GX - 50 - KT - THREE PHASE

A grid-tie inverter converts direct current (DC) into an alternating current (AC) suitable for injecting into an electrical power grid, normally 120 V RMS at 60 Hz or 240 V RMS at 50 Hz. Grid-tie inverters are used between local electrical power generators: solar panel, wind turbine, hydro-electric, and the gri d. To inject electrical power efficiently and safely into the grid, grid-tie inverters must accurately match the voltage, frequency and phase of the grid sine wave AC waveform.

Grid Tied

Features

• 1.6x DC Overload
• 1.1x AC Output Overload
• I-V Scanning and Intelligent Diagnosis
• IP66
• Intelligent Fault Detection
• 10 MPPT
• Anti-PID Optional

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GX30KT Three Phase

GX50KT Three Phase

GX60KT Three Phase

GX110KT Three Phase

GX30KT Three Phase

Specification	GX30KT Three Phase
Total Energy Capacity	600
Energy, 80% DoD [kWh]	480
Energy, 90% DoD [kWh]	540
Current Capacity [Ah]	1 200 (1000)
Max. & Cont. Charge and Discharge Current [A]	800
Max. & Cont. Charge and Discharge Power [kW]	400(500)
Nominal Voltage [V]	512 (614)
Max/Min Operating Voltage [V]	568/456 [681/547]
Max. Inverter Capacity [kVA]	400 (500)
Total Weight [tonne]	5290
Height (upright against wall) [mm]	1450
Depth (from wall)	725
Length (width along wall) [mm]	4 226
DC Cables (no. per electrode) [mm2]	1×185
Round Trip Efficiency	97-97%
Enclosure Details	3mm thick Aluminium, powder coated, tamper proof, indoor use
External Interface	CAN Bus
On-board Management	Full battery management system and internal trip protection
Human Interfaces	On and Off Buttons, State of Charge Display (0 to 100%), Error light, Error Reset Button, USB Plug for Programming and data access with PC, main breaker
Protection	Shunt Trip Circuit Breaker sized to suit max current, can be tripped by BMS if critical fault, manual reset. Protection for overcurrent, cell under and over voltage, temperature, weak cell detection and other critical events
Battery Chemistry	Lithium Iron Phosphate (LiFePO4)
Cell Form Factor	Large Format ultra-heavy-duty prismatic cells of 200Ah each and 3,2V nominal voltage, fully sealed in plastic casing with bolt on electrode connections
Battery Cooling	Natural Convection (heat generation is negligible inside the battery)
Suitable Ambient Temp [°C]	0°C to +40°C
Extreme Operating Temp [°C]4	-20°C to +60°C
Remote Monitoring	Real time data logging and transmission via WiFi to online portal of key battery information
Warranty	10 years or 4000 cycles for average 80% DoD, and max 90% DoD
Service Life – Cycles	>16 years (>5 500 cycles) expected life at 80% DoD per cycle, >20 years (7 500 cycles) at 50% DoD

GX50KT Three Phase

Specification	GX50KT Three Phase
Total Energy Capacity	600
Energy, 80% DoD [kWh]	480
Energy, 90% DoD [kWh]	540
Current Capacity [Ah]	1 200 (1000)
Max. & Cont. Charge and Discharge Current [A]	800
Max. & Cont. Charge and Discharge Power [kW]	400(500)
Nominal Voltage [V]	512 (614)
Max/Min Operating Voltage [V]	568/456 [681/547]
Max. Inverter Capacity [kVA]	400 (500)
Total Weight [tonne]	5290
Height (upright against wall) [mm]	1450
Depth (from wall)	725
Length (width along wall) [mm]	4 226
DC Cables (no. per electrode) [mm2]	1×185
Round Trip Efficiency	97-97%
Enclosure Details	3mm thick Aluminium, powder coated, tamper proof, indoor use
External Interface	CAN Bus
On-board Management	Full battery management system and internal trip protection
Human Interfaces	On and Off Buttons, State of Charge Display (0 to 100%), Error light, Error Reset Button, USB Plug for Programming and data access with PC, main breaker
Protection	Shunt Trip Circuit Breaker sized to suit max current, can be tripped by BMS if critical fault, manual reset. Protection for overcurrent, cell under and over voltage, temperature, weak cell detection and other critical events
Battery Chemistry	Lithium Iron Phosphate (LiFePO4)
Cell Form Factor	Large Format ultra-heavy-duty prismatic cells of 200Ah each and 3,2V nominal voltage, fully sealed in plastic casing with bolt on electrode connections
Battery Cooling	Natural Convection (heat generation is negligible inside the battery)
Suitable Ambient Temp [°C]	0°C to +40°C
Extreme Operating Temp [°C]4	-20°C to +60°C
Remote Monitoring	Real time data logging and transmission via WiFi to online portal of key battery information
Warranty	10 years or 4000 cycles for average 80% DoD, and max 90% DoD
Service Life – Cycles	>16 years (>5 500 cycles) expected life at 80% DoD per cycle, >20 years (7 500 cycles) at 50% DoD

