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Tsun Titan Solar Microinverters
£300.00
No tax
7-10 days
Tsun Titan Solar Microinverters - available in various versions - 2250W/3000W. TSUN Titan microinverters support up to six high power panels at once, with the maximum output power up to 3000W. The inverters are mounted directly near the solar module in the shade and are only responsible for the connected modules. The microinverters are therefore perfect for small systems and module areas with partial shading
FEATURES
Maximum output power up to 3000W
Compatible with 182/210 solar modules
Individual power conversion, up to 6 MPPTs, fit for complicated installation environments
Unique topology design, Peak efficiency up to 97.1%
Max DC voltage 60V, no risk for DC Arc
Comply with the requirements of rapid shutdown
Integrated with a communication module
"One-button" networking configuration with multiple microinverters at the same time, unique monitoring solution
Plug and play design, fast installation and wiring
IP67 design, high level of dustproof and waterproof, suitable for outdoor use
Unique radiating fin design, good heat dissipation, longer life time
DESCRIPTION
MP2250 Version
Input Data (DC)
Quantity of Input - 4 Inputs, 4 Panels
Recommended Module Power: 480-700+W
Start up Voltage - 22
MPPT Voltage Range per Input: 18-60V
Max. Input Voltage per Input - 60V
Max. Short-circuit Current per Input(A)- 20A
Max. Input Current per Input - 18.5A
Quantity of MPPT - 4
Output Data (AC)
Max. Continuous Output Power - 2250VA
Nominal Continuous Output Power - 2250W
Nominal Output Current - 10.2A
Max. Output Current - 11A
Nominal Output Voltage - 220/230/240(175~270), L/N/PE
Nominal Frequency - 50/60Hz
Output Power Factor - >0.99 default, 0.8 leading … 0.8 lagging
Output Current Harmonic Distortion - <3%
Efficiency
Peak Inverter Efficiency - 96.7%
CEC Weighted Efficiency - 96.5%
Nominal MPPT Efficiency - 99.9%
Mechanical Data
Dimensions [WxHxD mm] - 354 * 294 * 60
Weight - 6.4kg
General Data
Display - LED indicators;TSUN APP+WEB
Communication - Wi-Fi module;
4G module (Optional); RS485 (Optional)
Type of Isolation - Transformerless
Type of Enclosure - IP67
Cooling - Natural Convection
Operating Ambient Temperature Range: (derating of over 50°C Ambient Temperature)
Night Time Power Consumption - <1W
Standards - EN/IEC 62109-1, EN/IEC 62109-2,
VDE-AR-N-4105, EN 50549-1, ABNT
Protection
Anti-Islanding protection
Insulation monitoring
AC surge protection - TYPE II
Residual current monitoring - Integrated
AC overcurrent protection - Integrated
AC short-circuit protection - Integrated
AC over/under voltage protection - Integrated
AC over/under voltage protection - Integrated
Over-heat protection - Integrated
MS3000 Version
Input Data (DC)
Quantity of Input - 4 Inputs, 7-8 Panels
Recommended Module Power: 380-600+W
Start up Voltage - 24
MPPT Voltage Range per Input: 22-120V
Max. Input Voltage per Input - 120V
Max. Short-circuit Current per Input(A)- 16A
Max. Input Current per Input - 15A
Quantity of MPPT - 4
Output Data (AC)
Max. Continuous Output Power - 2250VA
Nominal Continuous Output Power - 2250W
Nominal Output Current - 10.2A
Max. Output Current - 11A
Nominal Output Voltage - 220/230/240(175~270), L/N/PE
Nominal Frequency - 50/60Hz
Output Power Factor - >0.99 default, 0.8 leading … 0.8 lagging
Output Current Harmonic Distortion - <3%
Efficiency
Peak Inverter Efficiency - 96.7%
CEC Weighted Efficiency - 96.5%
Nominal MPPT Efficiency - 99.9%
Mechanical Data
Dimensions [WxHxD mm] - 354 * 294 * 60
Weight - 6.4kg
General Data
Display - LED indicators;TSUN APP+WEB
Communication - Wi-Fi module;
4G module (Optional); RS485 (Optional)
Type of Isolation - Transformerless
Type of Enclosure - IP67
Cooling - Natural Convection
Operating Ambient Temperature Range: (derating of over 50°C Ambient Temperature)
Night Time Power Consumption - <1W
Standards - EN/IEC 62109-1, EN/IEC 62109-2,
VDE-AR-N-4105, EN 50549-1, ABNT
Protection
Anti-Islanding protection
Insulation monitoring
AC surge protection - TYPE II
Residual current monitoring - Integrated
AC overcurrent protection - Integrated
AC short-circuit protection - Integrated
AC over/under voltage protection - Integrated
AC over/under voltage protection - Integrated
Over-heat protection - Integrated
MP3000 Version
Input Data (DC)
Quantity of Input - 6 Inputs, 5-6 Panels
Recommended Module Power: 480-700+W
Start up Voltage - 22
MPPT Voltage Range per Input: 18-60V
Max. Input Voltage per Input - 60V
Max. Short-circuit Current per Input(A)- 20A
Max. Input Current per Input - 18.5A
Quantity of MPPT - 6
Output Data (AC)
Max. Continuous Output Power - 2250VA
Nominal Continuous Output Power - 2250W
Nominal Output Current - 10.2A
Max. Output Current - 11A
Nominal Output Voltage - 220/230/240(175~270), L/N/PE
Nominal Frequency - 50/60Hz
Output Power Factor - >0.99 default, 0.8 leading … 0.8 lagging
Output Current Harmonic Distortion - <3%
Efficiency
Peak Inverter Efficiency - 96.7%
CEC Weighted Efficiency - 96.5%
Nominal MPPT Efficiency - 99.9%
Mechanical Data
Dimensions [WxHxD mm] - 354 * 294 * 60
Weight - 6.4kg
General Data
Display - LED indicators;TSUN APP+WEB
Communication - Wi-Fi module;
4G module (Optional); RS485 (Optional)
Type of Isolation - Transformerless
Type of Enclosure - IP67
Cooling - Natural Convection
Operating Ambient Temperature Range: (derating of over 50°C Ambient Temperature)
Night Time Power Consumption - <1W
Standards - EN/IEC 62109-1, EN/IEC 62109-2,
VDE-AR-N-4105, EN 50549-1, ABNT
Protection
Anti-Islanding protection
Insulation monitoring
AC surge protection - TYPE II
Residual current monitoring - Integrated
AC overcurrent protection - Integrated
AC short-circuit protection - Integrated
AC over/under voltage protection - Integrated
AC over/under voltage protection - Integrated
Over-heat protection - Integrated
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Tsun Titan Solar Microinverters - available in various versions - 2250W/3000W. TSUN Titan microinverters support up to six high power panels at once, with the maximum output power up to 3000W. The inverters are mounted directly near the solar module in the shade and are only responsible for the connected modules. The microinverters are therefore perfect for small systems and module areas with partial shading