4.2kW Hybrid Solar Inverter

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Primax Venus 4200 4.2kW Hybrid Solar Inverter

In Stock

Efficiency & Performance: 6200W input, 4200W output, 98% conversion efficiency.
Grid-Tie & Off-Grid: 360V DC, 120-140VAC AC start-up.
Battery & Charging: Pure sine wave, 220/230/240VAC, 120A solar charging, 100A AC charging.
User-Friendly & Connectivity: RS232/WIFI/GPRS/Lithium Battery, compact (420x310x110 mm), lightweight (8.5 kg).
Enhanced Energy Independence: Generates solar power, uninterrupted supply during outages.
Sustainable & Cost-Effective: Maximizes solar energy, reduces carbon footprint, sell excess power.
Versatile & Reliable: 8400W surge power, durable design, safety features.
Smart Monitoring & Control: Integrated ports, WIFI/GPRS compatible, real-time tracking.
Max PV Input Power: 6200W for efficient energy harnessing.
Rated Output Power: 4200W for residential and commercial use.
Conversion Efficiency: 98% efficiency, minimal energy losses.
Off-Grid Capability: 120-140VAC AC start-up for versatile settings.

In Stock

Rated Output: 15 kW (15,000 W) three‑phase AC power suitable for commercial & large residential solar systems.

On‑Grid Operation: Generates solar power and feeds excess into the grid for net‑metering benefits

Dual / Multiple MPPT Trackers: Increases energy harvesting from solar panels

High PV Input Capacity: Supports large solar arrays for enhanced generation

Smart Connectivity: Wi‑Fi / RS485 / LAN connection support for remote monitoring

Advanced Protection: Built‑in protection against overload, overheating, short circuit and surge

IP65 / IP66 Rating: Weather‑resistant design for outdoor installation

Smart Thermal Design: Efficient cooling for stable long‑term performance

Compact & Reliable: Designed for easy installation with high build quality

12%

In Stock

High‑Capacity 25 kW Output – Ideal for large solar arrays in homes, facilities, or small industrial systems.

Dual MPPT Trackers – For optimized power harvest from multiple PV strings.

Hybrid + Battery Support – Compatible with high‑voltage Li‑ion batteries like Huawei LUNA2000 for backup and storage.

High Efficiency (~98.4 %) – Delivers strong DC‑to‑AC conversion performance.

Wide MPPT Voltage Range – Flexible design for a broad range of solar array configurations.

Advanced Safety Protections – AFCI, anti‑islanding, surge, and insulation monitoring ensure system safety.

Smart Monitoring – Built‑in Wi‑Fi connects to Huawei FusionSolar for real‑time system insights.

Robust IP66 Weatherproofing – Suitable for outdoor installations in all weather conditions.

Smart Cooling System – Intelligent air cooling for reliable temperature management.

Grid‑Safe Design – Anti‑islanding and voltage/current protections for grid compliance.

Comprehensive Communication Options – Integrated Wi‑Fi plus optional RS485/4G modules.

Compact & Durable Design – Lightweight yet rugged for long‑lasting performance.

In Stock

Goodwe 10kW On-Grid Solar Inverter Specs:

High efficiency rating (98.2%): Maximizes power utilization for cost savings.
Advanced MPPT technology: Optimizes energy conversion for better performance.
Integrated safety features: Protects against electrical faults for safety.
Versatile communication options: Enables easy integration with monitoring systems.
Seamless Battery Management System integration: Enhances battery efficiency.
Real-time monitoring and analysis: Informs decision-making for optimization.
Compact, lightweight design: Easy to install and space-saving.
Li-Ion battery compatibility: Improves energy storage options.
Wide voltage range (180V to 600V): Flexible battery selection.
Maximum DC input power (13,000W): Utilizes available solar energy efficiently.
Fast charging support (25A): Minimizes downtime for reliability.
Robust construction: Ensures durability in diverse conditions.
Space-efficient dimensions: Fits various installation spaces.
Suitable for residential and small business use: Versatile for different applications.
Cost-effective energy utilization: Reduces electricity bills.
Environmental sustainability: Lowers carbon footprint.
Reliable performance: Ensures system longevity.
Remote monitoring and control: Convenient management.
Scalable design: Allows system expansion as needed.
Compliant with safety standards: Ensures user peace of mind.