GoodWe 10kW ET LV Three Phase Hybrid Inverter

₨0.00

The GoodWe 10kW ET LV Hybrid Inverter is a three-phase low-voltage hybrid inverter designed for solar systems that combine PV generation, battery storage, grid power and backup loads. The GW10K-ET-L-G10 provides 10kW nominal AC output, supports 48V batteries, and accepts up to 20kW of PV input power. With 3 MPPTs, up to 20A input current per MPPT, fast backup switching and generator compatibility, it is suitable for residential and selected commercial solar systems where battery backup and flexible PV design are important.

Quick Highlights

  • Rated Output: 10kW
  • Phase: Three Phase
  • Battery Type: Li-ion & Lead-acid
  • Battery Voltage: 48V, 40–60V operating range
  • Maximum PV Input: 20kW
  • MPPTs: 3 MPPTs
  • Maximum PV Input Current: 20A per MPPT
  • Backup Switching: Less than 4ms
  • Protection Rating: IP66
  • Maximum Efficiency: 97.8%
  • Generator Support: Compatible with AC generator input
  • Communication: RS485, CAN, WiFi / 4G
  • Warranty: 5-year replacement warranty
Description

GoodWe 10kW ET LV Hybrid Inverter Overview

The GoodWe 10kW ET LV Hybrid Inverter is built for solar installations that need more than simple grid-connected power conversion. It can coordinate solar PV, batteries, the utility grid and backup loads, making it suitable for systems where energy storage is part of the overall design.

This model uses a low-voltage 48V battery architecture with a battery operating range of 40–60V. It supports both Li-ion and lead-acid batteries, giving installers flexibility when designing an energy-storage system. The inverter has a 10kW nominal AC output and can accept up to 20kW maximum PV input power, providing substantial room for PV oversizing within the stated electrical limits.

For three-phase installations, the inverter provides a 400/380V nominal output configuration and supports 50/60Hz operation. Its backup output is also rated at 10kVA nominal, with higher short-duration output capability available under the specified operating conditions.

Why This Hybrid Inverter Stands Out

High PV Input Capacity

One of the important features of this model is its 20kW maximum PV input power against a 10kW nominal AC output. This allows a larger PV array to be considered where the system design, string voltage, current and operating conditions remain within the inverter’s limits.

The PV side supports a maximum input voltage of 1000V, an MPPT operating range of 150–850V, and a startup voltage of 180V.

Three Independent MPPTs

The inverter has 3 MPPTs, with up to 20A input current per MPPT and 26A maximum short-circuit current per MPPT. This gives installers greater flexibility when arranging PV strings with different roof orientations or string configurations, provided the final design stays within the electrical limits.

Fast Backup Switching

The system supports backup switching in less than 4ms. This makes the backup function useful for selected essential loads where rapid transition between grid and backup operation is important.

Low-Voltage Battery Design

The 48V battery architecture makes this inverter relevant for installations built around low-voltage energy storage. It supports both Li-ion and lead-acid batteries, with maximum continuous charging and discharging current of 220A for this 10kW model.

Best For

The GoodWe 10kW ET LV Hybrid Inverter is well suited to:

  • Three-phase residential solar systems requiring battery backup.
  • Homes with substantial daytime solar consumption and evening energy-storage requirements.
  • Solar installations affected by load shedding where backup power is required.
  • Systems using a 48V low-voltage battery bank.
  • Installations requiring a comparatively large PV array around a 10kW-class inverter.
  • Selected commercial applications with properly sized backup and PV systems.
  • Solar projects where generator integration is required.
  • Installations where multiple PV orientations benefit from 3 MPPTs.

Not Ideal For

This inverter may not be the right choice when:

  • The project requires a high-voltage battery architecture rather than a 48V system.
  • The installation is designed around a different electrical phase configuration.
  • The required PV voltage or current exceeds the inverter’s limits.
  • The required continuous backup load is higher than the inverter’s rated capability.
  • A battery system cannot operate within the 40–60V battery range.
  • The buyer only needs a simple on-grid inverter and has no requirement for battery storage or backup functionality.

Solar PV Input and MPPT Performance

The inverter provides 20kW maximum PV input power, with a 1000V maximum PV input voltage. Its MPPT operating voltage range is 150–850V, while the startup voltage is 180V.

The 3 MPPT trackers support up to 20A maximum input current per MPPT and 26A maximum short-circuit current per MPPT. The string arrangement should be designed according to the selected solar modules, their Voc and Isc values, temperature effects and the inverter’s MPPT limits.

The MPPT efficiency reaches 99.9%, supporting effective DC-side energy tracking under suitable operating conditions.

Battery Compatibility and Energy Storage

The GoodWe 10kW ET LV Hybrid Inverter uses a 48V low-voltage battery system with an operating range of 40–60V. Both Li-ion and lead-acid batteries are supported.

For the 10kW model, the maximum continuous charging current is 220A, while the maximum continuous discharging current is also 220A. Maximum charging power is 10kW, while maximum discharging power reaches 11kW.

