Owing to our expertise in this domain, we have been able to offer our clients highly efficient Micro Grid Tie Inverter that is used for charging various solar devices. It is broadly appreciated for its high efficiency, compact design and low power consumption and is available in different technical specifications to meet the diverse needs of the clients. In order to fabricate this inverter, our professionals use optimum quality components and advanced technology. This Micro Grid Tie Inverter is available at rock bottom prices to our clients.
These Micro Grid Tie Inverters are easily installable and can also attach to the rack underneath of PV module. Easily transferable and takes low space while installing and also demands low voltage DC wire which is connected PV module to Micro-inverter, avoids the risk of high DC voltage. While distributing this inverted all the employees have use modularization design philosophy which ensures no error. Every single Micro-inverter is connected to the PV module in the array. This layout ensure an individual Maximum Peak Power Point Tracker (MPPT) and controls each PV module with maximum power availability. It is exported performance's utility grid, anyway the performance of the PV module in the array that might be get affected by he soiling, shading, mismatch or orientation, etc.
Using the fifth generation intelligent Power Module from Mitsubishi
Technical descriptions:
DC Maximum Input Power | PDC.max 550W |
DC Maximum Voltage | VpvDC28VDC |
PV MPPT DC Voltage Range | Vpv 10.5V-28DC |
Peak Inverter Efficiency | max>94% |
MPPT Efficiency | 99% |
PV Maximum Input Current | Ipv.max20A |
Reverse Polarity Protection | Diode |
AC Rating Output Power | 440W AC |
AC Maximum Output Power | 500W AC |
AC Normal Voltage Range | 80V-130;160-260VAC |
AC Frequency | 45-65Hz |
Inverter Output Current Total Harmonic Distortion | THDIAC <5% |
Phase shift | <1% |
Island Effect Protection | VAC;f AC(UL1741) |
Inverter Output Shorting Protection | Current Limiting |
Standby Power Consumption | 0 |
Nighttime Power Consumption | <1W |
Ambient Temperature Range | -25-60 |
Ambient Humidity | 0-100%(Indoor Type Design) |
Electromagnetic Compatibility | EN50081.part1 EN50082.part1 |
Power Network Disturbance | EN61000-3-2 |
Power Network Detection | DIN VDE 126 |
Machine Dimension (LxWxH) | 70x90x190 |