
3. 9600bps
2. ENGLISH
1. 中文
3. STATISTIC
2. CONNE TIMES
1. TIME SAAT
3. PEAK POWER
4. E-TODAY
5. E-MONTH
6. E-YEAR
7. E-TOTAL
2. PEAK SHIFT
1. SELF CONSUME
3. BAT PRIORITY
2. PARALLEL
1. INDEPENDANT
3. CV
2. LEAD-ACID
1. DC-SOURCE
3. LITHUM
2. CAN
1. RS485
2. REACT POWER
1. POWERFACTOR
3. QUWAVE
4. QP WAVE

25 26
42 / 61
5.4.5 PV1 I npu t display interface
5.4. I2VP6. npu t display interface
5.4.7 DC Voltage interface
5.4. ecafretniyrettaB8.
5.4. ecafretninoitamrofniyrettaB9.
5.4.1 Error information
5.4..2 System setting1
5.4. 2gnittesmetsyS3.
5.4 3gnittesmetsyS4.
5.4 LCD interface
8. LCD Operation
8.1LCD Interface
8.1.1 Error information
Interface
Descr ip tion
ERROR NO.
02 :BatDisconnect
27 :BMS C omm. fail
Numbers represent e rr or codes and te xt is e rr or information.
Refer to Chapter 9 for contents.
NOTE: When there is a lock mark in the upper right corner of the
scr ee n, you ca nn ot turn the page, you n ee d to pre ss Enter to un lock it
first.
8. 1.2 System setting1
Interface
Descr ip tion
SYSTEM1
STATE SELF CSM
GRID : CN
PV I/P PARALL
State: Se tting of the whole inverter working mode. Including: SELF
CONSU ME , PEAKSHIFT and BAT PRIORITY.
Refer to Chapter 3 .2 for specific contents.
Grid standard: Displays the grid standard ac tu ally set.
PV inp ut mode: The dis pl ay value is the se tting value of PV input
type. Including: INDEPE ND ANT, PARALLEL, CV. Settings and
explanations are provided in section 8.2.4.6.
8. 1.3 System setting2
Interface
Descr ip tion
SYSTEM2
BMS Com CAN
Anti Reve :
DISA DOD 80%
BMS Com: Ba ttery Management System communication mode.
Including: CAN or RS485.
A nt i- Reverse :Dis pl ays Whether Inverter isn’t allowed to generate
electricity to the Grid. Including: DIS AB LE,EN AB LEThe Settings
are described in section 8.2.6.
DOD: Depth of battery discharge . When th e battery discharge
exceeds the DOD parameter, the inverter generates a low v ol tage
or under voltage alar m, and the ba ttery st op s discharging.
8. 1.4 System setting3
Interface
Descr ip tion
SYSTEM2
EPS ENABLE ENAB
EPS EN ABLE When the Grid and PV are powered off , Enable the
battery to supply power to the load, default option is enable.
Interface Description
PV1 INPUT
VOLT:
0.0V
CURR:
0.00A
POWER:
0W
PV1 input real - time voltage
PV1 input real - time current
PV1 input real - time power.
Interface Description
PV2 INPUT
VOLT:
0.0V
CURR:
0.00A
POWER: 0W
PV2 input real - time voltage
PV2 input real - time current
PV2 input real - time power.
Interface Description
DC VOLTAGE
BUS + : 0.0V
BUS-:
0.0V
LearkCur: 0mA
BUS+ : Real -time voltage of bus capacitor of the inverter.
BUS- : Real - time voltage of bus capacitor of the inverter.
Leakage current: Real - time leak current of the inverter.
Interface Description
BATTERY
VOLT
: 0.0V
CURR:
0.0A
STA:
CDF
Battery real - time voltage
Battery real - time current
STA:Battery status
C : Indicates that the battery is rechargeable (From the BMS)
D : Indicates that the battery can discharge (From the BMS )
F : The battery requests a forcible charge (From the BMS )
Interface Description
BATTERY INFO
TYPE
: Lithium
TEMP: 26℃
SOC: 30%
)yrettabmuihtil,dica-dael(:epytyrettaB:EPYT
TEMP:Battery temperature.
SOC: Percentage of battery capacity f rom the BMS
Interface Description
ERROR NO.
02:BatDisconnect
27:BMS Comm. fail
Numbers represent error codes and text is error information.
Refer to Chapter 9 for contents.
NOTE: When there is a lock mark in the upper right corner of the
scree acuoy,n nnot turn the page, you need to press Enter to unlock it
first.
Interface Description
SYSTEM1
STATE ：SELF CSM
GRID :
CN
PV I/P ：PARALL
State: Setting of the whole inverter working mode. Including: SELF
CONSUME, PEAK SHIFT and BAT PRIORITY.
Refer to Chapter 3.2 for speci fi c contents.
