Ingeteam INGECON SUN STORAGE 1Play User manual

INGECON SUN STORAGE 1Play
Installation and Operation Manual

ABH2015IQE01_
12/2021
SERVICE CALL CENTERS
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[phone]
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[phone]
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[phone]
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[phone]
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[phone]
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Ingeteam Ltda.
[phone]
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Ingeteam Pty Ltd.
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INDIA
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[phone]
AUSTRALIA
Ingeteam Australia Pty Ltd.
[phone]

ABH2015IQE01_ - Installation and Operation Manual
INGECON SUN STORAGE 1Play
Installation and Operation Manual
3
Ingeteam

ABH2015IQE01_ - Installation and Operation Manual
The copy, distribution or use of this document or of its content requires written authorisation. Any breach thereof will be reported for
damages. All rights reserved including those of patent rights or design registration.
The conformity of the document content with the hardware described has been checked. However, discrepancies may exist. Liability
will not be assumed for total concordance. The information contained in this document is regularly reviewed and it is possible that
there may be changes in subsequent editions. Other functions may be available which are not covered by this document.
This document may be changed.
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Ingeteam

ABH2015IQE01_ - Installation and Operation Manual
Important Safety Instructions
This section describes the safety warnings and the Personal Protective Equipment used in the unit.
Safety conditions
General warnings
DANGER
Opening the enclosure does not imply there is no voltage inside.
The risk of electric shock exists even after disconnecting from the grid, the PV array and the auxiliary supply.
Only qualified personnel may open it, following the instructions in this manual.
It is strictly forbidden to gain access to the inside of the electrical panel through any other point than the
access cover provided for this purpose. Always gain access when the unit is voltage-free.
CAUTION
These inverters are not approved to the standard AS4777.2 2020 and cannot connect to the grid (neither
via input or output ports) as part of an inverter energy system in accordance with the requirements of
AS/NZS 4777.1.
The operations described in the manual may be performed only by qualified personnel.
The status of qualified personnel referred to in this manual will be, as a minimum, that which meets all the
standards, regulations and laws regarding safety applicable to the tasks of installing and operating this unit.
The responsibility for designating qualified personnel will always fall to the company to which the personnel
belong. It is necessary to decide which workers are suitable or not for carrying out specific work to preserve their
safety at the same time as complying with occupational safety legislation.
These companies are responsible for providing appropriate training in electrical equipment to their personnel
and for familiarizing them with the contents of this manual.
All applicable safety-related legislation for electrical work must be complied with. Danger of electric shock.
Compliance with the safety instructions set out in this manual or in the suggested legislation does not imply
exemption from other specific standards for the installation, place, country or other circumstances that affect
the inverter.
You must consider the set of conditions listed throughout this document as minimum requirements. It is always
preferable to shut off the main power supply. There may be faults in the installation that cause the unwanted
return of voltage. Danger of electric shock.
According to basic safety standards, the complete unit must be suitable to protect exposed workers against the
risk of direct and indirect contact. In any case the electrical parts of the work equipment must comply with the
provisions of the corresponding specific regulations.
According to basic safety standards, the electrical installation shall not entail a fire or explosion risk. Workers
must be duly protected against the risk of accidents caused by direct or indirect contact. The electrical
installation and protection devices must take into account the voltage, the external conditions and the
competence of persons who have access to parts of the installation.
Category III - 1000-Volt measuring instruments must be used for checking for the absence of voltage. Category
IV - 1500-Volt measuring instruments must be used for checking for the absence of voltage.
The space for the installation of the storage system must be properly ventilated.
The storage system must be installed in such a way that any accidental short-circuits are avoidable.
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Important Safety Instructions Ingeteam

ABH2015IQE01_ - Installation and Operation Manual
INFO
These instructions must be easily accessible close to the unit and located within reach of all users.
Before installation and start-up, please read these safety instructions and warnings carefully as well as all the
warning notices located on the unit. Ensure that all the warnings signs are perfectly legible and that those which
are damaged or have disappeared are restored.
Protection against direct contact is by means of the enclosure.
The unit has been tested according to the applicable regulations to comply with the safety requirements, the
values for insulation clearances and leakage paths for the voltages used.
Potential hazards for people
DANGER
Electric shock.
The equipment may remain charged after disconnecting the PV array, grid power and auxiliary power.
