Inverter Topologies

Understanding the various inverters and it’s building blocks.

Inverter

The standard inverter uses a DC storage medium (typically a battery) and inverts the low-voltage DC power to AC power. An external method of charging is required.

Inverter-Charger

The Inverter-charger is a standard inverter with a built-in AC charger and ATS (Automatic Transfer Switch). This enables the inverter to charge the batteries when grid power is available, and automatically switch to inverter mode once the grid falls away. Transfer times are in the order of 10 to 20ms and no interruption in power supply is noticeable. This is typically used in UPS applications.

Bi-Directional Inverter-Charger

A Bi-Directional Inverter-Charger can take excess power on the load side (usually provided by an external, grid-tie inverter, and feed it back into the inverter to charge the battery. The advantage is that the MPPT charging from the solar is done at very high voltages, which improves overall efficiency.

Systems like these can also be configured to feed back into the grid. In case of grid feed applications, S1 will automatically open when the grid falls away to prevent grid-feed and accidental shock.

Hybrid Inverter-Charger

There are different definitions of a Hybrid Inverter, but Sunray views it as any Inverter-Charger that has a built-in Solar charger. This can either be a MPPT or PWM charger, and is usually accompanied by smart power management that intelligently switches between solar and grid for battery charging. These are very popular in off-grid applications.

On-Grid Inverters

This wide grouping of inverters refers to any unit that can synchronize its inverted power (either from a battery inverter or solar inverter) to the incoming utility power. This is a requirement for grid feedback, net-metering, self consumption and mini-grids.

Hybrid Grid-Tie Inverter-Charger

This is the same as a standard Hybrid Inverter Charger, with the addition that the output of the inverter is synchronized with the grid, and feed back into the grid. This is a very cost effective mini grid solution.

Bi-Directional Hybrid Inverter-Charger

As with the Hybrid Grid-Tie Inverter-Charger, this unit feeds back into the grid, but the method of grid-tie is through a high voltage Grid-Tie solar charger, which has a higher efficiency and is more sophisticated than the battery-grid-tie-inverter. This system has it all: Backup, self consumption, Grid feed-in, smart battery management, smart load management, smart metering, comprehensive monitoring and a plethora of settings and options.

Grid-Tie Inverter

A Grid tie inverter uses a high PV voltage and inverts directly to AC power, which has an extremely high conversion efficiency. This AC power is synchronized with the input power from the grid and is used for self-consumption. Systems like this was developed for countries with a very reliable grid where net-metering or grid feed-in is allowed. In such a case, the grid would act as the storage medium. Grid-tie inverters can also be used in combination with other battery based systems in mini-grid applications.

Model Inverter
(All PSW)
AC Battery Charger Storage Solar Bi-Directional Grid-Tie
APS Micro Y N N Y N Y
SRM Y N Y N N N
APC Y Y Y N N N
HP/HPM Y Y Y N N N
MultiPlus Y Y Y N Y Y*
Quattro Y Y Y N Y Y*
HP-PV Y Y Y Y N N
Mercer Sol Y Y Y Y N N
eMax Y Y Y Y N N
Infini 2-10kW Y Y Y Y Y Y
Infini Super Y Y Y Y Y Y
Infini V Y Y Y Y Y Y
Goodwe EM/ES Y Y Y Y Y Y

* Note that the Victron on its own is not Grid-tied, but it can be configured, in combination with a Grid-Tie Solar Inverter, to feed back into the grid.

