CG Emotron VSR48017 Solar Pump Inverter – 7.5kW MPPT Solar VFD

☀️ Rugged Solar Pump Drive for Reliable Water Supply

The CG Emotron VSR48017 is a 7.5kW solar pump inverter built to deliver maximum energy efficiency and motor control in solar-powered water systems. Engineered with a 99% MPPT algorithm, this drive ensures that every drop of sunlight is utilized effectively.

Whether you’re powering deep borewells, irrigating fields, or setting up a livestock water supply system in a remote area, this VFD is built to perform in harsh environments with smart protections and hybrid input support.

⚙️ Technical Specifications:

• 🔧 Motor Power: 7.5 kW

• ☀️ Recommended Solar Array: 11–12 kWp

• 🔌 Max DC Input Current: 30 A

• 🔌 Output Current: 17 A

• 📐 Dimensions (mm): 256 x 186 x 195

• ⚖️ Weight: 5.6 kg

⚡ Input & MPPT Control:

• 🌞 DC Input Voltage Range: 230 VDC – 800 VDC

• 🌞 MPPT Operating Range: 450–600 VDC

• 📈 Recommended Voc: 600–700 VDC

• 🌟 MPPT Efficiency: 99%

🌟 Key Features:

✅ 99% MPPT Efficiency – Optimized for every sunlight condition
✅ Soft Start & Stop – Reduces stress on motors and pipes
✅ 200% Overload Handling – Robust for tough conditions
✅ Dual Input Support – Works with both DC solar and AC grid/generator
✅ Sleep/Wake Functions – Intelligent sunlight-based automation
✅ Rugged Build – Heat and dust-resistant with conformal coating
✅ LCD Display – Real-time performance monitoring with oscilloscope UI
✅ Full Motor Protection Suite – Dry run, overload, thermal, stall protections
✅ Modbus RS485 Enabled – Remote monitoring and integration ready

🌍 Best Applications:

• 🚜 Agricultural Water Pumping

• 🐄 Livestock and Dairy Water Supply

• 💧 Solar Borewell and Tube Wells

• 🌾 Irrigation Projects in Rural Areas

• 🏕️ Off-Grid and Remote Water Systems

🛠️ Why Choose VSR48017?

The CG Emotron VSR48017 is built with industrial-grade quality and self-manufactured power components, offering unmatched durability, solar efficiency, and ease of use. A perfect choice for solar-driven water management in power-deficient and off-grid regions.