The equipment may remain charged after disconnecting the storage system, grid power and auxiliary power.
Carefully follow the mandatory steps in the manual for removing the voltage.
Explosion.
There is a very low risk of explosion in very specific cases of malfunction.
The casing will protect people and property from the explosion only if it is correctly closed.
Crushing and joint injuries.
Always follow the indications in the manual on moving and placing the unit.
The weight of this unit can cause serious injury and even death if not handled correctly.
High temperature.
The flow of outlet air can reach high temperatures which can cause injury to anybody exposed to it.
Potential hazards for the equipment
DANGER
Cooling.
The unit requires particle-free air flow while it is operating.
Keeping the unit in the upright position and the inlets free of obstacles is essential for this air flow to reach the
inside.
Do not touch boards or electronic components. The more sensitive components can be damaged or destroyed by
static electricity.
Do not disconnect or connect any terminal while the unit is operating. Disconnect and check for absence of
voltage first.
With the aim of avoiding premature wear of the screwed joints on the unit's housing panels, removal and
installation of the screws must be done manually.
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Important Safety Instructions
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ABH2015IQE01_ - Installation and Operation Manual
Personal Protective Equipment (PPE)
When working on the unit, use the following safety equipment recommended by Ingeteam as a minimum.
Name Description
Safety footwear In compliance with standard UNE-EN-ISO 20345:2012
Helmet In compliance with standard EN 397:2012 + A1:2012
Helmet with face shield In compliance with Standard UNE-EN 166:2002, wherever there are directly
accessible live parts.
Safety goggles In compliance with standard UNE-EN 166:2002
Working clothes Close-fitting, non-flammable, 100% cotton
Dielectric gloves In compliance with standard EN 60903:2005
Tools and / or equipment used in live work must have at least Category III-1000 Volts insulation.
Should the country’s regulations demand another kind of personal protection, you should appropriately supplement
the equipment recommended by Ingeteam.
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Contents
Ingeteam
Contents
Important Safety Instructions....................................................................................................................... 5
Safety conditions................................................................................................................................... 5
Personal Protective Equipment (PPE) ...................................................................................................... 7
Contents ................................................................................................................................................... 8
1. About this manual................................................................................................................................ 11
1.1. Scope and nomenclature .............................................................................................................. 11
1.2. Recipients................................................................................................................................... 11
1.3. Warnings..................................................................................................................................... 11
2. Unit description................................................................................................................................... 12
2.1. Electrical diagram of the system.................................................................................................... 12
2.2. Types of hardware ........................................................................................................................ 12
2.3. Optional accessories .................................................................................................................... 13
2.4. EMC requirements ....................................................................................................................... 13
2.5. Acoustic contamination ................................................................................................................ 13
2.6. Specification table ....................................................................................................................... 13
2.7. Description of cable inlets ............................................................................................................ 15
3. Receipt of the unit and storage.............................................................................................................. 16
3.1. Reception ................................................................................................................................... 16
3.2. Unit identification........................................................................................................................ 16
3.3. Transport damage ........................................................................................................................ 16
3.4. Storage ....................................................................................................................................... 16
3.5. Conservation................................................................................................................................ 16
4. Equipment transport ............................................................................................................................ 17
4.1. Transport..................................................................................................................................... 17
4.2. Unpacking .................................................................................................................................. 17
5. Preparation for installing the unit .......................................................................................................... 18
5.1. Environment................................................................................................................................ 18
5.2. Environmental conditions ............................................................................................................. 18
5.3. Supporting Surface and Fastening ................................................................................................. 19
5.4. Protection of the connection to the consumption grid ...................................................................... 19
5.5. Protection of the connection to the auxiliary genset......................................................................... 19
5.6. Storage system connection protection ............................................................................................ 20
5.7. Battery cabling length .................................................................................................................. 20
5.8. Auxiliary genset cabling length ...................................................................................................... 20
5.9. Protection of the connection to the PV plant................................................................................... 20
6. Installing the unit ................................................................................................................................ 21
6.1. General requirements for installation ............................................................................................. 21
6.2. Attaching the unit to the wall ........................................................................................................ 21