APC Series Inverter Charger

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Description

Durable low frequency PSW inverter with AC battery charger. Connected to batteries the inverter functions as a UPS with transfer time of <10ms;

Topology: Inverter-Charger

Features

  • High overload ability of up to 300% rated power (20 sec).
  • Low quiescent current.
  • Selectable power saver mode to reduce power consumption to 10W (3s sensing cycle)/3W (30s sensing cycle).
  • Extract maximum power from various batteries with different protections. Low voltage trip can be selected as either 9.5V/10V or 10V/10.5V.
  • Uses Power Factor Correction (PFC), which results in lower power consumption than conventional units.
  • Automatic Generator Start (AGS) optional.
  • 10ms typical transfer time between battery and AC, which guarantees power continuity.
  • Uses selectable input AC voltage (184-253V or 154-253V) for different kinds of loads.
  • High charge rate of up to 90A, selectable from 0-100%.
  • Units utilize 3-step intelligent battery charging equipped with 8 preset battery type selector plus de-sulfurization cycle for totally flat batteries.
  • Allows start-up and through power with depleted batteries.
  • Battery/AC priority switch for off-grid solar/wind system.
  • LCD status display and USB communication port.
  • 17 alarms/warnings for easier operation and trouble-shooting.
  • Ability to switch the unit on/off.
PSW Inverter/chargers - APC Series
Model                   Power (W) Battery voltage (V) Max AC Charge current (A) L (mm) W (mm) H (mm) Weight (kg) kW Charging
APC 1-12 1000 12 35±5A 382 218 179 16 420
APC 1.5-24 1500 24 20±5A 382 218 179 17 480
APC 2-24 2000 24 30±5A 442 218 179 20 720
APC 3-48 3000 48 25±5A 442 218 179 24 1200
APC 4-48 4000 48 35±5A 598 218 179 35 1680
APC 5-48 5000 48 40±5A 598 218 179 45 1920
APC 6-48 6000 48 50±5A 598 218 179 45 2400

HP/HPM Series Inverter-Charger

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Description

High-quality, high efficiency PSW inverter + AC charger with a ultra low Total Harmonic Distortion (THD) of only 7% under full linear loads. Connected to batteries the inverter functions as a UPS with transfer times of <10ms. The transformers of this top line inverters are designed to comply with UL and efficiency of ±90%.

Topology: Inverter-Charger

Features

  • Durable low frequency design.
  • Smart remote control.
  • High overload capacity 300% (20s).
  • Designed to operate under harsh environment.
  • DC start & automatic self-diagnostic function.
  • Compatible with both linear & non-linear load.
  • Easy to install and operate.
  • Low DC voltage supports home & office appliances.
  • Powerful charge rate up to 100A, selectable from 0%-100%.
  • High efficiency design and power saving mode to conserve energy.
  • Battery/AC priority switch for off-grid solar/wind system.
  • 13 VDC battery recover point, dedicated for renewable energy systems.
  • 8 pre-set battery type selector plus de-sulfurization cycle for totally flat batteries.
  • 4-step intelligent battery charging, PFC (power factor correction) for charger.
  • 8 ms typical transfer time between utility & battery, guarantees power continuity.
  • 15s delay before transfer when AC resumes, protection for load when used with generator.
PSW Inverter/chargers - HP/HPM Series
Model                   Power (W) Battery voltage (V) Max AC Charge current (A) H (mm) W (mm) D (mm) Weight (kg) Watt Charging
HPM 0.6-12 600 12 20±5A 425 230 205 8.5 240
HPM 1-12 1000 12 25±5A 475 230 205 12 300
HP 1-12 1000 12 30±5A 388 350 200 21 360
HP 1.5-24 1500 24 20±5A 388 350 200 22 480
HP 2-24 2000 24 25±5A 388 350 200 23 600
HP 3-48 3000 48 20±5A 388 350 200 27 960
HP 4-48 4000 48 30±5A 488 415 200 38 1440
HP 5-48 5000 48 40±5A 488 415 200 48 1920
HP 6-48 6000 48 50±5A 488 415 200 49 2400
HP 8-48 8000 48 65±5A 588 415 200 60 3120
HP 10-48 10000 48 80±5A 588 415 200 66 3840
HP 12-48 12000 48 100±5A 588 415 200 70 4800

