Photovoltaic System for Rice Irrigation
|FOB Price:||Get Latest Price|
|Min. Order:||1 Piece|
|Production Capacity:||50, 000PCS/Year|
|Transport Package:||Wooden Case|
|Payment Terms:||L/C, T/T, Western Union|
- Model NO.: SGY11KH
- Type: DC/AC Inverters
- Output Power: 11kw
- Built-in: GPRS Module
- Function: Soft Start and Variable Frequency
- Trademark: SETEC
- Origin: Shenzhen
- Phase: Three
- Power Source: Solar Power
- Display: LCD
- Drive: 3 Phase AC220/380V Pump
- Voltage: MPPT Tracking
- Specification: CE, RoHs
- HS Code: 8504403090
1. For 3 phase AC rice irrigation pump
2.98% of conversion efficiency
3. Stainless steel, waterproof shell with IP65
4. Warranty 2 years
5. LCD display
6. With MPPT function
7. No battery or solar charge controller needed
8. Solar Off Grid Inverter MPPT
1.3 Phase solar inverter off grid pumping system is composed of a solar array, a pump and a solar pumping inverter. Based on the design philosophy that it is better to store water than electricity, there is no energy storing device such as storebattery in the system. The solar array, an aggregation of many solar modules connected in series and parallel, absorbs sunlight radiation and converts it into electrical energy, providing dynamical water for the whole system.
2. The pumping inverter controls and adjusts the system operation and converts the DC produced by solar array into AC to drive the pump, and adjust the output frequency intensity to realize the mmaximumpower point tracking (MPPT).
3. The pump, drive by 3-phase AC motor, can draw water fromthe deep wells or rivers and lakes to pour into the storage tank or reservoir, or directly connect to the irrigation system, fountain system, ect. According to the actual systemdemand and installation conditions, different types of pump such as centrifugal pump, axial flow pump, mixed-flow pump or deep-well pump can be used.
1. Adopting the proposed dynamic VI maximum power point tracking (MPPT) control method
2. Fast response speed and stableoperation
3. Digital control with full automatic running, data storage and complete protective functions (overload, over voltage, under voltage, over heat, reverse polarity, thunder, over flow and dry running).
4. Better than the conventional methods which may lead to the problems including poor tracking performance, unstable operation or even damaging water hammer effects when the irradiation on the array change rapidly.
5. The main circuit adopts intelligent power module (IPM), with high reliability and high efficiency 98%.
6. Unique design of aluminum alloy with good cooling and shielding, LCD display (43*29mm) and keys, easy operation, good view through LCD when setting parameter, feel comfortable
7. Protection degree IP55, working temperature: -10~+50° C
8. Inverter connects to city power when there is no sunshine to keep system pumping water is available (optional).
9. Low voltage drive device is our patent right product, can be used in small solar pumping system to save the quantity of solar panels.
|Solar Borehole Inverter||Adapting Pump Motor||PV Peak Power(kWp)|
|Model||Rated Power(kW)||Max. Input DC Voltage(V)||MPPT voltage(V)||Output 3 phase AC Voltage||Output Frequency||Rated Power(kW)||Rated Voltage(V)|
|SGY750L||0.75||430||280-350||3 PH 220||0-60||0.55-0.75||3 PH 220||1.1|
|SGY1500L||1.5||430||280-350||3 PH 220||0-60||1.1-1.5||3 PH 220||2.2|
|SGY2200L||2.2||430||280-350||3 PH 220||0-60||2.2||3 PH 220||3.3|
|SGY3700L||3.7||430||280-350||3 PH 220||0-60||3-3.7||3 PH 220||5|
|SGY750H||0.75||430||480-600||3PH 380||0-60||0.55-0.75||3PH 380||1.1|
|SGY1500H||1.5||430||480-600||3PH 380||0-60||1.1-1.5||3PH 380||2.2|
|SGY2200H||2.2||750||480-600||3PH 380||0-60||2.2||3PH 380||3.3|
|SGY3700H||3.7||750||480-600||3PH 380||0-60||3-3.7||3PH 380||5|
|SGY5500H||5.5||750||480-600||3PH 380||0-60||4.5-5||3PH 380||8|
|SGY7500H||7.5||750||480-600||3PH 380||0-60||7.5||3PH 380||10|
|SGY11KH||11||750||480-600||3PH 380||0-60||9.2-11||3PH 380||15|
|SGY15KH||15||750||480-600||3PH 380||0-60||13-15||3PH 380||21|
|SGY18KH||18||750||480-600||3PH 380||0-60||18.5||3PH 380||25|
|SGY22KH||22||750||480-600||3PH 380||0-60||22||3PH 380||30|
|SGY30KH||30||750||480-600||3PH 380||0-60||26-30||3PH 380||42|
|SGY37KH||37||750||480-600||3PH 380||0-60||37||3PH 380||50|
|SGY45KH||45||750||480-600||3PH 380||0-60||40-45||3PH 380||60|
|SGY55KH||55||750||480-600||3PH 380||0-60||55||3PH 380||75|
|SGY75KH||75||750||480-600||3PH 380||0-60||65||3PH 380||98|