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Yorker 3.6kW Hybrid Solar Inverter
3.6 kVARated Output Power
4,000 WMaximum PV Input
99.5%MPPT Tracking Efficiency
100ASolar Charge Controller
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Yorker 3.6kW Hybrid Solar Inverter

High-Efficiency Hybrid Solar Power for Residential Energy Systems Key Performance Highlights

Designed for modern residential solar installations, the Yorker 3.6kW Hybrid Inverter delivers reliable hybrid energy management with high-efficiency solar conversion, intelligent battery charging, advanced MPPT technology and seamless integration between solar, battery and grid power sources for uninterrupted home energy performance.

Designed for Residential Hybrid Systems

Yorker 3.6kW Hybrid Solar Inverter is engineered to efficiently manage solar generation, battery storage and grid power within a single intelligent system. Designed for residential applications, it provides stable single-phase power output, optimized solar energy harvesting and automatic energy management to maximize energy independence and daily household efficiency.

Yorker 3.6kW Hybrid Solar Inverter

Monitoring and System Control

The Yorker 3.6kW hybrid inverter supports real-time system monitoring through the Solar of Things platform, allowing users to easily track energy flow, solar generation, battery status and load performance, providing clear visibility and simple control without adding complexity to everyday use.

YORKER 3.6KW

HYBRID SOLAR INVERTER

High Performance. Maximum Efficiency.

Rated Output Power3.6kVA (3600VA)
AC Output Voltage220 / 230V
Output Frequency50 / 60Hz
Power Factor1.0 (Leading to Lagging)
3 years replacement warranty

Warranty

  • Inverter Unit: Standard product warranty as per Crown Solar Energy policy

  • (Terms & conditions apply)
  • Support Coverage: Backed by Crown Solar Energy's nationwide service and technical support network

  • View Warranty Details

Resources

  • Compare Models: Explore other hybrid inverters in the Yorker Hybrid Inverter Series

  • Important Information: Product specifications may vary based on system configuration and installation conditions.

  • Performance: Performance depends on solar input, battery selection and grid availability.

  • Monitoring: Remote monitoring features require compatible internet connectivity and supported devices.

  • Battery: Battery performance and backup duration depend on load usage and battery capacity.