Victron MultiPlus Bi-Directional Inverter-Charger

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Description

The MultiPlus, as the name suggests, is a combined inverter and charger in one elegant package. Its many features include a true sine wave inverter, adaptive charging, hybrid PowerAssist technology, plus multiple system integration features

Topology: Bi-Directional Inverter-Charger

Features

  • Unique power assist feature: Boosting the capacity of shore or generator power
  • PowerControl – Dealing with limited generator, shore side or grid power
  • UPS function (transfer in less than 20milli seconds)
  • Up to 6 parallel units
  • 3 Phase capability
  • Onsite and Remote monitoring and control
  • Separate battery charger output (4A)
  • Operating temperature: -40 to +65°C, Fan assisted cooling, Humidity up to 95% (non condensing)
  • Input voltage: 187-265VAC, 45-65Hz
  • Programmable relay, Battery Temperature sensor
  • VE Bus communication port, Remote on/off,
  • IP21, Enclosure Aluminium
Model Power
(W)
Battery Voltage (V) Standby Power
(W)
Max AC Charge Current (A) Auxiliary Output
(A)
Transfer Switch
(A)
Dimentions
(H x W x D)
(mm)
Weight
(kg)
MultiPlus 24/3000/70 3000 24 20 70 16 50 362 x 258 x 218 18
MultiPlus 48/3000/35 3000 48 25 35 16 50 362 x 258 x 218 18
MultiPlus 24/5000/120 5000 24 30 120 25 100 444 x 328 x 240 30
MultiPlus 48/5000/70 5000 48 35 70 25 100 444 x 328 x 240 30

Victron Quattro Bi-Directional Inverter-Charger

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Description

Similar to the MultiPlus, the Quattro is also a combined inverter and charger. Additionally it can accept two AC inputs and automatically connect to the active source. Its many features include a true sine wave inverter, adaptive charging, hybrid PowerAssist technology plus multiple system integration features such as three or split phase operation and parallel operation.

Topology: Bi-Directional Inverter-Charger

Features

  • Two AC inputs with integrated transfer switch
  • Two AC outputs
  • Unique power assist feature: Boosting the capacity of shore or generator power
  • PowerControl – Dealing with limited generator, shore side or grid power
  • UPS function (transfer in less than 20milli seconds)
  • Up to 6 parallel units
  • 3 Phase capability
  • Onsite and Remote monitoring and control
  • Separate battery charger output (4A)
  • Operating temperature: -40 to +65°C, Fan assisted cooling, Humidity up to 95% (non condensing)
  • Input voltage: 187-265VAC, 45-65Hz
  • Programmable relay x3, Battery Temperature sensor
  • VE Bus communication port for parallel and three-phase operation, remote monitoring and system integration
  • General purpose communication port x2
  • Remote on/off
  • IP21, Enclosure Aluminium
Model Power
(W)
Battery Voltage (V) Standby Power
(W)
Max AC Charge Current (A) Auxiliary Output Maximum feed-through current (A) Dimentions
(H x W x D)
(mm)
Weight
(kg)
Quattro 48/5000/70-100 5000 48 35 70 50 2x 100 444 x 328 x 240 30
Quattro 48/8000/110-100 8000 48 50 110 50 2x 100 470 x 350 x 280 41
Quattro 48/10000/140-100 10000 48 55 140 50 2x 100 470 x 350 x 280 45
Quattro 48/15000/200-100 15000 48 80 200 50 2x 100 572 x 488 x 344 72

HP-PV Series Hybrid Inverter-Charger

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Description

This range of inverters is similar to the HP range but with a build-in solar charger.
High-quality, high efficiency PSW inverter + AC charger + MPPT solar charger with a ultra low Total Harmonic Distortion (THD) of only 7% under full linear loads. Connected to batteries the inverter functions as a UPS with transfer times of <10ms. The transformers of this top line inverters are designed to comply with UL and efficiency of ±90%.