6.3. Opening the housing .................................................................................................................... 22
7. Connection/disconnection of wiring in push-in type terminals ................................................................... 24
8. Connection of the storage system........................................................................................................... 27
8.1. Safety instructions for connecting the storage system ...................................................................... 27
8.2. Wiring requirements for connecting the storage system.................................................................... 27
8.3. Use of ferrite cores....................................................................................................................... 27
8.4. Storage system connection process................................................................................................ 28
9. Connecting the consumption grid .......................................................................................................... 29
9.1. Safety instructions for connecting to the consumption grid .............................................................. 29
9.2. Wiring requirements for connecting to the consumption grid ............................................................ 29
9.3. Use of ferrite cores....................................................................................................................... 29
9.4. Consumption grid connection process ............................................................................................ 30
10. Auxiliary genset connection................................................................................................................. 31
10.1. Safety instructions for connecting the auxiliary genset................................................................... 31
10.2. Wiring requirements for connecting the auxiliary genset................................................................. 31
10.3. Use of ferrite cores..................................................................................................................... 32

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Contents Ingeteam
10.4. Auxiliary genset connection process ............................................................................................ 32
11. Connecting the PV array...................................................................................................................... 34
11.1. Safety instructions for connecting the PV array ............................................................................ 34
11.2. Wiring requirements for connecting the PV array ........................................................................... 34
11.3. PV array connection process........................................................................................................ 34
12. Connecting the storage system temperature sensor................................................................................ 36
12.1. Safety instructions for connecting the storage system temperature sensor........................................ 36
12.2. Wiring requirements for connecting the storage system temperature sensor ..................................... 36
12.3. Storage system temperature sensor connection process ................................................................. 37
13. Connection of the CAN communication for Li-Ion batteries with BMS...................................................... 38
13.1. Safety instructions for connecting the CAN communication for Li-Ion batteries with BMS ................. 38
13.2. Wiring requirements for connecting the CAN communication for Li-Ion batteries with BMS............... 38
13.3. Connection process for the CAN communication for Li-Ion batteries with BMS................................. 38
14. Connecting the digital outputs............................................................................................................. 40
14.1. Safety instructions for connecting the digital outputs .................................................................... 40
14.2. Wiring requirements for connecting the digital outputs .................................................................. 40
14.3. Connection process of the digital outputs ..................................................................................... 41
15. Connecting the digital inputs .............................................................................................................. 42
15.1. Safety instructions for connecting the digital input........................................................................ 42
15.2. Wiring requirements for connecting the digital input ..................................................................... 42
15.3. Specifications for the digital inputs depending on the inverter hardware.......................................... 42
15.4. Digital input connection process.................................................................................................. 44
16. Connecting optional accessories .......................................................................................................... 45
16.1. Safety instructions for connecting the optional accessories ............................................................ 45
16.2. Connecting the communication cards .......................................................................................... 45
16.2.1. RS-485 communication card .............................................................................................. 45
16.2.2. Ethernet TCP communication card ...................................................................................... 47
16.2.3. Wi-Fi TCP communication card ........................................................................................... 48
16.3. INGECON SUN EMS Board connection ........................................................................................ 49
17. Commissioning .................................................................................................................................. 52
17.1. Unit inspection.......................................................................................................................... 52
17.1.1. Inspection......................................................................................................................... 52
17.1.2. Hermetic sealing of the unit ............................................................................................... 52
17.2. Power-up................................................................................................................................... 52
17.2.1. Configuring the unit for the first time ................................................................................... 53
18. Display control................................................................................................................................... 54
18.1. Keypad and LEDs ...................................................................................................................... 54
18.2. Display ..................................................................................................................................... 55
18.3. Menu structure .......................................................................................................................... 56
18.4. Main menu................................................................................................................................ 57
18.5. Monitoring inverter variables ....................................................................................................... 57
