- Brand: Temank
- Product Model: GTI-1000
- Efficiency: 120VAC(90-140VAC)/230VAC(190-260VAC)
- Cooling: Fan
- Grade of Waterproof: Indoor design
Temank 60A 1000W GTI Grid Inverter GTI-1000 With Indoor Design Parameter
|
Power |
200W |
300W |
400W |
500W |
600W |
800W |
1000W |
|
Solar panels |
≥200W |
≥300W |
≥400W |
≥500W |
≥600W |
≥800W |
≥1000W |
|
DC MAX input |
240W |
360W |
480W |
600W |
720W |
960W |
1200W |
|
DC input range |
10.8-28V |
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|
MPPT Voltage |
15.5-20VDC |
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|
DC MAX current |
15A |
20A |
25A |
30A |
35A |
45A |
60A |
|
AC MAX output |
230W |
330W |
430W |
550W |
630W |
830W |
1100W |
|
AC output range |
120VAC(90-140VAC) or 230VAC(190-260VAC) |
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|
Frequency range |
50Hz/60Hz(Auto control) |
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|
Power Factor |
>97.5% |
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|
THD |
<5% |
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|
Phase Shift |
<2% |
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|
Efficiency |
120VAC(90-140VAC) |
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|
Peak Efficiency |
90% |
90% |
88% |
87% |
85% |
83% |
81% |
|
Stable Efficiency |
88% |
87% |
86% |
84% |
84% |
81% |
79% |
|
Efficiency |
230VAC(190-260VAC) |
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|
Peak Efficiency |
91% |
90% |
88% |
87% |
85% |
85% |
82% |
|
Stable Efficiency |
89% |
88% |
87% |
85% |
85% |
83% |
80% |
|
Protection |
Islanding; Short-circuit; converse connection; Low Voltage; Over Voltage; Over temperature Protection |
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|
Work Temperature |
‘-25℃-65℃ |
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|
Work Humidity |
0%~90%RH non-condensing |
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|
Grade of Waterproof |
Indoor design |
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|
Show |
1 Red and 1 Green |
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|
Cooling |
Fan |
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|
Stand-by Power |
2-3W |
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|
EMC |
EN61000-6-3:2007 EN61000-6-1:2007 |
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|
Grid Disturbance |
EN 50178+EN 62109-1+VDE0126-1-12 |
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|
Grid Detection |
DIN VDE 1026 UL1741 |
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|
Certificate |
CE |
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Installation and Connection
Installation
- Red terminal: Connect DC positive, black terminal: Connect DC negative
- AC socket: Connection to the mains. The AC cord to the inverter 3 foot outlet, then the AC cord to home 3PIN AC outlet
- Switch: properly connected; turn on the switch, the inverter to work.
Application of Street lights
Use this product, do not need to add a fan controller, solar panel controller, battery
This connection method, wind energy, solar energy can supply to the grid at the same time, the highest efficiency.
System Function
-
Connect to DC Power Resource directly and Direct-output Power Grid
DC power resource refers to devices included solar panels, batteries and wind power generators with AC/DC controller, etc. All DC power supply output voltage fit with inverter input voltage setting range which is 10.8-28VDC.
Power grid refers to single phase civil electricity utility grid. Such as 110V（90-140V）and 220V（190-260V）single phase civil electricity utility grid.
YSmartgrid tie microinverters can connect to power grid directly and uploading electric power directly because of inverter output current wave form is pure sine wave which is same as civil electricity grid.
There must be electricity on power grid and connectivity is first necessity of inverter operating. When there is power outage or fault of power grid, inverters will be not operating. And it is the biggest difference between grid tie inverter and off-grid inverter. -
AC 0 Angle Phase High Precision Auto-detection
MCU process for high-precision detection and analysis after AC 0 angle phase pass through isolation amplifier and input into MCU, phase shift rate is less than 1%, and finally achieving high-precision of cophasal modulation AC combined Output.
-
Synchronous High-frequency Modulation
In process for grid connectivity, usually approach with cophasal angle for grid(ie, when total current of inverter and grid is 0, combined current by switch). But our inverter approach for grid with same frequency and same phase is DC to AC first, then rectified AC current into pulse electric which is half-frequency 100Hz, finally combined pulse electric modulation with current of grid and then fed into power grid.
-
Pure Sine Wave Output
Adopting Sinusoida PWM process for pure sine wave output which is same wave form of grid. No interference for grid.
-
Superstrong Shadow Resistance
Adopting high frequency conversion operating, less transmission loss will be. In cloudy days or inadequate sunshine days, if only there is 3W-5W output from power supply and input into inverter, inverter can be operate AC conversion. But of cause, output is proportional input. The more input power the more output power and vice versa. Inverter can operate in such low input power supply, it’s indicate inverter power conversion operating times can be up more
There is detail information about Temank 60A 1000W GTI Grid Inverter GTI-1000 With Indoor Design as below:
Temank 60A 1000W GTI Grid Inverter GTI-1000 With Indoor Design Manual