25kW Three Phase Grid Tie Solar Inverter
Three phase grid tie solar inverter is 25kW power capacity, two MPPT, pure sine wave output, wide DC input range of 200-820V and wide AC output range of 208-480V to adapt to the needs of different occasions. Strong networking, flexible to support RS485, RS232, WiFi communication modes.
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Brand new 25kW on grid inverter for 3-phase 4 line grid tied solar system, with 2 high efficiency MPPT, converting 200-820V wide input to 208-480V wide output. Pure sine wave grid tie solar inverter has many outstanding advantages such as compact size, long service life, easy installation and maintenance, and most of all, competitive prices.
Features
- Can be applied to various fields, mainly for solar power, wind power, battery power, and scenery lamp power.
- Strong IP65 protection, completed sealed cover suitable for harsh environment.
- Advanced MPPT tracking technology, wide MPPT voltage range.
- No isolation transformer H6 full-bridge configuration, highest efficiency reach 97%.
- Over voltage, short circuit, overload, overheating, anti-islanding protection etc.
- Multiple inverters can be operated in parallel.
- LCD display, convenient for user to monitor main parameters.
- Support various communication modes.
Parameter List
| MODEL |
ATO-TLC25000 |
| DC INPUT |
Max. DC Input Power |
27000 watt |
| Max. DC Input Voltage |
850V DC |
| Max. DC Input Current |
65A |
| MPPT Tracking Voltage Range |
200-820V |
| MPPT Tracking Number / Each Input String Number |
1 |
| Power ON / OFF Voltage |
200V / 300V |
| Input Terminal |
MC4 |
| AC OUTPUT |
Power |
25kW |
| Output Voltage |
Default AC 3-phase 380V±5%, (Optional: 208V, 240V, 460V, 480V with ±5% tolerance) |
| Frequency |
50Hz / 60Hz |
| Phase |
3 phase 4 line (3L+N+PE) |
| Power Factor |
0.9 |
| Maximum Current |
38A |
| Current THD |
At rated power and in the sine wave ＜3.5% |
| Max. Efficiency |
98.6% |
| MPPT Efficiency |
99.5% |
| Output Terminal |
Connect terminals |
| STRUCTURE |
Protection Degree |
IP65 |
| Cooling Method |
Cooling fan |
| Topology |
No transformer |
| Noise |
<50db |
| Data Interfaces |
RS485C / RS232 (Standard) / WiFi Module (Optional) |
| Isolation Type |
Non-isolated |
| Standby Power Consumption |
<5W |
| Display |
LCD dispaly |
| DC Switch |
Integration |
| AC Switch |
Integration |
| Protection Functions |
DC input switch, Anti-island, Output over-current, Input reverse connection, DC/AC surge protection, Insulation resistance testing, RCD testing, Upgrade WiFi,
Flexible solar panel
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| ENVIRONMENT |
Operation Temperature |
Air Flow, -10℃~40℃ |
| Storage Temperature |
-20℃~60℃ |
| Relative Humidity |
0~100% |
| Altitude |
2000m, max 3000m |
| OTHERS |
Size (W*H*D) |
550*850*260mm |
| Weight |
96kg for 380V, 265kg for other customized voltages |
| Certificate |
CE / G83 / IEC / TUV / SAA |
| Warranty |
5 years |
Tips: 3 different types of solar inverters
1. Central solar inverter
It’s a large power capacity solar inverter that can handle more than one string. A number of solar strings will be connected together via a combiner box, and then the DC output of the combiner box will be connected to the inverter. With solar central inverters industry development, there is no need for the combiner box as the inverter becomes having more than one input terminals with the capability to handle different strings output voltages.
2. String solar inverter
This inverter power capacity is lower than central solar inverter, it works on string scale. For example, if we have 30 solar panel in the array, it can be divided to 5 strings, which means 6 solar panel per string. For each string, there will be a solar inverter, hence the solar system will have multiple string inverters.
3. Solar micro inverter
This inverter power capacity will be lower than string inverter, it works in module scale. For each solar panel, there will be micro inverter attached to it and converts DC to AC. Of course, this system will be more efficient than string inverter system as shaded panel will not affect other panels, also we can make different orientation for each panel “tilt angle and azimuth”, so can harvest more energy.