Battery communication is supported through RS485 / CAN, allowing appropriate battery-management communication where the selected battery and system configuration support the required protocol.

Before installation, battery voltage, current limits, BMS communication and exact battery compatibility should be checked together rather than relying only on nominal battery voltage.

Backup Power and Load-Shedding Performance

The inverter provides a 10kVA nominal backup output. Without grid power, the maximum apparent output for this model is 11kVA, with up to 20kVA available for 10 seconds under the specified condition.

The less-than-4ms switching time helps reduce the transition period when backup operation starts. However, the actual performance of connected equipment depends on the load type, battery condition, system configuration and installation quality.

For Pakistan’s load-shedding environment, essential loads should be separated and sized according to the inverter’s continuous and short-duration output limits.

Generator Support and System Control

The inverter supports AC generator input and can receive up to 10kVA nominal and maximum apparent power from an AC generator for this model. The generator input supports a nominal voltage of 400/380V and 50/60Hz operation within the specified frequency ranges.

This can be useful where solar and battery storage are combined with a generator for additional energy availability. Generator sizing and control settings should be handled according to the complete system design.

Monitoring and Communication

The inverter provides several communication options for system monitoring and energy-management functions. It has:

  • RS485 / CAN communication with the BMS
  • RS485 communication with a meter
  • WiFi / 4G communication with the monitoring portal
  • LCD user interface

These options can help installers and users monitor system operation and maintain communication between the inverter, battery-management system and meter.

Technical Specifications

Battery

Exact Model GW10K-ET-L-G10
Battery Type Li-ion & Lead-acid
Nominal Battery Voltage 48V
Battery Voltage Range 40–60V
Number of Battery Inputs 1
Maximum Continuous Charging Current 220A
Maximum Continuous Discharging Current 220A
Maximum Charging Power 10kW
Maximum Discharging Power 11kW
BMS Communication RS485 / CAN

Solar PV Input

Maximum PV Input Power 20kW
Maximum Input Voltage 1000V
MPPT Operating Voltage Range 150–850V
Startup Voltage 180V
Nominal Input Voltage 620V
Number of MPPTs 3
Maximum Input Current per MPPT 20A
Maximum Short-Circuit Current per MPPT 26A
Strings per MPPT 3 / 1 + 1 + 1

AC Output

Nominal Output Power 10kW
Maximum Apparent Power to Utility Grid 11kVA
Nominal Output Voltage 400 / 380V, 3L / N / PE
Nominal AC Grid Frequency 50 / 60Hz
AC Grid Frequency Range 45–65Hz
Maximum AC Output Current at 230V 15.9A
Maximum AC Output Current at 220V 16.7A
Power Factor ~1, adjustable from 0.8 leading to 0.8 lagging
Maximum Total Harmonic Distortion <3%

Backup

Backup Nominal Apparent Power 10kVA
Maximum Output Apparent Power Without Grid 11kVA
Maximum Output Apparent Power Without Grid for 10 Seconds 20kVA
Maximum Output Current 16.7A
Nominal Output Frequency 50 / 60Hz
Backup Switching Time <4ms

General

Maximum Efficiency 97.8%
European Efficiency 97.4%
Maximum Battery-to-AC Efficiency 95.5%
MPPT Efficiency 99.9%
Protection Rating IP66
Cooling Method Smart Fan Cooling
Operating Temperature -35°C to +60°C
Relative Humidity 0–95%
Maximum Operating Altitude 4000m
Communication with Meter RS485
Communication with Portal WiFi / 4G
Dimensions 754 × 549 × 262mm
Weight 47.5kg
Noise Emission <45dB
Mounting Method Wall Mounted

The technical values above are mapped to the GW10K-ET-L-G10 column, including its 10kW output, 20kW PV input, 3 MPPT configuration and 47.5kg weight.

Recommended Solar System Size

The inverter has a 10kW nominal AC output and allows up to 20kW maximum PV input power. The maximum PV input should not automatically be treated as the recommended final system size for every installation.

Solar string design must consider the selected module’s Voc, Isc, Vmp and Imp, temperature-adjusted voltage, MPPT operating range and maximum input current. Proper design is particularly important when high-current solar modules are used.

The inverter’s 150–850V MPPT range and 1000V maximum input voltage should be respected during system design.

Hybrid Inverter Use in Pakistan

For Pakistani solar users, a three-phase hybrid inverter can be useful where the system needs to combine solar generation, battery storage, grid electricity and backup power.

The GoodWe 10kW ET LV Hybrid Inverter is particularly relevant to installations where load shedding makes battery backup important. Its low-voltage battery architecture also gives installers a clear 48V design platform.

Proper ventilation is important in hot conditions, while PV string voltage, battery current, protection devices and backup loads should all be checked during installation. The inverter has an IP66 ingress protection rating, smart fan cooling and an operating temperature range of -35°C to +60°C.

GoodWe 10kW Price in Pakistan

The current price of the GoodWe 10kW ET LV Hybrid Inverter in Pakistan is Rs. 0 per unit. If the listed price is zero, the product is temporarily out of stock and restocking is expected soon. Contact Hajvery Solar for the latest availability update.

