Hyper 3-5kW Solar Inverter

Hyper 3~5kW User Manual

Product Information

The Hyper 3~5kW is a low-voltage hybrid inverter manufactured by
Hangzhou Livoltek Power Co., Ltd. It is available in four different
models: Hyper 3000, Hyper 3680, Hyper 4600, and Hyper 5000.

Product Usage

Before using the inverter, it is important to read the user
manual and other related documents carefully. The manual must be
available at all times for reference. The following are some
important usage instructions:

Safety Precautions

• The inverter has been designed and tested in accordance with
  international safety regulations. However, residual risks may still
  exist, and all safety instructions must be observed to prevent
  personal injury and property damage.

• Ensure that the inverter is used in environments that meet its
  design specifications.

• Follow local laws and regulations when installing, operating,
  or maintaining the inverter.

Installation

Installation of the inverter must be carried out by specially
trained personnel in compliance with standards, wiring rules, and
the requirements of local grid authorities or companies. Before
installation, it is important to ensure that:

• The inverter is installed in a well-ventilated area with
  sufficient space around it for maintenance purposes.

• The inverter is installed on a flat surface that can support
  its weight.

• The battery is connected to the inverter before the AC input
  and output are connected.

• The inverter is installed in a location where it is protected
  from direct sunlight, rain, and other weather elements.

Battery Safety

When working with the battery, it is important to observe the
following safety instructions:

• Ensure that the battery is disconnected from the inverter
  before any maintenance work is carried out.

• Avoid short-circuiting the battery terminals.

• Wear protective clothing and equipment when handling the
  battery.

Inverter Safety

When working with the inverter, it is important to observe the
following safety instructions:

• Ensure that the inverter is disconnected from the AC supply
  before any maintenance work is carried out.

• Avoid touching live components inside the inverter to prevent
  electric shock.

• Do not attempt to repair or modify the inverter unless you are
  specially trained and authorized to do so.

USER MANUAL
Hyper 3~5kW
Copyright Declaration The copyright of this manual belongs to Hangzhou Livoltek Power Co., Ltd. Any corporation or individual should not plagiarize, partially or fully copy and no reproduction or distribution of it in any form or by any means. All rights reserved.
HP16521-Ver 10-2204

Content 1. About This Manual………………………………………………………………….. 4
1.1 Validity ………………………………………………………………………. 4 1.2 Target Group ………………………………………………………………. 4 1.3 Symbol Used……………………………………………………………….. 4 1.4 Storage of the manual ………………………………………………….. 4 2. Safety Precautions ………………………………………………………………….. 5 2.1 Personnel Requirements ………………………………………………. 5 2.2 Inverter Safety…………………………………………………………….. 5 2.3 Battery Safety ……………………………………………………………… 6 2.4 Installation Safety………………………………………………………… 7 2.5 Electrical Safety …………………………………………………………… 7 2.6 Maintenance and Replacement …………………………………….. 8 3. Product Introduction ………………………………………………………………. 9 3.1 Function Description ……………………………………………………. 9 3.2 Appearance ………………………………………………………………. 10 3.3 System Diagram ………………………………………………………………. 12 3.4 Work Modes ……………………………………………………………………. 13 4. Unpacking and Storage ………………………………………………………….. 17 4.1 Packing List ……………………………………………………………………… 17 4.2 Identify the Inverter …………………………………………………………. 19 5. Mechanical Installation………………………………………………………….. 22 5.1 Installation Requirements …………………………………………………. 22 5.2 Installation Instruction ……………………………………………………… 24 6. Electrical Connection …………………………………………………………….. 31 6.1 Wiring Diagram ……………………………………………………………….. 32 6.2 Additional Grounding Connection………………………………………. 34 6.3 Grid Cable Connection ……………………………………………………… 35 6.4 Critical Loads Connection (EPS function) …………………………….. 37

6.5 PV Cable Connection ………………………………………………………… 39 6.6 Battery Connection ………………………………………………………….. 41 6.7 WIFI / 4G Connection (Optional)………………………………………… 45 6.8 DRM Connection ……………………………………………………………… 46 6.9 Multi COM Terminal Connection ……………………………………….. 47 6.10 Installation Verification …………………………………………………… 53 7. System Operation …………………………………………………………………. 54 7.1 LEDs Display ……………………………………………………………………. 54 7.2 System Commissioning …………………………………………………….. 56 7.3 System Decommissioning………………………………………………….. 57 8. Settings on the APP……………………………………………………………….. 58 8.1 User Interface Introduction……………………………………………….. 58 8.2 Download and Install………………………………………………………… 59 9. Troubleshooting and Maintenance …………………………………………. 60 9.1 Troubleshooting ………………………………………………………………. 60 9.2 Maintenance …………………………………………………………………… 62 9.3 Removing the Inverter ……………………………………………………… 63 9.4 Disposal of the Inverter ……………………………………………………. 63 10. Technical Data ……………………………………………………………………… 64 11. Disclaimer………………………………………………………………………………. 66

1. About This Manual

1.1 Validity
Thank you for choosing our low-voltage hybrid inverter. This manual is valid for the following models:
Hyper 3000, Hyper 3680, Hyper 4600, Hyper 5000

1.2 Target Group
This manual is intended for qualified persons and inverter owners. All activities described in the document may only be carried out by specially trained personnel in compliance with standards, wiring rules and the requirements of local grid authorities or companies. Moreover, they must also understand basic safety precautions and with the knowledge of how to deal with the dangers and risks associated with installing, repairing and using electrical devices and batteries.

1.3 Symbol Used

Safety instructions will be highlighted with the following symbols.

Symbol

Description

Indicates a hazard with a high level of risk that, if not avoided, will result in death or serious injury.

Indicates a hazard with a medium level of risk that, if not avoided, could result in death or serious injury.

Indicates a hazard with a low level of risk that, if not avoided, could result in minor or moderate injury.
Indicates a situation that, if not avoided, could result in equipment or property damage.

1.4 Storage of the manual
Read the manual and other related documents before performing any operation on the inverter. Documents must be stored carefully and be available at all times. Notes: This user manual is subject to change (specific please in kind prevail) without prior notice. Please check www.livoltek.com for more information.
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2. Safety Precautions

The inverter has been designed and tested strictly in accordance with international safety regulations. As with all electrical or electronical devices, there are residual risks despite careful construction. Read all safety instructions carefully prior to any work and observe them at all times when working on or with the inverter to prevent personal injury and property damage and to ensure long-term operation of the inverter.

Ensure that the equipment is used in environments that meet its design specifications. Otherwise, the equipment may become faulty, and the resulting equipment malfunction, component damage, personal injuries, or property damage are not covered under the warranty.

Follow local laws and regulations when installing, operating, or maintaining the equipment. The safety instructions in this document are only supplements to local laws and regulations.

2.1 Personnel Requirements
The inverter must be installed, electrically connected, operated and maintained by specially trained and qualified electrician. The qualified persons must have the following skills: · Training in how to deal with the dangers and risks associated with installing, repairing and using electrical devices, batteries and installations · Knowledge of the installation and commissioning of electrical system, as well as working process of PV power generation system. · Knowledge of and compliance with this document and all safety information. · Knowledge of all applicable laws, standards and directives. · Knowledge of how batteries work and with all safety information.

2.2 Inverter Safety

DANGER

Danger to life due to electric shock when live components are touched on opening
the product · High voltages are present in the live parts and cables inside the product during operation. Touching live parts and cables results in death or lethal injuries due to
electric shock. · Do not open the inverter cover or change any components without manufacturer’s authorization. Otherwise, the warranty for the inverter will be invalid.