Topology: Hybrid Inverter-Charger

Features

  • Durable low frequency design.
  • Smart remote control.
  • High overload capacity 300% (20s).
  • Designed to operate under harsh environment.
  • DC start & automatic self-diagnostic function.
  • Compatible with both linear & non-linear load.
  • Easy to install and operate.
  • Low DC voltage supports home & office appliances.
  • Powerful charge rate up to 100A, selectable from 0%-100%.
  • High efficiency design and power saving mode to conserve energy.
  • Battery/AC priority switch for off-grid solar/wind system.
  • 13 VDC battery recover point, dedicated for renewable energy systems.
  • 8 pre-set battery type selector plus de-sulfurization cycle for totally flat batteries.
  • 4-step intelligent battery charging, PFC (power factor correction) for charger.
  • 8 ms typical transfer time between utility & battery, guarantees power continuity.
  • 15s delay before transfer when AC resumes, protection for load when used with generator.
PSW Hybrid Inverter/chargers - HP-PV Series
Model                   Power (W) Battery voltage (V) Solar Charger Charger Voltages Max AC Charge current (A) Max Total charge current (A) Rated Solar Power (W) H (mm) W (mm) D (mm) Weight (kg)
HP-PV 1-12 1000 12 MPPT 60A 45Voc,
15-45Vmp
30±5A 90 720 388 415 200 23.5
HP-PV 1.5-24 1500 24 MPPT 40A 70Voc,
30-70Vmp
20±5A 60 1000 388 415 200 24.5
HP-PV 2-24 2000 24 MPPT 40A 70Voc,
30-70Vmp
25±5A 65 1000 388 415 200 25.5
HP-PV 3-48 3000 48 MPPT 40A 100Voc,
60-100Vmp
20±5A 60 2000 388 415 200 29.5
HP-PV 4-48 4000 48 MPPT 40A 100Voc,
60-100Vmp
30±5A 70 2000 488 415 200 40.5
HP-PV 5-48 5000 48 MPPT 80A 100Voc,
60-100Vmp
40±5A 120 4000 488 415 200 53
HP-PV 6-48 6000 48 MPPT 80A 100Voc,
60-100Vmp
50±5A 130 4000 488 415 200 54
HP-PV 8-48 8000 48 MPPT 80A 100Voc,
60-100Vmp
65±5A 145 4000 588 415 200 65
HP-PV 10-48 10000 48 MPPT 80A 100Voc,
60-100Vmp
80±5A 160 4000 588 415 200 71
HP-PV 12-48 12000 48 MPPT 80A 100Voc,
60-100Vmp
100±5A 180 4000 588 415 200 75

Mercer SOL Hybrid Inverter-Charger

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Description

This is a multi-function inverter/charger, combining the functions of inverter, MPPT solar charger and battery charger to offer uninterruptible power supply. The comprehensive LCD display offers user-configurable and easy-accessible button operation such as battery charging current, AC/solar charger priority, and acceptable input voltage based on different applications.

Topology: Hybrid Inverter-Charger

Features

  • Pure sine wave inverter.
  • High surge capacity of 200% for 5s.
  • Configurable input voltage range for home appliances and personal computers via LCD setting.
  • Configurable battery charging current based on applications via LCD setting.
  • Configurable AC/Solar Charger priority via LCD setting.
  • Compatible with mains voltage or generator power.
  • Auto restart while AC is recovering.
  • Overload/ Over temperature/ short circuit protection.
  • Smart battery charger design for optimized battery performance.
  • Cold start function.
  • 5M Up to 6 Units in parallel, 5P up to 9 units in parallel.
  • 15s delay before transfer when AC resumes, protection for load when used with generator.
PSW Inverter/chargers - APC Series
Stock Code Model Power (kW) Battery voltage (V) Solar Charger Charger Voltages Max AC Charge current (A) Max Total charge current (A) Rated Solar Power (W) Dimensions
(H x W x D)
(mm)
Weight (kg)
IHSOL1512 SOL-I-AX-1.5MEX-12 1.2kW 12 MPPT 40A 75Voc, 30-66Vmp 60 100 500 355 x 272 x 100 7
IHSOLP3048 SOL-I-AX-3MPlus48 2.4kW 48 MPPT 60A 145Voc, 60-115Vmp 15 60 3000 479 x 295 x 140 11.5
IHSOLP5048 SOL-I-AX-5M 4kW 48 MPPT 60A 145Voc, 60-115Vmp 30 60 3000 540 x 295 x 140 13.5
IHSOLP5048P SOL-I-AX-5P 5kW 48 MPPT 80A 145Voc, 60-115Vmp 60 140 4000 468 x 295 x 120 13.5
IHSOLRD01 Remote Display
IHSOLPAR1 Parallel Comms Card

