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Sunsynk Lynks Hybrid Inverter 8kW

R 15 000,00Price
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The Sunsynk Lynks 8kW Hybrid Inverter is designed for residential, commercial, and backup power applications. Suitable for use with solar PV systems, battery storage, generators, and alternative energy sources, this hybrid inverter provides flexible energy management for a variety of installation requirements.

Featuring twin MPPT technology, the inverter can support multiple solar array inputs and is compatible with both lithium-ion and lead-acid battery systems. Its hybrid design allows integration with grid-connected and backup power installations, making it suitable for a wide range of energy applications.

Key Features:

  • 8kW hybrid inverter

  • Twin MPPT solar input

  • Compatible with solar PV systems

  • Supports lithium-ion batteries

  • Supports lead-acid batteries

  • Generator compatible

  • Suitable for grid-tied and backup power applications

  • Compatible with selected micro inverter installations

  • Compatible with selected wind energy systems

  • Hybrid energy management functionality

Specifications:Brand: SunsynkSeries: LynksType: Hybrid InverterRated Power: 8kWMPPT Inputs: Twin MPPTBattery Compatibility: Lithium-Ion and Lead-AcidApplication: Solar, Battery Storage, Backup Power SystemsProtection Rating: IP41 / IP65 (depending on installation configuration and model specification)

Applications:

  • Residential solar systems

  • Commercial solar installations

  • Backup power systems

  • Hybrid energy systems

  • Battery storage systems

What's Included:

  • 1 × Sunsynk Lynks 8kW Hybrid Inverter

  • User Documentation

Important Information:

  • Installation must be carried out by a qualified electrician or solar installer.

  • Battery banks, solar panels, cabling, and protection equipment are sold separately unless otherwise specified.

  • System design should be completed according to the installation requirements and applicable electrical regulations.

  • Actual performance may vary depending on solar array sizing, battery configuration, environmental conditions, and energy consumption patterns.

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