18.6. Configuring the battery type ........................................................................................................ 59
18.7. Configuring the inverter to work only with the PV array, without batteries ......................................... 61
18.8. Configuring the SOC settings....................................................................................................... 61
18.9. Configuring the maximum battery charge power from the auxiliary genset ........................................ 61
18.10. Configuring the AC voltage and rated frequency of the loads in stand-alone installations ................. 61
18.11. Configuring the auxiliary generator in stand-alone installations ..................................................... 61
18.12. Configuring the digital outputs .................................................................................................. 62
18.13. Configuring the digital inputs .................................................................................................... 62
18.14. Configuring the Modbus ID ....................................................................................................... 63
18.15. Place the inverter in operating mode.......................................................................................... 63
18.16. Place the inverter in stop mode ................................................................................................. 63
18.17. Change date and time .............................................................................................................. 63
18.18. Change display language .......................................................................................................... 63
18.19. Viewing alarms and stop reasons ............................................................................................... 63
18.20. Performing an emergency charge of the battery........................................................................... 63
18.21. Performing a ventilation test ..................................................................................................... 64
18.22. Performing an equalization charge of the batteries ...................................................................... 64

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Contents
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18.23. Grounding fault detection and alarm.......................................................................................... 64
19. Troubleshooting ................................................................................................................................. 66
20. Shutting down the unit ....................................................................................................................... 67
20.1. Unit disconnection process ......................................................................................................... 67
20.2. Disconnecting the wiring in push-in type terminals........................................................................ 67
21. Preventive maintenance...................................................................................................................... 68
21.1. Safety conditions ....................................................................................................................... 68
21.2. Condition of the housing............................................................................................................. 68
21.3. Condition of cables and terminals................................................................................................ 68
21.4. Cooling system .......................................................................................................................... 68
21.5. Environment.............................................................................................................................. 68
22. Waste handling .................................................................................................................................. 69

ABH2015IQE01_ - Installation and Operation Manual
1. About this manual
The purpose of this manual is to describe the INGECON SUN STORAGE 1Play units and to provide appropriate
information for their correct reception, installation, start-up, maintenance and operation.
1.1. Scope and nomenclature
This manual is applicable to the following units:
Complete name Abbreviation
INGECON SUN STORAGE 1Play 3TL 1Play 3TL
INGECON SUN STORAGE 1Play 6TL 1Play 6TL
This document will refer to the various models by both their complete name and their abbreviation. It will also
refer generically to any of the models from the INGECON SUN STORAGE 1Play family using the terms unit, inverter or
inverter/charger.
1.2. Recipients
This document is intended for qualified personnel.
The status of qualified personnel referred to in this manual will be, as a minimum, that which meets all the
standards, regulations and laws regarding safety applicable to the tasks of installing and operating this unit.
Ingeteam recommends this unit to be installed by a professional installer.
1.3. Warnings
Throughout this manual we include warnings to highlight certain information. Relative to the nature of the text,
there are three types of warnings:
Indicates importance.
CAUTION
This indicates a hazard to personnel or the inverter.
DANGER
Additional information or references to other parts of the document or documents.
INFO
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ABH2015IQE01_ - Installation and Operation Manual
2. Unit description
The INGECON SUN STORAGE 1Play is a dual input DC (photovoltaic and battery) single-phase inverter capable of
working in off-grid mode. This equipment is used in stand-alone installations.
Stand-alone installations
A stand-alone installation is a system disconnected from the distribution grid that provides AC power to a set of
consumers.
INFO
For more information about this type of installation, see the "Technical guide for installations with
INGECON SUN STORAGE 1Play" available on the Ingeteam website.
2.1. Electrical diagram of the system
A B
J56 J55
INGECON SUN STORAGE 1Play
A. Consumption grid relay. B. Auxiliary generator relay.
2.2. Types of hardware
In the INGECON SUN STORAGE 1Play there are two distinct types of hardware, type A and type B. Both have the
same functionalities, but the type of hardware must be identified in order to perform the connections.
An easy way of identifying it is checking the number of PV array inlets in the cabling entrances in the lower part of
the unit. Hardware type A has two pairs of inlets, and hardware type B has one pair.
Hardware type A, two pairs of inlets Hardware type B, one pairs of inlets
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2.3. Optional accessories
These units may include the following accessories:
• Communication card.
• INGECON SUN EMS Board.
Communication cards
There are different options for communicating the units. For more information consult the corresponding
communication accessories manual available at www.ingeteam.com.
There are several ways to achieve this communication with these units:
• RS-485.
• Ethernet TCP.
• Wi-Fi TCP.
INGECON SUN EMS Board
The INGECON SUN EMS Board is a control and communication device used to manage the energy flows within self
consumption installations. This device is integrated inside the inverter.
2.4. EMC requirements
INGECON SUN STORAGE 1Play units are equipped with the necessary filtering elements to comply with
EMC requirements for domestic applications in order to prevent disturbances in other equipment outside the
installation.
2.5. Acoustic contamination
The unit produces a slight buzz when in operation.
Do not place it on light supports which might amplify this buzz. The mounting surface must be firm and
appropriate for the weight of the unit.