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WARNING
Danger to life due to fire or explosion In rare cases, an explosive gas mixture can be generated inside the product under fault conditions. In this state, switching operations can cause a fire inside the product or explosion. Death or lethal injuries due to hot or flying debris can result. · In the event of a fault, do not perform any direct actions on the product. · Ensure that unauthorized persons have no access to the product. · Only perform work on the product (e.g., troubleshooting, repair work) when wearing personal protective equipment for handling of hazardous substances (e.g., safety gloves, eye and face protection, respiratory protection). · Wait at least 10 minutes for the internal capacitors to discharge after the battery is powered off. · Ensure that there is no voltage or current before installing or disconnecting any connectors. · All safety instructions, warning labels, and nameplate on the inverter should not be removed or covered.
CAUTION
Risk of burns due to hot components! Avoid any unnecessary touching! · Do not touch any hot parts (such as the heat sink) during operation. Only the DC switch can safely be touched at any time.

2.3 Battery Safety

DANGER

Danger to life from electric shock due to live DC cables at the battery.
The DC cables connected to a battery may be live. Touching the DC conductors or the live components leads to lethal electric shocks. · Do not touch non- insulated cable ends. · Do not touch any live components. · Have the inverter and the battery mounted, installed and commissioned only by qualified persons with the appropriate skills. · Observe all safety information of the battery manufacturer. · Prior to performing any work on the inverter or the battery, disconnect the inverter from all voltage sources as described in this document. · If an error occurs, have it rectified by qualified persons only.

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WARNING
Risk of burns due to electric arcs · Short-circuit currents in the battery can cause heat build-up and electric arcs. · Disconnect the battery from all voltages sources prior to performing any work on the battery. · Observe safety information of the battery manufacturer when working on the battery or inverter.
NOTICE · Improper settings or maintenance can permanently damage the battery. · Incorrect inverter parameters will lead to the premature aging of battery.
2.4 Installation Safety
NOTICE · As soon as receiving the inverter please check if it is damaged during its
transportation. If yes, please contact your dealer immediately. · Adequate ventilation must be provided for inverter installation location. · Mount the inverter in vertical direction, and ensure that no objects block the heat dissipation. · The safety instructions in this manual cannot cover all the precautions that should be followed. Perform operations considering actual onsite conditions. · LIVOLTEK shall not be held liable for any damage caused by violation of the safety instructions in this manual.

2.5Electrical Safety

DANGER

· Before installing the inverter check all electrical ports to ensure no damage and no short circuit, otherwise personal casualty and or fire will occur. · Input terminals of the PV inverter apply only to input terminals of PV String do not connect any other DC source to the input terminals. · Before connecting PV Arrays ensure that is its voltage is within the safe range. · Before touching the DC cables, operator must use a measuring device to ensure that the cable is voltage-free. · The operator must follow all warnings on the PV strings and in its manual.

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· All electrical connections must be in accordance with local and national standards. Only with the permission of the local utility grid company, the inverter can be connected to the utility grid.
2.6 Maintenance and Replacement DANGER
· High voltage generated by the equipment during operation may cause an electric shock, which could result in death, serious injury, or serious property damage. Prior to maintenance, power off the equipment and strictly comply with the safety precautions in this document and relevant documents. · Maintain the equipment with sufficient knowledge of this document and using proper tools and testing equipment. · Before maintaining the equipment, power it off and follow the instructions on the delayed discharge label to ensure that the equipment is powered off. · Turn off the AC and DC switches of the inverter when maintaining the electric equipment or power distribution equipment connected the inverter. · For personal safety maintenance personnel must wear appropriate personal protective equipment (like insulation gloves and protective shoes) for the inverter maintenance. · Place temporary warning signs or erect fences to prevent unauthorized access to the maintenance site. · Follow the procedures of maintenance stipulated in the manual strictly. · Check the relevant safety and performance of the inverter rectify any faults that may compromise the inverter security performance before restarting the inverter. · To avoid any other unforeseeable risk, contact immediately your dealer, if there is any issue found during operation. · The equipment can be powered on only after all faults are rectified. Failing to do so may escalate faults or damage the equipment.
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3. Product Introduction
3.1 Function Description
· LIVOLTEK Hyper Series, also called hybrid inverters, are applicable to both ongrid and off-grid solar system with participation of PV array, battery, loads and grid system for energy management.
· The inverter converters the DC power from the PV array or the battery to the AC power. It also transmits the DC power from the PV array to the battery. With the bidirectional converter integrated inside, the inverter can charge or discharge the battery.
· Thanks to its integrated EPS (Emergency Power Supply) function, the hybrid inverter can utilize power from PV panels & energy stored in the battery to supply power to critical load during a grid failure.
· In addition, to meet the increasing prevalence of EVs, this hybrid inverter allows you to use solar panels to charge your electric car. The inverter can communicate with the smart meter to measure your electricity usage from grid, and calculate the PV power as well as battery power to provide available power to EV charger, helping you find ways to save energy and money.
NOTICE
·The Hyper series must only be operated in connection with an intrinsically safe lithium-ion battery approved by Hangzhou LIVOLTEK Power Co., Ltd. ·The battery must comply with the locally applicable standards and directives and must be intrinsically safe. ·The communication interface of the used battery must be compatible with the product. ·The entire battery voltage range must be completely within the permissible input voltage range of the product. ·The maximum permissible DC input voltage of the product must not be exceeded.
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3.2 Appearance
A

B

C

Figure 1. Appearance

Position
A B C

Designation Battery SOC indicator: Indicates the SOC status of the connected lithium battery.
Inverter LED indicator: Displays the current operating status of the inverter Nameplate Label: Clearly identify the product, including the SN, technical data, certifications, etc.

Figure 2. Dimension 10

Figure 3. Terminals on the inverter

Position A B C D E F G H I J

Description DC Switch (Optional) PV Inputs(one or two pairs, depending on the model) Grid output for connection to the utility grid MULTI COM Port for CT/PA/EV connection DRM Port BMS Port Battery Connectors EPS Output for backup loads Communication Port for Wi-Fi /4G (Optional) Stick Additional Grounding terminal

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3.3 System Diagram
DC AC Communication

Mobile APP

Battery

Internet

Grid
Billing Meter

PV Array

Hybrid Inverter

Router

Loads

Smart Meter or CT

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3.4 Work Modes

The hybrid inverter offers four operating modes (Self-use, Self-define, backup and off-

grid) that can be configured via LIVOLTEK APP for you to determine which mode will

be best for you.

Modes

Description

Self-Use (Default)

·The energy produced by the PV system will go for loads

consumption first, then charge battery, rest power

exports to grid, battery will charge or discharge

automatically based on the system condition.

Self-Define

·Suitable for areas with the low import rate and high electricity price.
·Charge/discharge time can be set as customer need. During the non-set time period, it will work in self-use mode.

·Suitable for areas with time of use tariffs which means prices vary between peak and valley.

Backup Mode

·When the grid is functional the battery is kept full capacity and will only be allowed to discharge when grid is unavailable

Off-grid

·Suitable for areas with unstable grid to prolong the autonomy in the event of grid outage. Or reducing the frequency charging & discharging of battery to extend battery life.
·The critical loads will be powered by PV production and Battery (Battery is necessary in this mode.)

·Suitable for non-grid areas, and the inverter will automatic activation this mode in the event of grid failure.