Grid standard: Displays the grid standard actually set.
PV input mode: The display value is the setting value of PV input
type. Including: INDEPENDANT,PARALLEL,CV.
Settings and
explanations are provided in section 8.2.4.6.
Interface Description
SYSTEM2
BMS Com
：
CAN
Anti Reve :
DISA DOD ：
80%
BMS Com: Battery Management System communication mode.
.584SRroNAC:gnidulcnI
Anti -Reverse : Displays Whether Inverter isn’t allowed to generate
electricity to the Grid. Including:DISABLE,ENABLE
The Settings
are described in section 8.2.6.
DOD: Depth of battery discharge. When the battery discharge
exceeds the DOD parameter, the inverter generates a low voltage
or under voltage alarm, and the battery stops discharging.
Interface Description
SYSTEM2
EPS ENABLE ： ENABEPS ENABLE
：
When the Grid and PV are powered off , Enable the
battery to supply power to the load, default option is enable.

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5.4.10 Battery current interface
5.4.11 Grid-co nn ected
5.4.12 I NV
5.4.13 LOAD
5.4.14 REWOPVNI
44 / 61
5.4.15 GRID POWER
5.4.16 REPREWOPDAOL
5.4.17 REWOP
5.4.18 Temperature
5.4.19 St ate
Interface Description
POWER
GRID U : 0.0W
GRID V : 0.0W
:WDIRG 0.0W
The CT arrow points to the power grid. The discharge from the
inverter to the grid is “+”, and the opposite is “- “.
GRID:GRID- phase U power.
GRID:GRID- phase V power.
GRID:GRID- phase W power.
Interface Description
LOAD POWER PER
U: 0W 0%
V: 0W 0%
W : 0W 0%
.egatnecreprewopUesahp-daoL:U
.egatnecreprewopVesahp-daoL:V
.egatnecreprewopWesahp-daoL:W
Interface Description
POWER
PV
: 0W
BAT: 0W
PV : PV power.
BAT:Battery power.
Interface Description
TEMPERATURE
INVE 0:R ℃
DCDC: 0℃
INSIDE: 0℃
INVER: DC/AC temperature.
DCDC:DC/DC temperature.
INSIDE:Internal ambient temperature.
Interface Description
STATE
SYS: STANDBY
INV: STANDBY
DCDC: STANDBY
System information: Display completeinverter status information,
Including: Initialization, Standby, PV grid connection, Grid
connection of battery, Hybrid power supply, Fault, Service ,Self -
,elbaneegrahcsiD,elbanegnigrahC,CFPotVNI,dirg,drigffO,kcehc
Force charge enable, etc.
INV: Displays the inverter status information.
noitamrofnisutatsgnigrahcsiddnagnigrahcsyalpsiD:CDCD
Interface Description
BMS PRMETER
CHAR VOL :
:
0.0V
CHARGE
0A
DISCHA :0A
CHAR VOL: Battery BMS request Max. charging voltage.
CHARGE: Battery BMS request Max. charging curr .tne
DISCHA:
Battery BMS request Max. discharging current.
Interface Description
GRID:
0.00Hz
U: 0.0 0.0A
V:
0.0V 0.0A
W:0.0V 0.0A
GRID FREQ
:Grid real - time frequency.
U: Gird-phase Ureal -time voltage. CT real - time current
V: Gird-phase V real-time voltage. CT real - time curr tne
W: Gird-phase W real -time voltage. CT real-time curr tne
CT：Current sensor access seiro
Interface Description
INV: 0.00Hz
U: 0.0V 0.0A
V: 0.0V 0.0A
W:0.0V 0.0A
INV FREQ : Grid real - time frequency.
U: INV - phase U real-time voltage. INV - phase U real - time current.
V:INV - phase V real-time voltage. INV - phase V real - time current.
W: INV - phase W real-time voltage. INV - phase W real - time current.
Interface Description
LOAD:
U: 0.0V 0.0A
V: 0.0V 0.0A
W:0.0V 0.0A
synonymy：Back-UP/EPS/LOAD
U: Load- phase U real - time voltage. Load-phaseU real - time current.
V: Load - phase V real - time voltage. Load-phase V real - time current.
W: Load - phase W real- time voltage.Load- phase W real - time current.
Interface Description
POWER
INV U : 0.0W
INV V : 0.0W
INV W : 0.0W
INV: INV - phase U power.
INV: INV - phase V power.
INV: INV - phase W power

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5.5 Setting
46 / 61
5.5.4.0
System Setting
5.5.2 SET Password
5.5.3 Setup
5.5 .4.1.1 Peak shift work time
5.5.1 State
5.5.4
Interface Description
SYS SETTING
1: WORK MODE
2: EPS ENABLE
3: BAT WAKE -UP
4: REMOTE CTRL
5: START DELAY
6: PV INPUT
7: Anti Reverse
This interface is used to access system information.
