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GoodWe 100kW GW100K-ET-G10 Three Phase Hybrid Inverter
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Solar Inverters by GoodWe

GoodWe 100kW GW100K-ET-G10 Three Phase Hybrid Inverter

Product ID: G1GT8774
Brand: GoodWe
Warranty: 10 Years
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৳650,000 ৳670,000 Save ৳20,000
SOLD OUT
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৳3,500

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GoodWe 100kW GW100K-ET-G10 Three Phase Hybrid Inverter – Overview

The GoodWe 100kW GW100K-ET-G10 Three Phase Hybrid Inverter is a powerful and compact three-phase hybrid inverter from the ET Series, designed for large-scale commercial and industrial solar-plus-storage applications. It features an efficient DC-coupled architecture, supports high-voltage batteries with a 300-800V range, and offers dual independent battery inputs. With an impressive 200,000W maximum PV input, 8 MPPT trackers, <10ms UPS-level switching with STS, and optional Type I+II SPD, this inverter delivers optimized performance, superb safety, and flexible scalability for businesses in Bangladesh.

Key Benefits

  • 100kW nominal output power for large commercial and industrial loads.
  • 200,000W maximum PV input with 200% DC oversizing for higher energy yield.
  • <10ms UPS-level switching to backup power with STS for uninterrupted supply.
  • 8 MPPT trackers with up to 21A per string for maximum solar harvesting.
  • Dual independent battery inputs supporting high-voltage batteries (300-800V) up to 220A.
  • Compatible with diverse battery capacities including GoodWe BAT Series and BAT-C Series.
  • Maximum AC efficiency of 98.1% (typ) and European efficiency of 97.5%.
  • IP66 ingress protection for outdoor installation in harsh environments.
  • Smart temperature sensing on AC and PV connectors, plus smart DC circuit breaker.
  • Built-in Type I+II SPD on DC side (optional) and Type II on AC side.
  • Supports parallel connection for on-grid, off-grid, and microgrid scenarios.
  • 110% unbalanced output and 150% AC overloading for 10s for flexible load management.
  • 10-year official warranty with GoodWe battery, 5-year without.

This hybrid inverter is suitable for solar panels and can be connected with solar batteries to build a dependable three-phase hybrid solar energy system for large commercial and industrial use.

Technical Specifications

Parameter Value
Battery Input Data
Battery Type Li-Ion
Nominal Battery Voltage (V) 500 (300-800V range)
Number of Battery Inputs 2 (Dual Independent)
Max. Continuous Charging Current (A) 220 (Total)
Max. Continuous Discharging Current (A) 220 (Total)
Max. Charging Power (W) 100,000
Max. Discharging Power (W) 100,000
PV String Input Data
Max. Input Power (W) *1 200,000
Max. Input Voltage (V) 1100
MPPT Operating Voltage Range (V) 200 ~ 1000
Start-up Voltage (V) 200
Nominal Input Voltage (V) 620
Max. Input Current per MPPT (A) 21
Number of MPPT Trackers 8
Number of Strings per MPPT 2
AC Output Data (On-grid)
Nominal Output Power (W) 100,000
Max. Output Power (W) 100,000
Nominal Apparent Power Output to Utility Grid (VA) 100,000
Max. Apparent Power Output to Utility Grid (VA) 100,000
Max. Apparent Power from Utility Grid (VA) 100,000
Nominal Output Voltage (V) 380/400, 3L/N/PE
Output Voltage Range (V) *2 176~276
Nominal AC Grid Frequency (Hz) 50/60
AC Grid Frequency Range (Hz) 45-55/55-65
Max. AC Current Output to Utility Grid (A) 151.6 @380V / 144.9 @400V
Max. AC Current From Utility Grid (A) 151.6 @380V / 144.9 @400V
Power Factor ~1 (Adjustable from 0.8 leading to 0.8 lagging)
Max. Total Harmonic Distortion <3%
Maximum Output Overcurrent Protection (A) 225
AC Output Data (Back-up) *requires additional STS box
Back-up Nominal Apparent Power (VA) 100,000
Max. Output Apparent Power (VA) 150,000 @ 10s
Max. Output Current (A) 200
Nominal Output Voltage (V) 380/400, 3L/N/PE
Nominal Output Frequency (Hz) 50/60
Output THDv (@Linear Load) <3%
Efficiency
Max. Efficiency 98.1%
European Efficiency 97.5%
Max. Battery to AC Efficiency 97.7%
MPPT Efficiency 99.0%
Protection
Residual Current Monitoring Integrated
PV Reverse Polarity Protection Integrated
Battery Reverse Polarity Protection Integrated
Anti-islanding Protection Integrated
AC Overcurrent Protection Integrated
AC Short Circuit Protection Integrated
AC Overvoltage Protection Integrated
DC Switch Integrated
DC Surge Protection Type I + II (Optional)
AC Surge Protection Type II
AFCI Optional
Remote Shutdown Integrated
General Data
Operating Temperature Range (℃) -35~+60
Operating Environment Outdoor
Relative Humidity 0~95%
Max. Operating Altitude (m) 4000
Cooling Method Smart Fan Cooling
User Interface LED, WLAN+APP
Communication with BMS CAN
Communication with Meter RS485
Communication with Portal RS485, WiFi+LAN+Bluetooth, 4G+Bluetooth(Optional)
Weight (kg) 115
Dimension (W×H×D mm) 750×655×315
Noise Emission (dB) <70
Topology Non-isolated
Self-consumption at Night (W) <15
Ingress Protection Rating IP66
DC Connector MC4 (4~6mm2)
AC Connector OT
Environmental Category 4K4H
Pollution Degree PD 3 (External), PD 2 (Internal)
Overvoltage Category DC II / AC III
Protective Class I
Storage Temperature (℃) -40~+85
Decisive Voltage Class (DVC) Battery: C, PV: C, AC: C, Com: A
Mounting Method Wall Mounted
Active Anti-islanding Method AFDPF + AQDPF *7
Type of Electrical Supply System Three phase Grid
Country of Manufacture China
Certification
Grid Standards NRS097-2-1, VDE-AR-N 4105, PPDS 2021Type A2, 50549-1, NBT32004
Safety Regulation IEC62109-1&2
EMC EN61000-6-1, EN61000-6-2, EN61000-6-3, EN61000-6-4

