Price: Rs. 420,000.00
SKU: AR-001259
Power Your Future with High-Efficiency Solar Energy
The SolarMax SM-25K-6G3P is a premium 25kW hybrid solar inverter designed for large-scale residential and commercial solar systems. With 98.4% max efficiency, dual MPPT tracking, and IP66-rated durability, this inverter ensures maximum energy harvest, grid reliability, and long-term performance—even in extreme conditions.
Key Features & Benefits
✅ Ultra-High Efficiency – 98.4% max efficiency minimizes energy loss, maximizing your solar ROI.
✅ Dual MPPT Tracking – Optimizes performance for two separate solar arrays (up to 4 strings).
✅ Wide Voltage Range (160V-1000V) – Compatible with diverse panel configurations.
✅ 25kW Rated Power | 27.5kVA Surge Capacity – Handles heavy loads & high startup currents.
✅ Advanced Grid Support – Adjustable voltage (260V-510V) & frequency (45Hz-65Hz) for seamless integration.
✅ Military-Grade Protection – Anti-islanding, DC reverse polarity, surge arrestors, and leakage current protection.
✅ IP66 Weatherproof – Dustproof & waterproof for harsh outdoor installations.
✅ Smart Remote Monitoring – Control via Bluetooth, APP, or LCD with optional WiFi/GPRS.
✅ Built for Extreme Climates – Operates from -25°C to 60°C and up to 4000m altitude.
✅ 5-Year Warranty – Guaranteed reliability.
Technical Specifications
| Category | Details |
|---|---|
| Max. PV Input | 1100V, 2x30A (2 MPPTs) |
| MPPT Range | 160V-1000V |
| AC Output | 25kW (27.5kVA surge), 380V/400V/415V 3-phase |
| Grid Compliance | VDE-AR-N 4105, AS4777.2, CEI 0-21, RD 1699/661 |
| Cooling | Fan-cooled |
| Communication | Bluetooth, RS485, WiFi (optional GPRS/LAN) |
| Dimensions | 398mm x 460mm x 190mm (20.3kg) |
Why Choose the SolarMax SM-25K-6G3P?
✔ Future-Proof Design – Supports high-voltage PV systems for scalability.
✔ Commercial-Grade Durability – IP66 rating ensures 10+ years of reliable operation.
✔ Energy Independence – Hybrid-ready for battery storage integration (if supported).
✔ Lower Electricity Bills – Maximizes self-consumption & reduces grid dependency.