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3.4.1 On-Grid Self-Use Mode
The purpose of this mode is to maximize the solar energy usage and lower the power import from the grid.
When PV, grid, battery is available: ·If PV production Load consumption, PV production will go for loads consumption first, the excess energy will be stored in the battery, and then exported to gird if needed and configured that way 1. ·If PV production < Load consumption, the battery will discharge only for loads consumption until reaches its power limit2. ·If PV production + Battery < consumption, the system will import power from the grid to power the loads, not for battery charge. ·The power switch between PV production, battery and grid is automatic and seamless.
When PV, grid is available (without battery): ·If PV production Load consumption, PV production will go for loads consumption first, then the excess will export to the grid. ·If PV production < consumption, the system will import power from the grid to power the loads, not for battery charge3.
When PV, battery is available (Grid is disconnected): ·In the event of a grid failure or there is no mains, the hybrid inverter automatically switches to Off-grid operation mode. The off-gird mode ensures that the system forms a battery-backup grid that utilize power from PV production and battery to supply power to critical loads. ·The switch time in the system is less than 20ms from one mode to another.
Notes: 1: The inverter offers an export limitation function for you to decide whether you have a grid limitation, and specify its value via LIVOLTEK APP. The export power should not be more than the limit value set in commissioning *2: The battery will stop to discharge when the value is lower than the discharge cut-off SOC of lithium batteries or discharge cut-off voltage of lead-acid batteries, which is available for setting. And the battery power supply can be restored when the battery is
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charged to the “set value +10%” by solar. 3: The battery will be charged only when PV production is sufficient.
3.4.2 On-Grid Self-Define Mode
On-Grid Self-Define Mode also called Time-of-use Mode. When operating in this mode, the charging and discharging time can be set flexibly according to your wishes, and it also allows to choose whether charge from the grid or not1. This mode is ideal for those who want to store the power into the battery when the electricity price is in the off-peak rate and use the power in peak rate time or save the energy for blackout.
When PV, grid, battery is available: ·During charge time, solar energy and grid will charge battery2 as first priority at the same time, the excess solar energy will go for loads consumption and exported to gird if needed and configured that way. ·During discharge time, PV production will go for loads consumption first, battery and excess solar energy will export to the grid3 at the same time. ·During the period of no charge or discharge, the inverter will automatically work in the Self-Use mode.
When grid, battery is available (PV is disconnected): ·During charge time, grid will charge battery and supply power to the connected loads at the same time. ·During discharge time, battery will discharge to EPS loads first, then the excess energy will export to the grid. Notes: 1: Firmware update may be required to support this mode. 2: You can choose whether to import from the grid to charge the battery via the LIVOLTEK APP. *3: You can choose whether to export to the grid from the battery via the LIVOLTEK APP.
3.4.3 On-Grid Backup Mode
·When operating in this mode, solar energy and grid will fully charge battery as first
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priority at the same time. ·The loads will be supplied by the surplus solar production supplemented, if necessary by the public electricity grid. The battery will be used only when the grid failure.
NOTICE ·If set zero feed-in, the system will not export power to grid when work on the mode of self-use, self-define or backup. But a small amount of energy will still inevitably be fed into grid due to unpredictable PV energy change and load fluctuations. 3.4.4 Off-Grid Mode When operating in this mode, Photovoltaic and battery constitute a pure off-grid system, the critical loads (EPS Loads) will be powered by PV production and if the PV production is insufficient, battery will discharge to power the loads at the same time. (Battery is necessary in this mode.)
NOTICE ·When battery is discharged to the DischargeEndSOC@EPS value, the inverter will stop working and wait for the grid to recover or until there is sufficient power from PV panels to charge the battery. ·If grid failure is a common occurrence in your area, it is recommended to adjust the DischargeEndSOC@Grid higher to ensure there is more battery power available.
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4. Unpacking and Storage
The inverter is thoroughly tested and strictly inspected before delivery. Damage may still occur during shipping. Please check the outer packing for damage and the inner contents for any visible damage. Contact your distributor immediately in case of any damaged or missing components.
4.1 Packing List

A

B

C

D

E

F

G

H

I

J

K

L

M

N

O

P

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Position A

QTY 1

Inverter

Designation

B

1

Inverter Bracket (Split Application)

C

1

EPS Plug for backup loads (critical Loads)

D

1

AC Plug for Grid

E

4

Positive & Negative PV Plugs (Two pairs)

F

1

Wi-Fi & Bluetooth integrated Stick

G

1

CT(Current Transformer) & CT cable

H

1

16pin COM connector for CT/Parallel/EV charger

I

2

Positive & Negative BAT Plugs (one pairs)

J

4

Expansion bolts for Wall-mounting Bracket(Split Application)

K

1

Screws for Fixing Mounting Bracket

L

1

PE terminal

M

1

Water-proof RJ45 Connector for BMS

N

1

Water-proof RJ45 Connector for DRM port

O

1

Quality Certificate

P

2

Documents( User Manual & Quick Guide)

Notes: If anything is missing, please contact your local distributor.

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4.2 Identify the Inverter
4.2.1 Nameplate
After moving the hybrid inverter from package, identify it by reading its nameplate labeled on the side of the inverter. The nameplate contains important product information: the model information, technical specifications and compliance symbols. Take Hyper 5000 as an example.

Compliance symbols

Logo, product model,

Key technical data

Certification of inverter SN (serial number) Company name, website and country of origin
Notes: The image shown here is for reference only. The actual product received may differ.
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4.2.2 Compliance and Safety Symbols

Symbol

Explanation CE marking The product complies with the requirements of the applicable EU directives. UKCA marking The inverter complies with the requirements of the applicable UKCA guidelines. UKNI marking The inverter complies with the requirements of the applicable UKNI guidelines. Caution! Beware of a danger zone! Failure to observe any warnings contained in this manual may result in injury. Danger! Beware of hot surface! The inverter can become hot during operation.
Danger! Beware of high voltage and electric shock! Beware of electrical voltage, the product operates at high voltages.

Observe the documentation. Observe all documentation supplied with the product.
WEEE designation. Do not dispose of the product together with the household waste but in accordance with the disposal regulations for electronic waste applicable at the installation site. Danger to life due to high voltage and electric shock! There are residual voltages in the inverter after powering off, you should wait at least 5mins after disconnecting the inverter from the utility grid and from the PV panel before touching any inner live parts.

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4.3 Storage of Inverter
The following requirements should be met if the inverter will not be deployed immediately: ·Do not unpack the inverter (put desiccant in the original box if the inverter is unpacked). ·Store the inverter at a temperature range of -30° C to +70° C, and with the relative humidity of 0% to 100% (no condensing). ·In case of stacking storage, the number of stacking layers should never exceed the limit marked on the outer side of the packing case. ·The inverter should be stored in a clean and dry place and be protected from dust and water vapor corrosion. ·Do not position the inverter at a front or excessive back or side tilt, or upside down. ·Conduct periodic inspection during storage. Replace the packing materials immediately if any rodent bites are found. ·Ensure that qualified personnel inspect and test the inverter before use if it has been stored for a long time.
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5. Mechanical Installation
5.1 Installation Requirements
NOTICE · Make sure there is no electrical connection before installation. · In order to avoid electric shock or other injury, make sure that holes will not be drilled over any electricity or plumbing installations. · Always follow the instructions when moving or positioning the inverter. · Improper operation may cause injuries or serious wounds. In the case of poor ventilation, the system performance may compromise.
5.1.1 Location Requirements

No direct sunlight

No rain exposure

No snow lay up

Direct sunlight

Rain exposure

Snow lay up

Select an optimal mounting location for safe operation, long service life and expected performance. Please AVOIDE direct sunlight, rain exposure, snow laying up during installation and operation. And DO NOT install the inverter in a place where personnel are likely to come into contact with its enclosure and heat sinks because these parts are extremely hot during operation.