Ports & Interface Details

  • PV Input Terminals: 8 MPPT trackers with 2 strings per MPPT (16 PV inputs total).
  • Battery Inputs: Dual independent battery inputs (BAT1+, BAT1-, BAT2+, BAT2-).
  • BMS Communication: BMS ports (CAN communication).
  • AC Output (On-Grid): ON-GRID port (3L/N/PE).
  • Back-Up Output: BACK-UP port (3L/N/PE) via STS.
  • Generator Input: GEN port (3L/N/PE) via STS.
  • Smart Meter/CT: Meter port (RS485).
  • Communication: RS485, CAN, WiFi/LAN, 4G, Bluetooth.
  • Parallel Communication: PAR1 and PAR2 ports (RJ45).
  • Load Control: Dry contact port (LOAD CON, max 24Vdc, 1A).
  • Remote Shutdown / Rapid Shutdown: DI port.
  • Diesel Generator Control: DIESEL GEN port (via DI/DO).
  • EMS Connection: EMS port (RS485).

Installation & Scalability

The GoodWe GW100K-ET-G10 supports wall-mounted installation with a robust 750 × 655 × 315 mm footprint and 115 kg weight. It can be installed in outdoor environments with IP66 protection and operates from -35°C to +60°C. For large-scale applications, the inverter supports parallel operation of up to 6 inverters when paired with the appropriate STS (GW750K-STS-A-G10) for off-grid and microgrid scenarios, or up to 15 inverters for grid-tied scenarios, allowing system expansion up to 1.5MW. Each inverter in a parallel system requires a WiFi/LAN Kit-20 for networking. The system supports various battery configurations, including up to 6 clusters of BAT Series 51.2-56.3kWh, up to 4 clusters of BAT Series 92.1-112.6kWh, and up to 4 clusters of BAT-C Series 208.9kWh.

GoodWe SEMS+ App Monitoring

  • Real-Time Monitoring: View PV generation, battery status, load consumption, and grid export/import data.
  • Energy Flow Chart: Visual representation of energy flow between PV, battery, load, and grid.
  • Remote Configuration: Set working modes (Self-use, Back-up, TOU, Off-grid, Smart Charging, Peak Shaving).
  • Battery Management: Configure battery parameters, SOC limits, charge/discharge schedules, and battery wake-up.
  • Firmware Upgrade: Regular, one-click, and automatic firmware upgrade via the app.
  • Fault Diagnostics: View fault codes, alarm history, and troubleshooting recommendations.
  • Export Power Limit: Set grid export limits to comply with local regulations.
  • Parallel System Settings: Configure master/slave inverters and parallel networking via SEC3000C.
  • SEMS+ WEB: Monitor multiple power plants via web portal.
Disclaimer:
Product descriptions and technical specifications on this website may be generated with the assistance of AI and are provided for reference purposes only. Actual product features, performance, and specifications may vary — please verify all details directly with the official manufacturer's website before purchase. We do not manufacture; we are a seller and are not responsible for discrepancies in product features, behavior, or specifications.

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