Zenvyra
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| Item Name | Description | Unit | Quantity |
|---|---|---|---|
| Solar panel | 260W / 31.2V poly | pc | 136 |
| Mounting structure | Q235 material, Hot-dip zinc | set | 1 |
| PV cables | 4mm2, 400m | set | 1 |
| Pump inverter | Model 30000H | pc | 1 |
| Water pump | 30HP | pc | 1 |
| Pump cables | 3*16mm2, 200m | set | 1 |
| Safety rope | Pump Depth * 2 | pc | 1 |
| Check Value | Check value with connector | set | 1 |
| Accessories | MC4 connectors, tapes, etc. | set | 1 |
Solar power systems offer versatile solutions for domestic water supply, agricultural and forestry irrigation, and desertification control. They are increasingly utilized in government projects, city squares, landscape architecture, and residential areas.
To select the right pump, please consider the following:
Panel Sizing: Power of solar panel = Power of pump X 1.3
Example: For 200W power and 100AH 12V battery: 100 ÷ (200/12) x 0.6 = 3.6 hours.
Peak Power: 290W
Max Voltage: 32.2V
Dimensions: 1640×992×35 mm
Max DC Input: 8.5KW
MPPT Range: 90-520V
Wifi/GPRS Monitoring Optional
Real-time data logging via Web, IOS, or Android App to track PV system performance.
AI6005 & SUS304 Material
Compatible with Asphalt Shingles or Ground Mounts.
4mm2/6mm2 Cross Section
Rated for 1000VDC (TUV)
25-Year Service Life.
48V 100AH
Standard 4U-5U Dimension
High energy density storage.
It is designed for agricultural irrigation, livestock watering, domestic water supply, and desertification control projects.
A general rule is that the total power of the solar panels should be approximately 1.3 times the power rating of the pump.
Yes, the system includes a data logging stick that allows monitoring via Wi-Fi, LAN, or GPRS through a mobile app or PC.
The solar panels and DC cables are designed for a service life of up to 25 years, while the mounting system uses high-quality hot-dip zinc and AI6005 for long-term durability.
No, this is an off-grid system designed to use solar power directly. However, an optional grid backup can be integrated for 24/7 operation.
We need to know the daily water requirement, the depth of the borehole (if applicable), and the total distance (horizontal and vertical) the water needs to be pumped.