eMAX Hybrid Inverter-Charger

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Description

This is a multi-function inverter/charger, combining the functions of inverter, MPPT solar charger and battery charger to offer uninterruptible power supply. The comprehensive LCD display offers user-configurable and easy-accessible button operation such as battery charging current, AC/solar charger priority, and acceptable input voltage based on different applications.

Topology: Hybrid Inverter-Charger

Features

  • Pure sine wave inverter.
  • High surge capacity of 200% for 5s.
  • Peak efficiency of 90%
  • Configurable input voltage range for home appliances and personal computers via LCD setting.
  • Configurable battery charging current based on applications via LCD setting.
  • Configurable AC/Solar Charger priority via LCD setting.• Compatible with mains voltage or generator power.
  • Auto restart while AC is recovering.
  • Overload/ Over temperature/ short circuit protection.
  • Smart battery charger design for optimized battery performance.
  • Cold start function.
  • Up to six units in parallel or in three phase configuration (5KVA unit only).
PSW Hybrid Inverter/chargers with grid feed-in- RENESOLA Series
Model                   Power Battery voltage (V) Solar Charger Charger Voltages Max AC Charge current (A) Max Total charge current (A) Rated Solar Power (W) H (mm) W (mm) D (mm) Weight (kg)
eMax Hybrid 3kVA-24V 2.4kW 24 PWM 50A 75Voc,
30-66Vmp
30 50 1200 355 272 128 8
eMax Hybrid 5kVA-48V 4kW 48 MPPT 60A 145Voc,
60-115Vmp
30 60 3000 540 295 140 13.5
eMax Hybrid 5kVA-48V Parallel 4kW 48 MPPT 60A 145Voc,
60-115Vmp
30 60 3000 540 295 140 13.5

InfiniSolar 2-10kW Bi-Directional Hybrid Inverter-Charger

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Description

InfiniSolar is a hybrid inverter which combines solar system, AC utility, and battery power source to supply continuous power. It is suitable for remote areas where the cost of utility is too high or emergency usage when utility is not stable.

Topology: Bi-Directional Hybrid Inverter-Charger

Features

  • Pure sine wave output
  • Self-consumption and Feed-in to the grid
  • Programmable supply priority for PV, Battery or Grid
  • User-adjustable battery charging current suits different types of batteries
  • Programmable multiple operation modes: Grid-tie, off-grid and grid-tie with backup
  • Built-in timer for various mode of on/off operation
  • Multiple communication for USB, RS-232, Modbus and SNMP
  • Monitoring software for real-time status display and control
  • Parallel operation up to 6 units for 5KW and 10KW
Stock Code Model Power (kW) Battery voltage (V) Max PV Input Power Charger Voltages Max AC Charge Power Max Total charge current (A) Grid Feed Output Dimensions
(D x W x H)
(mm)
Weight (kg)
IHIIS3M Infini 3K Plus 3kW 48 MPPT 4.5kW 500Voc, 250-450Vmp 1200W 25A 13A 107 x 438 x 480 15.5
IHIIS5M Infini 5kW 5kW 48 MPPT 10kW 900Voc, 250-850Vmp 4800W 100A 21A 204 x 460   600 29
IHIIS10M Infini 10K 3Phase 10kW 48 MPPT 15kW 900Voc, 400-800Vmp 9600W 200A 14.5Aⁱ 167 x 500 x 622 45