2.6. Specification table
3TL 6TL
Nominal power (up to 40ºC) 3 kVA 6 kVA
Max. temperature for rated power 40ºC
Maximum output fault current < 26 A rms (60 ms) < 40 A rms (60 ms)
Maximum output overcurrent protection 26 A rms 40 A rms
Storage system input (DC)
Voltage range with photovoltaic installed (1) 40 ~ 300 V
Voltage range without photovoltaic installed (1) 40 ~ 450 V
Maximum charge/discharge current 50 A
Battery type Lead-Acid, Li-Ion (2)
Communication with Li-Ion batteries CAN Bus 2.0
PV array input (DC)
PV array maximum power 7.5 kWp 11.5 kWp
MPP Voltage range (3) 330 (3) ~ 480 V
Maximum input voltage (4) 550 V
Maximum input current 20 A 30 A
Maximum short circuit current 22 A 33 A
Maximum inverter backfeed current to the array 0 A rms
MPPT 1
Number of strings 2
Auxiliary genset input (AC)
Rated voltage 230 V
Voltage range 172 ~ 264 V
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ABH2015IQE01_ - Installation and Operation Manual
3TL 6TL
Nominal frequency 50 / 60 Hz
Frequency range 40 ~ 70 Hz
Maximum power 11,500 VA
Maximum current 50 A rms
Cosine of Phi 0 ~ 1
Consumption grid output (AC)
Stand-alone mode
Power (25ºC) 30 min, 2 min, 3s (5) 3,500 / 3,900 / 5,080 W 6,400 / 6,900 / 7,900 W
Maximum current 13 A rms 26 A rms
Rated voltage (6) 220 ~ 240 V
Nominal frequency (6) 50 / 60 Hz
Cosine of Phi -0.8 ~ 1 ~ 0.8
Performance
Maximum efficiency 95.5 % 96 %
Euroefficiency 95.1 % 95.2 %
General data
Cooling system Forced ventilation
Air flow 27 m3/h 45 m3/h
Weight 24.4 kg 26 kg
Dimensions (height x width x depth) 470 x 360 x 180 mm
Stand-by consumption < 10 W
Operating temperature –20~+65ºC
Relative humidity (without condensation) 4 ~ 100 %
Protection class IP65
Pollution degree 2
Maximum altitude 2,000 m
Overvoltage category Category III (AC) / Category II (DC)
Insulation class Class I
Markings CE
EMC and safety regulations
EN 61000-6-1, EN 61000-6-2, EN 61000-6-3, EN 61000-
6-4, EN 61000-3-11, EN 61000-3-12, EN 62109-1, EN
62109-2, EN 50178, IEC62103, AS62040.1, FCC Part 15
Distribution grid connection regulations AS4777.2:2020
(1) The maximum power of the inverter is a calculation of the battery voltage multiplied by the maximum discharge current (50A). (2) See the list of
compatible Li-Ion batteries. (3) In On-grid mode VMPPmin = 1.44 x VAC (distribution grid voltage). In Off-grid mode VMPPmin = 1.44 x VAC (rated voltage
configured for the consumption grid). (4) Never exceed this value. Consider the voltage increase of the panels ‘Voc’ at low temperatures. (5) This power will
be available if the battery voltage multiplied by the maximum discharge current reaches said value. (6) This parameter can be set on the display.
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2.7. Description of cable inlets
A
C
B
D
F G H I J
E
A. Storage system. M20 cable gland
B. PV array (in hardware type B there
is one photovoltaic inlet instead of
two). PV MC4 quick connectors
C. Wi-Fi antenna or Ethernet cabling.
M20 cable gland
D. CAN communication for Li-Ion
batteries with BMS. M16 cable
gland
E. Installation of Wi-Fi reset button.
M16 cable gland
F. PT-100 temperature sensor for
Lead-Acid batteries. M16 cable
gland
G. Digital inputs. M16 cable gland
H. Digital outputs. M16 cable gland
I. Consumption grid. M25 cable gland
J. Auxiliary genset. M25 cable gland
Cable gland size Admitted diameter range
M16 4.5mm ~ 10mm
M20 7mm ~ 13mm
M25 9mm ~ 17mm
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3. Receipt of the unit and storage
3.1. Reception
Keep the unit in its packaging until immediately before installation. Keep the unit in a horizontal position at all
times.
