2000W Single Phase Grid Tie Solar Inverter
Factory price on grid tied solar inverter with 2000W power capacity, max input power to 2300W, one phase output, LCD display data, with wide MPPT voltage 180-450V DC and max efficiency up to 99.5%, default 230V AC (190~270V) output, 110V for optional.
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Delivery date:
6-12 days
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Low cost single phase 2000 watt solar inverter for home used, converts DC input voltage 180-450 volt to AC output 230 volt / 110 volt, small and light, easy to install. Because of the MPPT function, improving the efficiency of the entire solar power system.
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-LT2000 |
| DC INPUT |
Max. DC Input Power |
2300 watt |
| Max. DC Input Voltage |
450V DC |
| Max. DC Input Current |
11A |
| MPPT Tracking Voltage Range |
180-450V |
| MPPT Tracking Number / Each Input String Number |
1 |
| Power ON / OFF Voltage |
200V / 100V |
| Input Terminal |
MC4 |
| AC OUTPUT |
Power |
2000W |
| Output Range |
Single phase AC 190~270V
Adjustable according to different countries and regions requirement. |
| Rated Voltage |
230V AC (Optional: 110V) |
| Frequency |
50Hz / 60Hz |
| Phase |
Single phase, 2 hot line (L1, L2+N) can be customized for this 2000W inverter. |
| Power Factor |
1 |
| Maximum Current |
9A |
| Current THD |
At rated power and in the sine wave ＜3.5% |
| Max. Efficiency |
97% |
| MPPT Efficiency |
99.5% |
| Output Terminal |
AC connector |
| STRUCTURE |
Protection Degree |
IP65 |
| Cooling Method |
Natural cooling |
| Topology |
No transformer |
| Noise |
<50db |
| Data Interfaces |
RS 485C / RS232 (Standard) / WiFi Module (Optional) |
| Isolation Type |
Non-isolated |
| Standby Power Consumption |
0W |
| 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 |
| ENVIRONMENT |
Operation Temperature |
Air Flow, -10℃~40℃ |
| Storage Temperature |
-20℃~60℃ |
| Relative Humidity |
0~100% |
| Altitude |
2000m, max 3000m |
| OTHERS |
Size (W*H*D) |
295*300*150mm |
| Weight |
14kg |
| Certificate |
CE / G83 / IEC / TUV / SAA |
| Warranty |
5 years |
Tips: On grid system vs. off grid system
First: On grid solar inverter system is less expensive than off grid solar system, as it doesn’t require batteries which is needed to electrically feed the loads in the night where there is No sun. Inverter.com offers single phase and three phase on grid inverters from 300 watt to 50kW capacity, you could select one desired for your on grid system. In addition to batteries purchasing costs, they have less life time expectancy than other solar system components, so we regularly need to replace them, also batteries need maintenance and checking from time to time, and this will impose extra operating costs in addition to its initial purchasing costs.
Second: Off grid solar system has some limitations in compare to on grid solar system. As we will be needing to check our loads power capacities individually before installing the off-grid system, so can indicate the higher power capacity loads like Oven or electric furnaces or Air conditioners, then trying to replace with lower capacity or operating them in specific time (in where other loads are off)…etc., the goal is to reduce our total load power capacity, so can make the off grid solar system more cost effective and practical (economic feasibility study).