InfiniSolar Super 4kW Hybrid Grid-Tie Inverter-Charger

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Description

InfiniSolar Super 4KW can operate up to 6 units in parallel simultaneously and generate rating output power up to 24KW. Adjustability of charging current for different batteries, its AC/solar charger is upgraded to 80A. With dual AC inputs, it’s compatible with both utility and generator, so you don’t have to worry about interruption of power supply.

Topology: Hybrid Grid-Tie Inverter-Charger

Features

  • Pure Sinewave output
  • Self-consumption and Feed-in to the grid
  • Programmable supply priority for PV, Battery or Grid
  • User-adjustable battery charging current suits different types of batteries
  • Programmable multiple operation modes: Grid-tie, off-grid and grid-tie with backup
  • Accept dual AC inputs: Utility and Generator compatible
  • Built-in emergent power supply port for emergent lighting or loads
  • Multiple communication for USB, Modbus and SNMP
  • Monitoring software for real-time status display and control
  • Parallel operation up to 6 units
  • Enhanced AC/Solar charger to 80A
Stock Code Model Power (kW) Battery voltage (V) Max PV Input Power Charger Voltages Max AC Charge Power Max Total charge current (A) Grid Feed Output Dimensions
(D x W x H)
(mm)
Weight (kg)
IHIS4K Infini Super 4Kw 4kW 48V MPPT 5kW 580Voc, 280-500Vmp 40A 80A 17.5A 117 x 438 x 535 16.2

InfiniSolar V Hybrid Grid-Tie Inverter-Charger

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Description

This simple solar inverter is designed to power your home appliances or precious 3C electronics. It also can handle motor-type loads with high surge power such as vacuums, small freezers, or drills. With built-in solar charger, it can convert solar power to battery power and provide continuous power to connected equipment during night time.

Topology: Hybrid Grid-Tie Inverter-Charger

Features

  • Pure sine wave output
  • Self-consumption and Feed-in to the grid
  • Programmable supply priority for PV, Battery or Grid
  • User-adjustable battery charging current and voltage
  • Programmable multiple operation modes: Grid-tie, off-grid and grid-tie with backup
  • Monitoring software for real-time status display and control
  • Parallel operation up to 6 units only for 3K/4K/5K models
Stock Code Model Power (kW) Battery voltage (V) Max PV Input Power Charger Voltages Max AC Charge Current Max Total Charge Current Grid Feed Output Dimensions
(D x W x H)
(mm)
Weight (kg)
IHIV1K12 Infini V-1K-12 1kW 12V 1000W 145Voc, 15-115Vmp 60A 140A 4.3A 100 x 300 x 440 8
IHIV2K24 Infini V-2K-24 2kW 24V 2000W 145Voc, 30-115Vmp 60A 140A 8.7A 100 x 300 x 440 8
IHIV3K48 Infini V-3K-48 3kW 48V 4000W 145Voc, 60-115Vmp 60A 140A 13A 120 x 295 x 468 11
IHIV4K48 Infini V-4K-48 4kW 48V 4000W 145Voc, 60-115Vmp 60A 140A 17.4A 120 x 295 x 468 11
IHIV5K48 Infini V-5K-48 5kW 48V 6kW-Dual MPPT 145Voc, 60-115Vmp 60A 180A 21.7A 190 x 295 x 483 16

Goodwe EM/ES Series Bi-Directional Hybrid Inverter-Charger

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Description

The GoodWe ES and EM series bi-directional energy storage inverter is applicable with both on-grid and off-grid PV systems. It can control the flow of energy intelligently. During daytime, the PV plant generates electricity which can be provided to the loads, fed into the grid or charge the battery. The electricity stored can be released when the loads require it during the night. Additionally, the power grid can also charge the storage devices via the inverter.

