SunSynk 8kW Solar Kit

Product Overview

The SunSynk 8kW Solar Kit is a complete hybrid solar and battery storage solution designed for residential and light commercial applications. Combining a SunSynk 8kW Hybrid Inverter, 10.24kWh lithium battery storage, and high-efficiency Trina Solar panels, this system is suitable for reducing grid dependency, supporting backup power requirements, and maximizing solar energy utilization.

The kit includes essential protection equipment, cabling, connectors, and installation accessories required for a professional solar installation.

System Highlights

• Installed Solar Capacity: 6.6kWp

• Estimated Annual Energy Production: 11,936kWh*

• Hybrid Solar and Battery Storage System

• 10.24kWh Lithium Battery Storage

• Single-Phase Installation

• Dual MPPT Solar Tracking

• High-Efficiency Monocrystalline Solar Panels

*Actual energy production may vary depending on location, weather conditions, installation configuration, and system usage.

This Kit Consists of the Following:

• 1 x SunSynk 8kW 48V Single Phase Hybrid Inverter

• 2 x SunSynk 5.12kWh 51.2V Wall Mount Lithium Batteries

• 12 x Trina Solar 550W TallMax Mono Solar Panels

• 1 x PV Roof and Hazard Label Pack

• 2 x MC4-EVO2 Connector Twin Packs

• 2 x MC4 Pre-Terminated Cables (2m)

• 2 x K&N 40A Single Phase AC Switch Disconnectors

• 1 x Earth Neutral Bridge 50A AC Protection Box

• 1 x 600V DC Protection Box

• 2 x 70mm² HV DC Cable Sets (1m Pair)

• 25m x 4mm² Black Solar Cable

• 25m x 4mm² Red Solar Cable

SunSynk 8kW Hybrid Inverter

The SunSynk 8kW Hybrid Inverter is designed to manage solar generation, battery storage, and utility power within a single integrated platform. Featuring dual MPPT inputs and hybrid functionality, it supports residential and commercial energy management applications.

Inverter Features

• 8kW Rated Output Power

• Single Phase Operation

• Dual MPPT Solar Inputs

• Hybrid Inverter Technology

• Battery Storage Integration

• Grid-Tied and Backup Power Capability

• Compatible with Lithium Battery Systems

Inverter Specifications

• Rated AC Power: 8,000W

• Number of MPPT Inputs: 2

• Maximum DC Voltage: 500V

• MPPT Voltage Range: 125V – 425V

• Maximum DC Input Current: 35.5A

• Phase Type: Single Phase

SunSynk Lithium Battery Storage

The system includes two SunSynk 5.12kWh lithium batteries, providing a combined storage capacity of 10.24kWh for backup power and solar energy storage applications.

Battery Specifications

• Battery Quantity: 2

• Battery Type: Lithium-Ion

• Individual Capacity: 5.12kWh

• Total Storage Capacity: 10.24kWh

• Nominal Voltage: 48V / 51.2V

• Maximum Charge Current: 100A

• Maximum Discharge Current: 100A

• Wall-Mounted Design

Trina Solar 550W Mono Solar Panels

The included Trina Solar TallMax monocrystalline panels are designed for efficient solar energy production and long-term performance.

Solar Panel Specifications

• Panel Quantity: 12

• Power Rating: 550W Per Panel

• Total Solar Capacity: 6.6kWp

• Module Efficiency: 21.3%

• Operating Voltage (Vmp): 41.6V

• Operating Current (Imp): 13.21A

• Open Circuit Voltage (Voc): 49.8V

• Short Circuit Current (Isc): 14.02A

• Maximum System Voltage: 1500V DC

• Operating Temperature: -40°C to +85°C

Applications

Suitable for:

• Residential Solar Installations

• Hybrid Solar Systems

• Battery Backup Systems

• Load Shedding Solutions

• Energy Storage Applications

• Small Commercial Installations

• Grid-Assisted Solar Systems

What's Included

• SunSynk 8kW Hybrid Inverter

• 2 x SunSynk 5.12kWh Lithium Batteries

• 12 x Trina Solar 550W Panels

• Protection Equipment

• AC and DC Isolators

• Solar Cabling

• Connectors

• Labels and Installation Accessories

Warranty and Installation

• Manufacturer warranties apply to individual components

• Installation should be completed by a qualified solar installer or electrician

• Installation must comply with applicable electrical regulations and standards

• System performance will vary according to location, weather conditions, roof orientation, and energy consumption patterns