Press Up/Down button to move corresponding options.
Press Enter to enter the selected menu.
Press ESC button to return to the setting interface.
There are 7 options in total.
Interface Description
WORK MODE
1:SELFCONSUME
2:PEAK SHIFT
3:BAT PRIORITY
This interface is used to select the working mode.
Press ESC button return to setting interface. (Refer to 3.2)
Interface Description
WORK MODE
1:SELFCONSUME
2:PEAK SHIFT
3:BAT PRIORITY
WORKTIME
1:TIME 1
2:TIME 2
3:TIME 3
CHAG START1 00:00
CHARGE END100:02
DISC START1 00:03
DISCHA END1 23:59
This interface is used to select the working mode.
Press ESC button return to setting interface. (Refer to 3.2) .
Select the peak shift mode, you also need to set the charge and
discharge time
It’s allowed to set Three charging and discharging periods.
When setting the time, ensure that the time of the inverter is the
local time.
Press Ent er to enter the next menu.
This parameter is set for one day. If the specified time conflicts, the
first time is used as the main time perform . If the three time ranges
do not conflict, the three time ranges are executed in sequence.
This interface is used to adjust the time of peak load shifting.
Press Up/Down button to move the corresponding options.
Press Enter to enter the selected menu.
Press Esc button to return to the working mode interface.
Interface Description
USER
1:SETUP
2:INQUIRE
3:S
TATISTIC
SETUP: Press Enter to user settings interface.
INQUIRE:
Query inverter model, serial number, software version .
STATISTIC rretrevniweiV: un .scitsitats
Interface Description
PASSWORD
INPUT: XXXXX
Enter the password required for setting. The default password
is“00000”.
Press the Up or Down keys to adjust the number, press the Enter key
to move the cursor forward, and press the Esc key move the cursor
backward.
Interface Description
SETUP
1:SYS SETTING
2:BAT SETTING
3:GRID STD
4:RUN SETTING
5:485 ADDRESS
6:BAUD RATE
7:LANGUAGE
8:BACKLIGHT
9:DATE/TIME
10:CLEAR REC
11:PASSWORD
12:MAINTENANCE
13:FCTRY RESET
This interface is used for various information inquiry options.
Press the Up/Down button to make the corresponding selection.
Press Enter b utton to enter the selected menu.
Press ESC button return to the user interface. (Refer to 8.2.1).
There are 13 options in total.
5.5.4.1 Work mode

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47 / 61
5.5.4.2 EPS enable
5. 5.4.3 Battery wake-up
5.5.4.4 LRTCETOMER
5.5.4 YALEDTRATS5.
5.5.4 EDOMTUPNIVP6.
5.5.4.7 esreveRitnA
5.5.5 BAT SETTING
5.5.5.0 BAT SETTING
5.5.5 EPYTTAB1.
5.5.5.1 .1 L retemarapyrettab
Interface Description
Anti Reverse
1.DISABLE
2.ENABLE
Anti- Reverse
: Whether Inverter isn’t allowed to generate
electricity to the Grid.
The default option is disable.
Interface Description
BAT SETTING
1.BAT TYPE
2.DISC-DEPTH
3.CHARG-CURR
4.BAT-COMM
.sretemarapyrettabtcelesotdesusiecafretnisihT
Press Up/Down button to move corresponding options;
Press Enter button to enter the selected menu;
Press ESC button to return to setting interface.
Interface Description
BAT TYPE
DC-SOURCE
LEAD- ACID
Lith um
This interface is used to select battery type.
Press Up/Down button to move corresponding options;
Press Enter button to enter the selected menu.
Select the L enter button to enter interface;
Set 1 to test and disable the setting
.
Interface Description
3:
This interface is used to select battery paramete r.
Press Up/Down button to move corresponding options;
Press
Enter button to enter the selected menu;
This interface is used to set the l battery
.
3:
Interface Description
EPS ENABLE
1:DISABLE
2:ENABLE
When the Grid and PV are powered o , Enable the battery to
supply power to the load, default option is enable.
Interface Description
WAKE- UP EN
1:DISABLE
2:ENABLE
When the battery is low and the battery relay has been
disconnected, the inverter will send instructions to the battery
forcibly sucking relay by BMS, and the inverter will charge.
The default option is disabled. ( Partial lithium battery support )
If you want to use this feature, please consult the battery brand
supported by the dealer. Use it only when the battery is too low .
Interface Description
REMOTE CTRL
1:DISABLE
2:ENABLE
Reserved
Interface Description
START- UP DELAY
INPUT: 60
UNIT: SEC
Reserved
Interface Description
INPUT MODE
1.INDEPENDENT
2.PARALLEL
3.CV
Setup of PV Input mode.