Topology: Bi-Directional Hybrid Inverter-Charger

Features

  • Charge controller and inverter integrated
  • Intelligent battery management function
  • Longer service life than conventional system
  • Capable of being grid-interactive or grid-independent\
  • Compatible with both Lead-acid and Lithium-Ion battery
  • More security and performance for same cost
  • Monitor inverter locally via EzMonitor
  • Monitor inverters freely via computers or smart phone\
  • Fanless, low noise design
  • IP65 dust proof and water-proof rating
  • 45 Deg C full load output

Technical Specifications of the EM Series

  • Dual MPPT trackers (not available on GW3048-EM)
  • DC Connector: Amphenol/MC4/Sunclix
  • Charging curve: 3 Stage adaptive with maintenance
  • Battery temperature compensation for Lithium
  • Integrated battery voltage sensing
  • Integrated current shunt
  • Peak output apparent power: 3500VA for 10 sec
  • 50/60Hz, 230VAC
  • THDi<1.5%
  • Automatic switch time: 10ms
  • Power factor ~1 (Adjustable from 0.8 leading to 0.8 lagging)
  • Single phase grid connection
  • Efficiency: 97,6%, Battery to load: 94.5%
  • Protection: Anti-islanding, PV string reverse polarity, Insulation resistor detection, residual current monitoring, output over-current, output short circuit, Output over-voltage
  • Wall bracket mounting
  • -25 to 60DegC ambient temperature range
  • Standby losses < 13W
  • Communication: RS458, CanBus, WiFi
  • Standard Warranty: 5 Years

Technical Specifications of the ES Series

  • Dual MPPT trackers
  • DC Connector: Amphenol/MC4/Sunclix
  • Charging curve: 3 Stage adaptive with maintenance
  • Battery temperature compensation for Lithium
  • Integrated battery voltage sensing
  • Integrated current shunt
  • 150% peak power for 10sec
  • 50/60Hz, 230VAC
  • THDi<1.5%
  • Power factor ~1 (Adjustable from 0.8 leading to 0.8 lagging)
  • Single phase grid connection
  • 97.6% efficiency
  • Protection: Residual current monitoring, Anti-islanding, Optional DC PV switch, AC over current, Insulation monitoring
  • Wall bracket mounting
  • -25 to 60DegC ambient temperature range
  • Standby losses < 8W
  • Communication through USB2 or WiFi
  • Standard Warranty: 5 Years
Model Power (kW)
AC Output/
AC Backup
Battery voltage (V) Max PV Input Power-Number of MPPT Controller Charger Voltages Max AC Charge Current Max Total Charge Power Grid Feed Output Dimensions
(W x H x D)
(mm)
Weight (kg)
GW3048D-EM 3kW/ 2.3kW 48 3.9kW-Single 550Voc, 100-500Vmp 50A 2.5kW 13.6A 347 x 432 x 175 16
GW3648D-EM 3.6kW/ 2.3kW 48 4.6kW-Dual 550Voc, 100-500Vmp 50A 2.5kW 16A 347 x 432 x 175 17
GW5048D-EM 5kW/2.3kW 48 6.5kW-Dual 550Voc, 100-500Vmp 50A 2.5kW 22.8A 347 x 432 x 175 17
GW3648D-ES 3.6kW/ 3.6kW 48 4.2kW-Dual 580Voc, 125-550Vmp 100A 5kW 16.4A 516 x 420 x 150 30
GW5048D-ES 4.6kW/4.6kW 48 5.4kW-Dual 580Voc, 125-550Vmp 100A 5kW 21A 516 x 420 x 150 30

Disclaimer

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Prices are subject to change without notice
Colors may vary
Errors and omissions excepted
Prices published does not constitute a final quotation

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