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5.1.2 Environment Requirements The inverter must be installed in a ventilated environment to ensure good heat dissipation. Make sure the installation meets the following conditions: ·Not in areas where highly flammable materials are stored. ·Not in potential explosive areas. ·Not in the cool air directly. ·Not near the television antenna or antenna cable. ·Not higher than altitude of about 2000m above sea level. ·Not in environment of precipitation or humidity (95%). ·The ambient temperature in the range of -20 to +60. ·The slope of the wall should be within ±5°. ·The wall hanging the inverter should meet conditions below: ·The wall must be solid enough to bear the weight of the inverter. ·Do not install the inverter on a wall made of gypsum boards or similar materials with weak sound insulation to avoid noise disturbance in a residential area.
5.1.3 Angle and Space Requirements NOTICE
· Never install the inverter horizontally, or with a forward tilt or with a backward tilt or even with upside down. The horizontal installation can result in damage to the inverter. · Install the inverter upright or at a maximum back tilt of 15 degrees to facilitate heat dissipation.
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5.2 Installation Instruction
Two types of Applications: · There are two ways for hybrid inverter to be installed with battery. One called “Split Application” and the other called “All-in-one Application”. · For Split Application, the inverter can be matched with low voltage lithium battery from LIVOLTEK or Pylon or Lead acid battery. · For All-in-one Application, the inverter must be matched with LIVOLTEK lithium battery, and also need purchasing a Middle Cover Kit which can help hiding the wires to make the whole system tidy and safe. · For All-in-one Application, there are three units (inverter, battery and middle cover kit) packaged separately. Please check and contact your distributor immediately in case of any damaged or missing components. Installation Tools Installation tools recommended but not limited to the following ones. If necessary, use other auxiliary tools on site.
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5.2.1 Installing the Inverter (Split Application) Step1: Drill holes on the wall · Take out the wall-mounting Bracket from the inverter package. · Locate the appropriate drilling holes and mark it with a marker pen (Using a digital level to make sure the bracket is at a horizontal position before installation.) · Drill holes with driller, make sure the holes are deep enough (at least 70mm) to support the inverter.
Step 2: Secure the mounting bracket on the wall · Use expansion bolts or correct wall fixings to attach the mounting bracket to the wall tightly.
Step 3: Install the inverter on the mounting bracket · Hang the inverter on the mounting bracket and lock the side with screw.
Step 4: Installation Self-check · Ensure the inverter is well fixed; · Ensure DC-switch is switched to OFF.
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5.2.2 Installing the All-in-one System Step1: Choose a location · Choose an appropriate location capable of supporting the full weight (>90kg) and height of All-in-one system. · Be sure to choose a flat wall.
Step 2: Take out the Brackets · Open the packages of battery and middle cover kit respectively, then take out the wallmounting brackets.
Notes: The inverter-bracket of for all-in-one application is not as same as the split one, please leave the split bracket and expansion bolts in the inverter’s package when you want to install the all-in-one system).
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Step 3: Assemble the All-in-one Mounting Bracket · Assemble the All-in-one Mounting Bracket with 4 screws as shown below.
Step 4: Anchor All-in-one Mounting Bracket · Determine the positions for drilling holes using the marking-off template, and then mark the positions with a marker. · The height of the holes from the ground should be 450mm · Drill holes with driller (Drill bit: 12), make sure the holes are deep enough.
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Step 5: Secure the All-in-one bracket on the wall · Fix the All-in-one bracket to the wall with 9 expansion bolts.
Step 6: Remove the upper cover of the Battery ·Pull out the front cover of the wiring area, then loosen the screws on the top cover to remove the upper cover of the battery.
Step 7: Install the battery on the Bracket ·Lift and hang the battery to the battery-bracket.
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Step 8: Install the bottom of middle cover kit to the Bracket ·Install the bottom of middle cover kit to the all-in-one bracket and tighten the screws (M5*5).
Step 9: Install the Inverter to the Bracket ·Lift and hang the Inverter to the bracket and secure with screw. ·Make sure that 2 mounting ears are perfectly engaged with the bracket.
Step 10: Install the side frames ·Install the left and right frames. The upper part of which should be hung to the corresponding holes of the inverter, and the lower part should be inserted into the middle
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cover bottom. Then tighten them with M5 screws.
Step 11: Electrical Connection Please refer to the Electrical Connection instructions in the next chapter. Step 12: Install the Middle-cover ·Buckle the middle-cover to the all-in-one system after all electrical connection and settings are done ·DO NOT forget to grounding the Inverter and battery.
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6. Electrical Connection
Prior to any electrical connections, keep in mind that the inverter has dual power supplies. It is mandatory for the qualified personnel to wear personal protective equipment (PPE) during the electrical work.
DANGER
Danger to life due to a high voltage inside the inverter! · The PV string will generate lethal high voltage when exposed to sunlight. Before starting electrical connections, disconnect the DC and AC circuit breakers and prevent them from inadvertent reconnection. · Ensure that all cables are voltage free before performing cable connection.
WARNING
· Any improper operations during cable connection can cause device damage or personal injury. · Only qualified personnel can perform cable connection. · All cables must be firmly attached, undamaged, properly insulated and adequately dimensioned.
NOTICE
· Comply with the safety instructions related to the PV strings and the regulations related to the utility grid. · All electrical connections must be in accordance with local and national standards. · Only with the permission of the utility grid, the inverter can be connected to the utility grid.
Notes: The cable colors shown in the electrical connection diagrams provided in this chapter are for reference only. Select cables in accordance with local cable specifications (green and yellow cables are only used for PE).
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6.1 Wiring Diagram
6.1.1 Wiring Diagram for European
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6.2 Wiring Diagram for Australia and New Zealand
WARNING
· In Australia and New Zealand, electrical installation and maintenance shall be conducted by a licensed electrician and shall comply with Australia/New Zealand National Wiring Rules. · Because the inverter does not maintain neutral integrity, an external neutral connection must be used in Australia and New Zealand. 30mA Type “A” RCD can be used where required by AS/NZ_3000, but cannot be used if there are backup loads on the inverter as per AS4777. · For Australia and New Zealand, the neutral cable of Grid side and Backup side must be connected together according to the wiring rules AS/NZ_3000, otherwise backup function will not work.
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6.2 Additional Grounding Connection
WARNING
· Ensure that the PE cable is securely connected. Otherwise, electric shocks may occur.
· Do not connect the neutral wire to the enclosure as a PE cable. Otherwise, electric shocks may occur.
· Good grounding for the inverter helps resist the impact of surge voltage and improve the EMI performance. Connect the PGND cable before connecting the AC power cables, DC power cables, and communication cables.
NOTICE
· The PE point at the AC output port is used only as a PE equipotential point, and cannot substitute for the PE point on the enclosure. Make sure the two terminals are both grounded reliably.
· It is recommended that silica gel or paint be used around the ground terminal after the PE cable is connected.
Suggested cable requirement for Ground wires The additional grounding cable should be of the same cross section as the PE wire in the AC cable (prepared by customers). Wiring Connection Procedure Step1: Crimping an OT terminal. · Prepare a one-core wire, and remove an appropriate length of the insulation layer
from the PGND cable using a wire Stripper. · Insert the exposed core wires into the crimping areas of the OT terminal and crimp
them using hydraulic pliers.
Step2: Connecting PE Cable · Remove the screw on the grounding terminal on the side of the inverter and fasten
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the cable with a screwdriver. · Apply paint to the grounding terminal to ensure corrosion resistance.
6.3 Grid Cable Connection
The hybrid inverter has two AC output terminals, one is grid output for connecting grid and the other is EPS (emergency power supply) output for connecting critical loads.
ON Grid Output
OFF Grid Output for critical loads
WARNING
· On grid terminal and off grid terminal CAN NOT directly connect together. · Off Grid terminal (EPS output) CAN NOT connect to grid. · When you want to use both on gird power and backup power, please connect both
with Grid output and EPS output. · When you want to use on gird only, please connect with Grid output and float
EPS output. 35

Grid and EPS output terminals show as below:

Back shell Cable nut Threaded sleeve Connection terminal
WARNING
· The grid voltage and frequency must be in the permissible range. · An external AC breaker must be installed on the AC side of each inverter to
ensure that the inverter can be safely disconnected from grid when necessary. · In the systems with multiple inverters, protect each inverter with a separate circuit
breaker. · Never connect a load between the inverter and the circuit breaker.