INDEPEN sgnitteStluafedehT:TNED
PARALLEL:This feature is for test use .esuremotsucton,ylno
CV: This feature is for test use only, not customer use.
The factory setting by default is Independent, When parallel input
is set to be Independent mode, PV power will be imbalanced.

33 34
5.5.5 MMOC-TAB2.
5.5.6 Grid standard
5.5.6.1 Gr id standard
GNITTESNUR7.5.5
5.5.7.0 GNITTESNUR
5.5 .7.1 EDOMTCAER
12:CUSTOM- User defined
13:POL 230V/380V/50HZ
14:EN50549
217V/220V/240V 380V/400V
50HZ/60HZ
15:VDE4105 —Germany: 230V/380V/50Hz
If the country used is not one of the above options, consult
the distributor
.
Interface Description
RUN SETTING
1.REACT MODE
2.GRID POWER
3.DISC POWER
4.PV POWER
5.VAC- MIN
6.VAC- MAX
7.FAC- MIN
8.FAC- MAX
9.ACTIVE REP.
This interface is usedto select run setting.
Press Up/Down button to move corresponding options;
Press Enter button to enter the selected menu.
Factory default Settings. Please consult the distributor for
modification
Interface Description
RUN SETTING
1.REACT MODE
2.GRID POWER
3.DISC POWER
REACT MODE
1.POWER FACTOR
2.REACT POWER
3.QU WAVE
4.QP WAVE
POWER FACTOR
INPUT: C1.00
.edomtcaertcelesotdesusiecafretnisihT
Press Up/Down button to move corresponding options;
Press Enter button to enter the selected menu.
QU WAVE(
Reserved )
QP WAVE(
Reserved )
The input value shou ld range between L0.80 and L0.99 or
C0.8 and C1.00.
Interface Description
BAT CHARGE CURRT
INPUT: 50
UNIT:
A
This interface is used to set the lithium battery charging
current. (The input value ranges from 20-50A）
Charge current, as recommended by the battery manufacturer.
Interface Description
BAT- COMM
1.RS485
2.CAN
This interface is used to select battery communication SMB
type.
Press Up/Down button to move corresponding options;
Press Enter button to enter the selected menu.
The default option is CAN.
Interface Description
GRID STD
1.AU
2.AU-W
3.NZ
4.UK
5.VDE
6.KR
7.PHI
8.CN
9.US-CA
10.JP
11.CUSTOM
This interface is used to select Grid standard.
Press Up/Down button to move corresponding options;
Press Enter button to enter the select ed menu.
1:AU-(Australia)：240V/415V/50Hz
2:AU-W( Western Australia ): 240V/415V/50Hz
3:NZ- New Zealand : 240V/415V /50Hz
4:UK- United Kingdom 230V/50HZ
5:PK -
230V/50HZ
6:KR -Korea:
220V/380V/60Hz
7:PHI-Philippines : 110V/220V/60HZ
8:CN-China : 220V/380V/50HZ
9:US-CA—America: 120V/240V 208V/240V/60Hz
10:THAIL
220/380V/5 0HZ
11:ZA 230/50HZ

35 36
REACT POWER
INPUT: +00%
The input value should range between - 60% and
+60 %, which varies with the standard.
5.5.7.2 GRID POWER
Interface
GRID PERCENT
INPUT: 100%
The input value is power percent of grid.
5.5.7 REWOPEGRAHCSID3.
Interface
DISC P ER CENT
INPUT: 100%
The input value is power percent of battery discharge.
5.5.7 REWOPVP4.
Interface
PV PERCENT
INPUT: 100%
The input value is power percent of PV.
5.5.7 NIMCAV5.
Interface Description
Description
Description
Description
GRI D VOLT LOW
INPUT: 150
UN IT:
V
The input value of Grid low voltage.
(This is valid only if the grid standard is "
5.5.7.6VACMAX
Interface Descr iption
GRID VOLT HIGH
INPUT: 280
UNIT :
V
The input value of Grid high voltage.
(T h is is v a lid o n ly if t h e g rid s ta n d a rd s " custom)
5.5.7.7FACMIN
Interface Description
WOLQERFIRG D
INPUT: 57.0
UNIT: Hz
The input value of Grid low frequency.
(This is valid only if the grid standard is " )
5.5.7.8FACMAX
Interface Descr iption
GRI D FREQ HIGH
INPUT: 63.0
UNIT : Hz
The input value of Grid high frequency.
(This is valid only if the grid standard is "
IV E RE F.TCA9.7.5.5
Interface Descr iption
ACTIVE Type
5.Reserved1
6.Reserved2
7.Reserved3
8.Reserved4
Custom un ction , default is allo , do not need to set,
customers need to consult the distributor.
custom"
custom"）
custom"）
2.PWR FREQ RES
3.PFC VOLT RES
4.PFC FREQ RES
1.PWR VOLT RES
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