The goodwe 10kw price in pakistan can vary when the product becomes available because imported solar equipment can be affected by exchange rates, shipment costs and supply conditions.

Buyers searching for goodwe 10kw price or goodwe 10kw hybrid inverter price in pakistan should confirm the latest availability and quotation before placing an order.

Hajvery Solar Energy is a GoodWe Official Distributor, providing buyers with a direct channel for product availability and dealer enquiries.

Hajvery Verified Product Information

Brand: GoodWe

Product Name: GoodWe 10kW ET LV Hybrid Inverter

Exact Model: GW10K-ET-L-G10

Product Type: Three-Phase Low-Voltage Hybrid Inverter

Rated Output: 10kW

Battery Architecture: 48V Low Voltage

Maximum PV Input: 20kW

MPPT Configuration: 3 MPPTs

Protection Rating: IP66

Warranty: 5-year replacement warranty

For customers looking for a goodwe 10kw inverter, exact model identification is important because electrical ratings, battery architecture and PV limits can differ between models in a product range.

As a GoodWe authorized dealer, Hajvery Solar Energy can help buyers with product selection, battery compatibility checks and purchase guidance.

Warranty and After-Sales Support

This product comes with a 5-year replacement warranty.

Hajvery Solar Energy is an Official GoodWe Distributor and can assist customers with product and warranty guidance. Warranty claims should be handled according to the applicable warranty terms and claim requirements.

Buying through Hajvery Solar Energy, an authorized GoodWe dealer, gives customers a clear route for product information, compatibility guidance and warranty-related assistance.

Before You Buy

Before purchasing the GoodWe 10kW ET LV Hybrid Inverter, confirm these points:

  • The building requires a three-phase inverter.
  • The battery system is suitable for the 48V low-voltage architecture.
  • Battery operating voltage remains within the 40–60V range.
  • The selected battery supports the required BMS communication.
  • PV string voltage remains within the inverter’s MPPT and maximum-voltage limits.
  • PV string current remains within the applicable MPPT current limits.
  • The required backup loads can be handled by the inverter.
  • Generator integration is required only if the overall system has a suitable generator arrangement.
  • Installation provides suitable ventilation and protection.
  • The final PV and battery design is completed by a qualified solar installer.

Frequently Asked Questions

What is the GoodWe 10kW hybrid inverter?

The GoodWe 10kW hybrid inverter is a three-phase, low-voltage energy-storage inverter with a 10kW nominal AC output, 48V battery architecture and up to 20kW PV input capability.

Is the GoodWe 10kW a three-phase inverter?

Yes. The GoodWe 10kW ET LV Hybrid Inverter is designed for three-phase operation with a nominal output voltage of 400/380V.

What battery voltage does this GoodWe 10kW inverter use?

It uses a 48V nominal battery system, with a supported battery voltage range of 40–60V. It supports Li-ion and lead-acid battery types.

How much PV can the GoodWe 10kW inverter handle?

The maximum PV input power for the target model is 20kW. The maximum PV input voltage is 1000V, with an MPPT operating range of 150–850V.

How many MPPTs does it have?

The inverter has 3 MPPTs, with a maximum input current of 20A per MPPT and maximum short-circuit current of 26A per MPPT.

Where can I find the goodwe 10kw hybrid inverter user manual pdf?

For installation and configuration, buyers should use the correct manual for the exact GW10K-ET-L-G10 model and ensure that the electrical and battery configuration matches the installed system. The same model identification should also be used when searching for goodwe 10kw et three phase manual.

What is the goodwe 10kw inverter price in pakistan?

The current price is Rs. 0 per unit. A zero listing means the product is temporarily out of stock and restocking is expected soon. Contact Hajvery Solar for the latest availability update.

Does it support generator input?

Yes. The inverter supports AC generator input, with 10kVA nominal and maximum apparent generator input for this model.

What is the warranty?

The inverter comes with a 5-year replacement warranty.

What is the goodwe 10kw et three phase price?

The current listing is Rs. 0 per unit because the product is temporarily unavailable at Hajvery Solar. Buyers searching for goodwe 10kw et three phase price in pakistan or goodwe 10kw et three phase price should contact Hajvery Solar for the latest restocking and quotation update.

Buy GoodWe 10kW ET LV Hybrid Inverter from Hajvery Solar

Hajvery Solar Energy provides solar equipment for residential, commercial and installer requirements across Pakistan. For customers searching for goodwe 10kw, goodwe 10kw inverter, or goodwe 10kw hybrid inverter 3 phase, exact model and system compatibility should be checked before purchase.

If you are researching the goodwe 10kw hybrid inverter datasheet or goodwe 10kw 3 phase hybrid inverter datasheet, use the exact GW10K-ET-L-G10 model when checking PV, battery and backup requirements.

Customers searching for goodwe 10kw et three phase can contact Hajvery Solar for product guidance and future availability updates.

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