3.2. Unit identification
The serial number of the unit is its unique identifier. You must quote this number in any communication with
Ingeteam.
The unit’s serial number is also marked on the nameplate.
3.3. Transport damage
If the unit has been damaged during transport, proceed as follows:
1. Do not proceed with the installation.
2. Notify the distributor immediately within 5 days of receipt of the unit.
If ultimately the unit has to be returned to the manufacturer, the original packaging must be used.
3.4. Storage
CAUTION
Failure to follow the instructions in this section may lead to damage to the unit.
Ingeteam accepts no liability for damage resulting from the failure to follow these instructions.
If the unit is not installed immediately after reception, the following points should be taken into account in order to
avoid damage:
• The package must be stored in the horizontal position.
• Keep the unit free of dirt (dust, shavings, grease, etc.) and away from rodents.
• Keep it away from water splashes, welding sparks, etc.
• Cover the unit with a breathable protective material in order to prevent condensation due to ambient
humidity.
• Units in storage must not be subjected to weather conditions other than those indicated in section “2.6.
Specification table”.
• It is very important to protect the unit from chemical products which can cause corrosion, as well as from
salty atmospheres.
• Do not store the unit outdoors.
3.5. Conservation
In order to permit correct conservation of the units, they must not be removed from their original packaging until it
is time to install them.
In case of prolonged storage, use dry places, avoiding, as far as possible, sharp changes in temperature.
Deterioration of the packaging (tears, holes, etc.) prevents the units from being kept in optimum conditions before
installation. Ingeteam accepts no liability in the case of failing to observe this condition.
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ABH2015IQE01_ - Installation and Operation Manual
4. Equipment transport
You must protect the unit, during transport, from mechanical knocks, vibrations, water splashes (rain) and any
other product or situation which may damage it or alter its behavior. Failure to observe these instructions may lead
to loss of warranty on the product, for which Ingeteam is not responsible.
4.1. Transport
Transport using a pallet truck
At least the following requirements should be observed:
1. Place the packaged units centered with respect to the forks.
2. Try to locate them as close as possible to the part where the forks and the steering unit meet.
3. In all cases, observe the instructions in the pallet truck’s user manual.
Transport using a forklift truck
At least the following requirements should be observed:
1. Place the packaged units centered with respect to the forks.
2. Try to locate them as close as possible to the part where the forks and the steering unit meet.
3. Ensure that the forks are perfectly level to avoid overturning the unit.
4. In any case, observe the instructions in the forklift truck's user manual.
Once the unit has been transported to the place where it is to be located and only when it is to be installed,
unpack the unit.
At this time, it can be transported vertically over a short distance without packaging. Follow the guidelines
indicated in the following section.
Transport of the unpackaged unit
At least the following requirements should be observed:
1. Use the two side holes to grasp the unit with both hands.
2. Follow the necessary ergonomic advice for lifting weights.
3. Do not release the unit until it is perfectly secured or placed.
4. Ask someone else to guide the movements to be made.
4.2. Unpacking
Correct handling of the units is vitally important in order to:
• Prevent damage to the packaging which enables them to be kept in optimum condition from shipping
until they are installed.
• Avoid knocks and/or falls which may harm the mechanical features of the units, e.g. cause incorrect
closure of doors, loss of IP rating, etc.
• Avoid, as far as possible, vibrations which may cause subsequent malfunction.
If you observe any anomaly, please contact Ingeteam immediately.
Separating the packaging
You can deliver all the packaging to an authorized non-hazardous waste management company.
In any event, each part of the packaging may be recycled as follows:
• Plastic (polystyrene, bag and bubble wrap): the appropriate container.
• Cardboard: the appropriate container.
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5. Preparation for installing the unit
When deciding the location of the unit and planning your installation, you must follow a set of guidelines based on
the specifications of the unit. This chapter summaries the guidelines and details the external elements needed for
correct operation of the unit.
5.1. Environment
• These units can be installed indoors and outdoors.
• Place the units in a place which is accessible for installation and maintenance work and which permits
use of the keyboard and the reading of the front indicator LEDs.
• Avoid corrosive environments that may affect the proper operation of the inverter.
• Never place any object on top of the unit.
• Do not expose the inverters to direct sunlight.
• Keep the following distances free of obstacles:
50 cm
30 cm
30 cm
30 cm
5.2. Environmental conditions
Environmental operating conditions indicated in the specifications table must be taken into account when choosing
the location of the unit.