Suggested cable requirement for Grid wires

Model

Wire Size

Cable

3~5KVA

12AWG

4-6mm²

Beaker 32A

Wiring Connection Procedure
Step1: Assembling the GRID Connector · Uninstall the AC terminals. · Remove an appropriate length of the jacket and insulation layer from the AC output
cable using a wire stripper. · Thread cables through back shell, cable nut, threaded sleeve in sequence, insert
cables into connection terminal according to polarities indicates on it and tighten
the screws. · Make sure Live/Neutral/PE wire are correct, please follow the markings on the
connector. · Push sleeve on to connection terminal until both are locked tightly.

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Step 2: Connecting AC Connector · After AC wiring, route the AC connector into
the AC terminal of the inverter and double check it. · Connect “PE” conductor to the grounding electrode. Connect “L” and “N” conductors to the AC circuit breaker. · Make sure all the wires are firmly installed via the right torque tool or dragging the cables slightly.
WARNING
High leakage current! · Ensure all cables are voltage-free before electrical connection. · Do not connect the AC circuit breaker until all inverter electrical connections are
completed.
6.4 Critical Loads Connection (EPS function)
If you want to use the energy storage system to power the house (as a standalone system or during Grid failure), the EPS connector should be used and the EPS function should be enabled during setup. Otherwise you could leave the EPS port disconnected. The EPS output port is only for critical loads connection.
WARNING
· The grid voltage and frequency must be in the permissible range. · Risk of inverter damage due to incorrect cable connection. Do not connect the
grid power wires to EPS port. · An independent circuit breaker must be installed on the EPS side to cut off the
inverter from EPS loads when necessary. · Decide which household appliances should be included in the EPS circuit and
carry out any required re-wiring.
6.4.1 Wiring Connection Procedure
Step 1: Assembling the EPS Connector (reference to Grid connector). · Make sure Live/Neutral/PE wires are correct. · Be sure follow the markings on the connector.
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Step 2: Connecting EPS Connector · Unscrew the cap on the EPS port. · Insert the EPS cable into the EPS port on the
inverter until there is a “Click” sound.
6.4.2 Declaration for EPS Loads The purpose of the EPS Loads Function is to enable certain house circuits to remain on in the event of a power failure. Make sure that the combined power required for all devices connected to this output does not exceed the power rating of the inverter.
CAUTION
The hybrid inverter can supply a continuous 5000VA output (max 5500VA for 10s) on EPS side. And the inverter has self-protection derating at high ambient temperature. Accepted loads as below: · Inductive Load: Max 1.5KVA for single inductive load, max 2.5KVA for total inductive load power. · Capacitive load: Total capacitive load (like computer, switch power etc.) power 3.0KVA · Do not connect loads that are dependent on a stable energy supply for a reliable operation. · Do not connect the loads that may cause very high start-up current surges, such as air-conditioner, high-power pump, and hair drier. · Due to the condition of the battery itself, battery current might be limited by some factors, including but not limited to the temperature and weather.
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NOTICE
· Appliances such as air conditioner are required at least 2~3 minutes to restart because it’s required to have enough time to balance refrigerant gas inside of circuits. If a power shortage occurs and recovers in a short time, it will cause damage to your connected appliances. · To prevent this kind of damage, please check manufacturer of air conditioner if it’s equipped with time-delay function before installation. Otherwise, this inverter will trig overload fault and cut off output to protect your appliance but sometimes it still causes internal damage to the air conditioner.
6.5 PV Cable Connection DANGER
Danger of electric shock! · The PV array will generate lethal high voltage once exposed to sunlight. Ensure
all cables are voltage-free before performing electrical operations. · Do not connect the AC circuit breaker before finishing electrical connection.
WARNING
· Make sure the PV arrays are well insulated to ground before connecting it to the inverter.
· Make sure the voltage, current and power ratings of the PV arrays are within the permissible range.
· Make sure polarity is correct. The inverter will not function properly if any PV polarity is reversed.
· The 3.68kW/5kW inverter is designed with 2 MPPT trackers, if the inputs of the PV panels are paralleled, please consult with your local distributor for technical support.
· To avoid any malfunction, do not connect any PV Arrays with possible current leakage to the inverter. For example, grounded PV Arrays will cause current leakage to the inverter.
· Make sure DC switch on “OFF” position. Otherwise please use an external PV switch to cut off the PV connection during wiring and when necessary.
NOTICE · Use IEC61730 class-A Rating PV Arrays.
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· To ensure IP65 protection, use the right PV plugs in the package. · Damage to the device due to the use of incompatible terminals shall not be

covered by the warranty. · All wiring must be performed by a qualified personnel.

Suggested cable requirement for PV wires

Model

Wire Size

Cable

Beaker

3 ~5KVA

12AWG

4-6mm²

25A

Wiring Connection Procedure
Step1: Assembling the PV Connector: · Strip the insulation from each PV cable by 6­8 mm. · Assemble the cable ends with the crimping pliers. · Lead the cable through the cable gland and connect PV cable to PV connectors. · Screw the cable gland and the insulator.

NOTICE
· DO NOT crimp the two metal sheets (below picture). · These are fixing structure of metal core and its plastic shell. Crimping of the two metal sheets will result in failure of assemble, which may cause contact problems, and
even fire in extreme cases. · Measure the voltage of every route Strings using a Multi-meter. · Ensure that the polarities of the DC input power cables are correct.

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Step 2: Installing the PV Connectors · Check the positive and negative polarity of the PV strings.
· Connect the PV connectors to the corresponding terminals until a “click” sound is
heard. · Seal the unused PV terminals with the terminal caps.
PV+ PV-
6.6 Battery Connection
Refer to the instructions supplied by the battery manufacturer for the connections on the battery side. Battery connection diagram
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6.6.1 Battery Connection DANGER
· Be careful against any electric shock or chemical hazard. · Only use properly insulated tools to prevent accidental electric shock or short
circuits. If insulated tools are not available, use electrical tape to cover the entire exposed metal surfaces of the available tools except their tips. · Connect battery cables with correct polarity. If battery cables are reversely connected, the solar inverter may be damaged. · The plug connector must be connected only by trained electricians. · Do not disconnect under load! Battery can be placed in a no load state by shutting down the inverter completely.
NOTICE
· This inverter can only be connected with LIVOLTEK or Pylon low-voltage lithium batteries with nominal voltage from 40V to 60V now. If you choose other lithium batteries, please consult LIVOLTEK for compatibility. Otherwise inverter will not work normally.
· A two-pole DC circuit breaker with overcurrent protection should be installed between the inverter and the battery.
Wiring Connection Procedure Use the right BAT plugs within the scope of delivery. Use the tin-plated cables with a conductor cross section of 25 mm² because the maximum battery current is 100A. Step 1: Assembling the positive and negative connectors · Remove an appropriate length of the insulation layer from the positive and negative
power cables using a wire stripper. · Insert the exposed areas of the positive and negative power cables into the BAT
plugs of the positive and negative connectors respectively and crimp them using a crimping too. · Lead the cable through the cable gland to insert into the insulator until it snaps into place. Then tighten the cable gland.
42