GX60KT Three Phase

Specification	GX60KT Three Phase
Total Energy Capacity	600
Energy, 80% DoD [kWh]	480
Energy, 90% DoD [kWh]	540
Current Capacity [Ah]	1 200 (1000)
Max. & Cont. Charge and Discharge Current [A]	800
Max. & Cont. Charge and Discharge Power [kW]	400(500)
Nominal Voltage [V]	512 (614)
Max/Min Operating Voltage [V]	568/456 [681/547]
Max. Inverter Capacity [kVA]	400 (500)
Total Weight [tonne]	5290
Height (upright against wall) [mm]	1450
Depth (from wall)	725
Length (width along wall) [mm]	4 226
DC Cables (no. per electrode) [mm2]	1×185
Round Trip Efficiency	97-97%
Enclosure Details	3mm thick Aluminium, powder coated, tamper proof, indoor use
External Interface	CAN Bus
On-board Management	Full battery management system and internal trip protection
Human Interfaces	On and Off Buttons, State of Charge Display (0 to 100%), Error light, Error Reset Button, USB Plug for Programming and data access with PC, main breaker
Protection	Shunt Trip Circuit Breaker sized to suit max current, can be tripped by BMS if critical fault, manual reset. Protection for overcurrent, cell under and over voltage, temperature, weak cell detection and other critical events
Battery Chemistry	Lithium Iron Phosphate (LiFePO4)
Cell Form Factor	Large Format ultra-heavy-duty prismatic cells of 200Ah each and 3,2V nominal voltage, fully sealed in plastic casing with bolt on electrode connections
Battery Cooling	Natural Convection (heat generation is negligible inside the battery)
Suitable Ambient Temp [°C]	0°C to +40°C
Extreme Operating Temp [°C]4	-20°C to +60°C
Remote Monitoring	Real time data logging and transmission via WiFi to online portal of key battery information
Warranty	10 years or 4000 cycles for average 80% DoD, and max 90% DoD
Service Life – Cycles	>16 years (>5 500 cycles) expected life at 80% DoD per cycle, >20 years (7 500 cycles) at 50% DoD

GX110KT Three Phase

Specification	GX110KT Three Phase
Total Energy Capacity	600
Energy, 80% DoD [kWh]	480
Energy, 90% DoD [kWh]	540
Current Capacity [Ah]	1 200 (1000)
Max. & Cont. Charge and Discharge Current [A]	800
Max. & Cont. Charge and Discharge Power [kW]	400(500)
Nominal Voltage [V]	512 (614)
Max/Min Operating Voltage [V]	568/456 [681/547]
Max. Inverter Capacity [kVA]	400 (500)
Total Weight [tonne]	5290
Height (upright against wall) [mm]	1450
Depth (from wall)	725
Length (width along wall) [mm]	4 226
DC Cables (no. per electrode) [mm2]	1×185
Round Trip Efficiency	97-97%
Enclosure Details	3mm thick Aluminium, powder coated, tamper proof, indoor use
External Interface	CAN Bus
On-board Management	Full battery management system and internal trip protection
Human Interfaces	On and Off Buttons, State of Charge Display (0 to 100%), Error light, Error Reset Button, USB Plug for Programming and data access with PC, main breaker
Protection	Shunt Trip Circuit Breaker sized to suit max current, can be tripped by BMS if critical fault, manual reset. Protection for overcurrent, cell under and over voltage, temperature, weak cell detection and other critical events
Battery Chemistry	Lithium Iron Phosphate (LiFePO4)
Cell Form Factor	Large Format ultra-heavy-duty prismatic cells of 200Ah each and 3,2V nominal voltage, fully sealed in plastic casing with bolt on electrode connections
Battery Cooling	Natural Convection (heat generation is negligible inside the battery)
Suitable Ambient Temp [°C]	0°C to +40°C
Extreme Operating Temp [°C]4	-20°C to +60°C
Remote Monitoring	Real time data logging and transmission via WiFi to online portal of key battery information
Warranty	10 years or 4000 cycles for average 80% DoD, and max 90% DoD
Service Life – Cycles	>16 years (>5 500 cycles) expected life at 80% DoD per cycle, >20 years (7 500 cycles) at 50% DoD