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The surrounding atmosphere must be clean and at temperatures above 40ºC, the relative humidity must be
between 4% and 50%. Higher percentages of relative humidity up to 95% are tolerated at temperatures below
30ºC.
It should be borne in mind that moderate condensation may occasionally occur as a consequence of temperature
variations. For this reason, apart from the unit's own protection, it is necessary to monitor these units once they
have been started up on sites where the conditions described above are not expected to be present.
In the event of condensation, never apply voltage to the unit.
5.3. Supporting Surface and Fastening
To guarantee good heat evacuation and promote sealing, the units must be placed on a perfectly vertical wall or,
failing this, with a slight slope of a maximum of +80° or -80°.
Reserve a solid wall to which to attach the unit. It must be possible to drill the wall and fit suitable wall anchors
and self-tapping screws to support the unit’s weight.
5.4. Protection of the connection to the consumption grid
Thermomagnetic circuit breaker
A thermomagnetic circuit breaker must be installed on the connection between the inverter and the consumption
grid.
The following gable provides the necessary data for the installer.
Installations with the inverter disconnected to the distribution grid
INGECON SUN STORAGE 1PLAY Maximum current
for the consumption grid
Rated current for the
thermomagnetic circuit
breaker
3TL 13Arms 20Arms
6TL 26Arms 32Arms
You must take into account when selecting the protection that the ambient working temperature influences the
maximum current permitted by these protections as indicated by the manufacturer.
5.5. Protection of the connection to the auxiliary genset
Thermomagnetic circuit breaker
A thermomagnetic circuit breaker must be installed on the connection from the inverter to the auxiliary genset.
The following table provides the necessary data for the selection of these devices by the installer.
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Preparation for installing the unit Ingeteam

ABH2015IQE01_ - Installation and Operation Manual
INGECON SUN STORAGE 1PLAY Maximum auxiliary
genset current
Rated current for the
thermomagnetic circuit
breaker
3TL 50 Arms 63 Arms
6TL 50 Arms 63 Arms
When selecting the protection in an installation you must take into account that its breaking capacity is greater
than the short-circuit current of the auxiliary connection point.
You must also take into account that the working temperature influences the maximum current permitted by these
protections as indicated by the manufacturer.
Residual current device
These inverters are equipped with a residual current monitoring device that disconnects the unit if it detects a
residual fault current according to electrical safety standard IEC 62109.
This protection does not detect residual currents produced upstream of the inverter. If it is necessary to install a
residual current device upstream of the inverter, it must have a residual current lower than the maximum effective
current that can be generated in the photovoltaic installation in any of its operating conditions.
The grounding capacity of the photovoltaic modules varies depending on the technology they are manufactured
with. During the grid injection, a diverted current is produced from the cells to earth, whose value depends on the
assembly of the modules and environmental conditions (rain, snow, etc.).
5.6. Storage system connection protection
It is mandatory to install a continuous current switch between the inverter and the battery bank. It must have
appropriate dimensions to open the battery bank, taking into account the maximum charge and discharge current.
These inverters do not admit grounding of the batteries. Therefore, the battery bank terminals must be isolated
from ground. Otherwise the inverter will give an insulation fault.
5.7. Battery cabling length
The inverter measures the battery voltage in its connection terminals. For this reason, the installer must use a DC
cable with a sufficiently low impedance to prevent the battery charge/discharge process from causing the unit to
disconnect due to high or low battery voltage (see section “8.2. Wiring requirements for connecting the storage
system”).
5.8. Auxiliary genset cabling length
The inverter measures the genset voltage in its connection terminals. For this reason, the installer must use an
AC cable with a sufficiently low impedance to prevent the current absorption/injection from causing the unit to
disconnect due to high or low grid voltage (see section “10.2. Wiring requirements for connecting the auxiliary
genset”).
5.9. Protection of the connection to the PV plant
It is mandatory to install a DC switch on the connection between the inverter and the PV plant. It must be
dimensioned to open the PV array.
In Australia, the unit is supplied without a DC switch. The installer will have to install an external DC switch that
complies with Australian regulations, especially the AS 60947.3:2018 standard.
This DC switch will have the following nominal values:
Maximum input voltage Maximum input current
550 V 30 A
20
Preparation for installing the unit
Ingeteam