Step2: Connecting the Battery Connectors Plug the battery connectors into the corresponding BAT+ and BAT- terminals at the bottom of the inverter. Ensure that the connectors are securely in place.
Step 3: Connecting the Battery Connect the negative battery cable into the negative battery port and the positive battery cable into the positive battery port, and fasten the screws on the battery port by using a torque screwdriver. If the connector from wire to battery is not assembled, you need to contact with your battery vendor for detailedinformation.
6.6.2 BMS Cable Connection
6.6.2.1 BMS Cable Connection NOTICE
· Communication interface between inverter and battery is CAN with a RJ45 connector.
· The CAN cable enables the communication between the inverter and the Li-ion battery from Pylon (48V), LIVOLTEK.
· The battery communication can only work when the battery BMS is compatible with the inverter.
Wiring Connection Procedure Step1: Assembling the BMS cable Connector · Prepare a communication cable and insert the BMS cable connector which can be
found in the scope of delivery. · Crimp the communication cable with an Rj45 plug which is inside of the cable
connector.
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Step2: Installing the BMS Connector · Insert the cable connector into BMS
port on the inverter and screw it tightly. · Then insert other side of
communication cable into CAN port on the battery.
6.6.2.2 BMS Pin Definition NOTICE
· The BMS Pin Definition for battery from the Pylontech and LIVOLTEK are different. Make sure the right wire sequence, otherwise will cause failure.
BMS Pin Definition for LIVOLTEK Lithium Battery
BMS Pin Definition for Pylontech Lithium Battery
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6.6.3 NTC Communication for Lead-acid battery (Optional)
The lead acid battery controls the inverter charging and discharging by NTC temperature sensing. Procedure: Step 1: Please find the NTC cable and a piece of tape in the accessories package of inverter. Step 2: Make the tape adhere to NTC interface. Step 3: Please clean battery surface before sticking Step 4: Insert the RJ45 port of NTC into BMS port of inverter, and make the interface adhere to the battery interface (any place but must be nonmetallic).
6.7 WIFI / 4G Connection (Optional)
The inverter provides a communication port, which can collect data and transmit data of the inverter to the monitoring website via Wi-Fi or 4G (Optional).
WIFI Stick (Wi-Fi & Bluetooth 2in1 function) implements communication with Cloud server through wireless network to monitor the inverter’s data status. For more details, refer to WIFI Application Manual.
4G Stick (currently under development) implements communication with Cloud server through cellular to monitor PV inverter’s data status. For more details, refer to GPRS Application Manual.
Wiring Connection Procedure Step 1: Remove the waterproof lid from the Wi- Fi/4G terminal. Step 2: Insert the Wi-Fi stick into the communication port. Slightly shake it by hand to determine whether it is installed firmly. Step 3: Build the connection between the inverter and router. Please refer to the Pocket Wi-Fi user manual to configure the WLAN.
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6.8 DRM Connection
The inverter supports the demand response modes as specified in the standard AS/NZS 4777. The inverter has integrated a terminal block for connecting to a DRED, as shown in the following figure.

Mode DRM0

Requirement Operation disconnect device

DRM1 DRM2

Do not consume power Do not consume more than 50% of rated power

DRM3

Do not consume more than 75% of rated power AND Source reactive power if capable

DRM4

Increase power consumption (subject to constraints from other active DRMs)

DRM5

Do not generate power

DRM6 DRM7

Do not generate more than 50% of rated power Do not generate more than 75% of rated power AND Sink reactive power if capable

DRM8

Increase power generation (subject to constraints from other active DRMs)

“DRM” Connector Pin Definition

Wiring Connection Procedure Step 1: Unscrew the swivel nut from DRM port. Step 2: Lead the cable through the cable gland. Step 3: Remove the cable jacket and strip the wire insulation. Step 4: Plug the wires into the corresponding terminals. Step 5: Fasten the swivel nut with a torque of 4­5N.m and connect the other end to the DRED (DRED device is not provided by LIVOLTEK).
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6.9 Multi COM Terminal Connection
The inverter provides 16pin terminals to facilitate you to install CT or Smart meter, parallel function or EV charger. Follow the pin definition below to connect the Multi com communication cables. Do not remove the resistor or short circuit wire unless you are going to use the corresponding PINs.

Signal definitions
Pin Definition
1 Meter_485B 2 Meter_485A 3 CT_IN1 4 CT_IN2 5 NC 6 Paral_CANH 7 Paral_CANL 8 GND-C

Description

Pi Definition n

485 contact interface for 9 SYNC-TXA

Smart meter

10 NC

485 contact interface for 11 NC CT
12 EV _485A

N/A

13 EV _485B

CAN contact interface for parallel connection

14 NC 15 Dry-

16 Dry+

Description
485 contact interface for EV charger
Dry contact interface for generator

Assembly reference drawing

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Wiring Connection Procedure Notes: Assemble the communication module and plug it into the communication terminal directly if you are not going to use the communication functions. Step 1: Prepare the communication cable and remove the plug of the communication terminal. Step 2: Dismantle the communication module and take out the pin terminal. To avoid water and dust, keep the rubber plug to seal the unused holes. Step 3: Insert the communication cable into the corresponding pins terminal to realize the RS485 communication function. Step 4: Assemble the communication module and plug it into the communication terminal.
6.9.1 CT Connection
The hybrid inverter is equipped with the feed-in power limit function, so as to meet the requirements of some national standards or grid standards for the output power at the grid connection point. For the setting of feed-in power limit, refer to the section “Feed-in Limitation”
The CT (Current transformer) in the package of inverter is compulsory for this hybrid system installation. Which measures the value and direction of AC current. Thanks to its built-in metering chip, the hybrid inverter enables the export power to the grid does not
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exceed a preconfigured limit.
NOTICE
· No meter or CT to the inverter will cause fault. · If you want to install a smart meter instead of the CT, you can purchase from
LIVOLTEK or buy it yourself. · The smart meter must be authorized by LIVOLTEK, any third party or non-
authorized meter may not match with the inverter. LIVOLTEK will not take the responsibility if the meter is unavailable.
NOTICE
· Do not place the CT on the N Wire or the earth wire. · Do not place the CT on the N and L wire simultaneously. · Do not place the CT with the arrow pointing to the inverter side. · Do not place the CT on the non-insulated wires. · Important: The arrows direction on the CT must point to the public grid side.
CT Pin Definition
Red–CT-1, White–CT-2
6.9.2 Smart Meter Connection (Optional)
When customer needs to use meter to monitor the energy flow, the meter terminal connection steps are as follows:
NOTICE
· Make sure AC cable is totally isolated from AC power before connecting Smart Meter.
· One Smart Meter can only be used for one hybrid inverter. · Normally the smart meter should be placed in or near the grid distribution box
right after the billing meter.
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· Please use the smart meter cable in the accessory box for communication.
Wiring Connection Procedure Step1: Assembling the BMS cable Connector 1. Make LAN cable with RJ45 terminal. 2. Thread the swivel nut over the LAN cable. 3. Press the cable support sleeve out of the cable gland. 4. Remove the filler plug from the cable support sleeve. 5. Route the LAN cable through an opening in the cable support sleeve. 6. Thread the LAN cable through the cable gland. Step2: Insert the RJ45 plug of the network cable into the pin connector on the inverter until it snaps into place. Meter Connector Pin Definition
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Procedure Step 1 Connect the signal cable to the signal cable connector. Step 2 Connect the signal cable connector to the COM port. Step 3 Securing the signal cable connector
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6.9.3 Parallel Connection (Optional)
Parallel Connection function of the hybrid inverter is a solution for system capacity extension to provide bigger power. This inverter supports 2 units in parallel now (need to purchase an additional parallel kits). For the specific operation, please refer to the parallel instructions. Notes: Only two units with the same capacity, voltage and frequency can be coupled
via the provided parallel cable to run in parallel mode. In Parallel system, one inverter will be set as the “Master inverter” which will
control the other inverter’s energy management and dispatch control. In Parallel system, the grid input and the load outputs can be connected in
parallel. In Parallel system, the two inverters communicate through the provided RJ45
parallel communication cable (PAL cable).
6.9.4 EV charger Connection
This inverter is ready for you to use solar energy to charge your electric car. For specific operations, please refer to the LIVOLTEK EV charger user manual. Notes: This inverter can only be connected with LIVOLTEK EV charger now.
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6.10 Installation Verification
Check the following items after the inverter is installed. · No other objects put on the inverter. · All screws especially the screws used for electrical connections are tightened. · The inverter is installed correctly and securely. · Ground, AC, DC and Communications cables are connected tightly correctly and securely. · Check there is no open circuit or short circuits at AC and DC terminals using multimeter. · Idle terminals are sealed. · All safety warning symbols are intact and complete on the inverter.
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7. System Operation
7.1 LEDs Display
The inverter operation status can be obtained from observing LED indicator status.

