Overview
Key Features
Minimizes energy: loss during conversion, ensuring more power for pumping.
Minimized Solar Panel Requirements: Reduces initial investment and space needs.
Off-Grid Power Storage Compatibility: Integrates with battery systems for uninterrupted operation.
Automatic Start/Stop: Begins operation at sunrise and stops at sunset, saving energy and effort.
Dormancy & Wake-Up Function: Conserves power during low sunlight and reactivates when energy is sufficient.
DC and AC Input Support: Operate seamlessly with solar power (DC) or switch to grid power (AC) when needed, ensuring reliability in all conditions.
User-Centric Design: Simple setup and intuitive operation for hassle-free use.
A complete solar pump system includes three core components:
Solar Cell Array: Captures sunlight and converts it into DC electricity.
Solar Pump Inverter: Converts DC power to AC, optimizing energy use and pump control.
Water Pump: Draws water from sources like wells, rivers, or reservoirs for various applications.
Solar Pumping System Diagram
Basic Running Wiring
Farm Irrigation: Efficient water delivery for crops, reducing reliance on grid power.
Desert Greening: Supports ecological projects by pumping water in remote, arid regions.
Garden Fountains & Landscaping: Enhances aesthetics with sustainable water features.
Domestic Water Supply: Provides clean water for households in off-grid areas.
Water-Soil Conservation: Ideal for environmental protection projects requiring reliable water management.
Eco-Friendly: Reduces carbon footprint by leveraging solar energy.
Cost-Effective: Low operational costs with minimal maintenance.
Reliable: Built to withstand harsh environments, ensuring long-term durability.
Smart & Connected: Stay in control with remote monitoring and automated features.
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