Color

Status Description

Green

on The inverter is running normally off Other statuses except Running

on Fault occurs Red
off No fault occurs

Green/Red

blink System startup or updating

You can monitor & set data of the inverter through the LIVOLTEK APP. For details about operation, refer to APP User Manual. APP User Manual is available for free from website.

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LED indicator status for common fault of the inverter:

Error Message PV BATTERY GRID LOAD

Starting up

X

X

Normal status

WI-FI communication

PV energy weak

PV over Volt

PV over current

PV Strings Reverse

EPS Volt Fault

EPS Over Load

EPS Short Fault

BMS Lost

BMS Fault

Inter CKT Fault

Inter Com Fault

EEPROM Fault

Leakage Over Current

Earth Fault

MET/CT Fault

PAL Multi Master

X

X

PAL Com Fault X

X

X

X

X

X

X

X

PAL SN Fault X

X

PAL HWC Fault

X

X

X

X

X

X

PAL FWC Fault X

X

X

X

PAL SLV Fault X

X

X

X

SYSTEM X X
X
X X X X X X X X
X
X X
X
X X
X
X X

FAULT X
X
X

means light on, x means light off , means blink, means keep original status.

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7.2 System Commissioning
Check the following items before starting the inverter: · The country marked on the packing box is in accordance with the installation site. · The inverter is correctly and firmly fastened to the mounting bracket on the wall. · All cables are connected according to chapter 6; · All unused terminals are properly sealed. · AC circuit breaker is correctly connected between inverter GRID port & GRID,
circuit breaker is disconnected. · AC circuit breaker is correctly connected between inverter LOAD port & critical
loads, circuit breaker is disconnected. · For lithium battery, please ensure that the communication cable has been correctly
connected. · For the lead-acid battery, please ensure that the NTC wire has been correctly
connected.
If all of the items mentioned above meet the requirements, proceed as follows to start up the inverter for the first time. Step 1: Power on the Grid · Connect the AC circuit breaker. Step 2: Power on the Battery · Connect the external DC circuit breaker between the inverter and the battery, then
power on the battery manually if a battery is equipped. Step 3: Power on the PV · Rotate the DC switch to “ON”. Wait for a moment and the inverter will start a self-
test procedure. Step 4: Switch on the loads · The load parameters should show. Step 5: Configure the Wi-Fi stick · Establish communication connection between the mobile phone and Wi-Fi stick,
then set initial protection parameters. Refer to LIVOLTEK APP Operation Instructions for details. Step 6: Self-test in accordance with CEI 0-21 (Italy Only) · The self-test is only required for inverters to be commissioned in Italy. During the self-test, the inverter will consecutively check the reaction times for: overvoltage,
56

under-voltage, maximum frequency and minimum frequency. · Please use the LIVOLTEK APP to initiate the self-test procedure and get the test
results. Refer to “Settings on the APP” for details. Step 7: Observe the LED indicator · Observe the LED indicator to ensure that the inverter operates normally.
7.3 System Decommissioning
For maintenance or other service work, the inverter must be switched off. Proceed as follows to disconnect the inverter from the AC and DC power sources. Notes: Please strictly follow the following procedure. Otherwise it will cause lethal voltages or unrecoverable damage to the inverter. Step 1: Turn off the loads; Step 2: Turn off the PV; Step 3: Turn off battery; Step 4: Turn off the main grid switch; Step 5: Wait for at least 5 minutes after the LED and graphical display black out for the internal circuits to discharges energy; Step 6: Disconnect all the power cables; Step 7: Disconnect all the communication cables, Remove the Wi-Fi stick; Step 8: Remove the inverter from the wall, also remove the bracket if necessary; Step 9: Pack the inverter with the original carton, and store it.
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8. Settings on the APP
8.1 User Interface Introduction
58

8.2 Download and Install
Preparation a. Power the inverter and/ or Wi-Fi router on; b. Make sure the Wi-Fi stick is connected to the inverter and the network is configured. Procedure: Method 1: Search for the keyword “Livoltek” from Google Play Store or Apple AppStore, download and install the latest version of the monitoring software for free. Method 2: Scan the following QR code and download the latest installation package. Step 1: Install LIVOLTEK APP Step 2: Wi-Fi Configuration · Click on “Local Mode” —-> “Bluetooth Mode”. · Find your inverter SN (named with “BLF-HP1- xxxx”). · Click on ” ” to go setting. · Click on “Network Configurations”—-> Choose “Wi-Fi” · Enter wireless network name & password · Click on “Confirm” and wait 10s, “Success” will display on the APP if successful.
Step 3: Registering an Installer Account Open the app and login with the username & password. Register it first if you don’t have an account, which provides access to the remote monitoring and management.
-7-
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9. Troubleshooting and Maintenance

WARNING
· Before maintaining and commissioning inverter and its peripheral distribution
unit switch off all the charged terminals of the inverter, and wait at least 10
minutes after the inverter is powered off.

9.1 Troubleshooting

When the inverter has an exception, its basic common warning and exception handling methods are shown in the table below.

Alarm Name
PV1 Over Volt
PV2 Over Volt
PV1 Over Current
PV2 Over Current PV1 Strings Reverse PV2 Strings Reverse

Possible causes
PV input voltage is not within permissible range.
PV input current is not within permissible range.
The cables of PV strings are connected reversely.

PV Energy Weak

Insufficient power supply from PV strings.

Suggestion Check the voltage and number of PV modules and adjust it if need. Wait for recovery or restart the system.
Check the PV input power and configuration. Wait for recovery or restart the system.
Disconnected the DC Switch. Check the cables of PV strings and reconnect the cables if need.
When sunlight intensity weakens, no action is needed. Otherwise, check if there is shielded, or short circuit, open circuit etc. in the PV strings.

Leakage Over Current

The leakage current exceeds the permissible range.

Check PV cable ground connection and adjust it if need. Contact your dealer for technical support if the error happens again.

Earth Fault AC Volt Fault AC Freq Fault

The earth fault occurs
AC voltage is not within permissible range. Grid frequency is not within permissible range.

Check the connection of grounding and the Lline & N-line and adjust it if need. Contact your dealer for technical support if the error happens again.
Check the setting of the safety country and AC voltage (L & N). Check the setting of the safety country, frequency and the connection of AC cables. Contact your dealer for technical support if the error happens again.

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EPS Volt Fault
EPS Over Load
EPS Short Fault Inter CKT Fault Inter CKT Fault Inter CKT Fault Inter Temp High
BAT Temp High
BAT Volt Fault
BMS Lost
Low battery
Inter CKT Fault Inter Com Fault EEPROM Fault BMS Fault

Output Voltage abnormal (Inverter voltage is higher than 260Vac)
Overload error. The inverter is overload 110% and time is up( more than Five time)
EPS output short circuit
BUS Voltage (AC) is too high. Over Current fault. Component failure. The ambient temperature inside the inverter exceeds the upper limit.
Battery (Lead-Acid) temperature is not within permissible range.
Battery voltage is not within permissible range.
BMS Communication lost.

Check if the load power is within the EPS power range and the AC output wires are connected well.
Reduce the connected load by switching off some equipment, and wait for the recover. Restart the inverter and contact your dealer for technical support if the error happens again.
Check the wires connection. Restart and contact your dealer for technical support if the error happens again.
Wait for inverter recovery. Contact your dealer for technical support if the error happens again.
Check the air flow of the unit, then close it and wait for 30mins. Contact your dealer for technical support if the error happens again.
Check the environment temperature. Contact your dealer for technical support if the error happens again.
Check the spec and quantity of battery and the connection. Contact your dealer for technical support if the error happens again.
Check battery type and communication of the BMS cable. Restart the inverter and contact your dealer for technical support if the error happens again.

The battery voltage is too low.
Over Current occurs during battery charging or discharging. BUS Voltage is too high or internal failed Internal communication failure (ARM&DSP). Internal EEPROM Component (ARM) damaged.
BMS communication failure.

Re-charge battery and contact your dealer for technical support if the error happens again.
Restart the inverter and contact your dealer for technical support if the error happens again.

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PAL Com Fault

Communication faults between the master and the slave inerter.

Check the parallel communication cable and adjust it if need. Restart the inverter and contact your dealer for technical support if the error happens again.

PAL Multi Master

The master-slave identity of the inverter is set incorrectly.

Check the number of the inverters and adjust it if need.

PAL SN Fault PAL HWC Fault PAL FWC Fault PAL SLV Fault MET/CT Fault

The product models or output power of the two inverters do not match.

Check the product model and power of the parallel inverters and replace it if there is inconsistent. Contact your dealer for technical support if the error happens again.

The hardware codes are not compatible The firmware codes are not compatible
Parallel system stop due to various reasons.
Meter or CT self-check fault.

Contact your dealer for technical support.
Check the 2 inverters working status. Restart the inverters and contact your dealer for technical support if the error happens again.
Check the power cable connection. Contact your dealer for technical support if the error happens again.

9.2 Maintenance
To ensure that the inverter can operate properly for a long term, you are advised to perform routine maintenance on it as described in this chapter.
CAUTION
Risk of inverter damage or personal injury due to incorrect service! · Always keep in mind that the inverter is powered by dual sources: PV strings and
utility grid. · Before maintaining and commissioning inverter and its peripheral
distribution unit switch off all the charged terminals of the inverter, and wait at least 10 minutes after the inverter is powered off.
Routine Maintenance
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Check Item System clean
System running status

Method
Check the temperature and dust of the inverter. Clean the inverter enclosure if necessary. Check whether the inverter is not damaged or deformed or can be operated with no abnormal sound.

Period

Cable entry
Electrical connection

Check whether the cable entry is insufficiently sealed, or the gap is excessively large, and reseal the entry when necessary. Check whether all cables are firmly in place. Check whether a cable is damaged, especially the part contacting the metal enclosure.

9.3 Removing the Inverter

Once every 6 to 12 months

Perform the following procedures to remove the inverter: Step 1: Disconnect all cables from the inverter including communications cables, DC input power cables, AC output power cables, and PGND cables. Step 2: Remove the inverter from the rear panel. Step 3: Remove the rear panel.
WARNING
· Before removing DC input connector double check DC input switch, is turned to OFF to avoid inverter damage and personal injury.

9.4 Disposal of the Inverter
The inverter and its packing case are made from environment-friendly materials. If the inverter service life has expired, do NOT discard it with household garbage; dispose the inverter in accordance with local environmental laws and regulations.

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10. Technical Data

PV Input Data
Max. PV Input Power (Wp) Max. PV Input Voltage (V) Nominal DC Input Voltage (V) MPPT Voltage Range (V) No. of MPPTs/Strings per MPPT Max. Input Current (A) Max. Short Circuit Current (A) AC Output @ Grid Nominal AC Power (W) Max. Apparent Output Power (VA) Nominal AC Voltage (V) Nominal AC Voltage Range (V)
Nominal Grid Frequency (Hz)
Max. AC Current (A) THDi (@Rated Power) (%) Power Factor EPS Output @ Off Grid Nominal EPS Power (W) EPS Peak Power [VA] Nominal Output Voltage (V) Nominal Frequency (Hz) Nominal Output Current (A) THDv (@Linear Load) (%) Back-up Switch Time (ms) Battery Data Battery Type Nominal Battery Voltage (V) Battery Voltage Range (V) Battery Capacity (Ah) Max. Char/Discharge Current (A) Communication with BMS Efficiency Max. Efficiency (%)

Hyper3000 4500
1 / 1 14 17.5

Hyper3680 5520

Hyper4600 6900

600

360

125~550

2 / 1

2 / 1

14/14

14/14

17.5/17.5 17.5/17.5

Hyper5000 7500
2 / 1 14/14 17.5/17.5

3000

3680

4600

5000

3300

4000

4600

5500

220/230/240

186~290

50/60

13.0

16.0

20.0

21.7

<3

~1 (Adjustable from 0.8 leading to 0.8 lagging)

3000 13.0

3680

4600

5000

1.1 x Pnom, 10 sec; 1.5 x Pnom,1 sec

220/230

50/60

16.0

20.0

21.7

< 3%

<20

Lead-acid/Lithium

48

40~60

50~500

60

80

100

100

CAN

97.6

97.8

64

Euro Efficiency (%) Protection DC Switch PV Reverse Polarity Protection Output Over Current Protection Output Short Circuit Protection Output Over Voltage Protection Anti-islanding Protection Insulation Resistor Detection Residual Current Detection Ground Fault Monitoring General Data Dimensions(WHD mm) Weight (kg) Mounting Method Protection Rating Cooling Operating Temperature Range () Max. Operating Altitude (m) Noise (dB) Relative Humidity Display
Communication
Topology
Certificates
EMC
Safety
Grid Regulations

97.1

97.4

Integrated Integrated Integrated Integrated Integrated Integrated Integrated Integrated Integrated

414625155

29

30

30

30

Wall-mounting bracket

IP65

Natural convection -25~+60ºC (>45 derating)

2000

<25

0~100%,no condensation

LED & APP RS485 for Parallel/EV charger, CAN for BMS,USB for
Wi-Fi, CT High frequency isolation (for battery)

EN61000-6-1 -2-3-4, EN61000-4-16, EN61000-4-18, EN61000-4-29 IEC/EN62109-1 & -2,IEC62040-1 G98, G99;AS/NZS4777.2; C10/11; RD1699; UTE C 15-712-1; EN50549;IEC61727; NRS097-2-1

Notes: (1) Backup output power depends on the battery. (2) Specifications are subject to change without further notice.

65

11. Disclaimer
The Hyper series inverters are transported, used and operated under limited condition, such as environmental, electrical etc. LIVOLTEK shall not be liable to provide the service, technical support or compensation under conditions listed below, including but not limited to: · Inverter is damaged or broken by force majeure (such as earthquake, flooding,
thunderstorm, lighting, fire hazard, volcanic eruption etc.). · Inverter’s warranty is expired and doesn’t buy extended warranty. · Can’t provide the inverter’s SN, warranty card or invoice. · Inverter is damaged by man-made cause. · Inverter is used or operated against any items in local policy. · Inverter’s installation, configuration, commissioning doesn’t follow the
requirements mentioned in this manual. · Inverter is installed, refitted or operated in improper ways mentioned in this
manual without authority from LIVOLTEK. · Inverter is installed, operated under improper environment or electrical
condition mentioned in this manual without authority from LIVOLTEK. · Inverter is changed, updated or disassembled on hardware or software
without authority from LIVOLTEK. · Obtain the communication protocol from other illegal channels. · Build monitoring, control system without authority from LIVOLTEK. · LIVOLTEK will keep right to explain all the contents in this user manual.
66

Warranty Card Registration

Dear customer, thank you for choosing LIVOLTEK product. For registering product warranty, please prepare everything ready and register on https://www.livoltek.com/registration.html.

Product Type

Product Information

Product S/N

Installation date

Installation Company

Personal Information
Your name Your contact number

Your Email address

Your home address

*Warranties should be registered within 36 months of installation, however it is recommended that they are registered no more than 6 weeks following the successful installation and commissioning of the Product where possible, thanks for your cooperation.

Contacts

Hangzhou LIVOLTEK Power Co., Ltd

Address: 1418-35 Moganshan Road, Hangzhou, 310011, China

Tel: +86-571-28330320 Email: info@LIVOLTEK.com

Fax: +86-571-28020357 Webwww.livoltek.com

References

• LIVOLTEK : Power Your Home With Green Energy
• LIVOLTEK : Power Your Home With Green Energy

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