10.12kW Solis Inverter & Eging Solar Panels – SA

If you’re setting up a solar energy system in South Australia using a 10.12kW Solis inverter and Eging solar panels, here’s a breakdown of how this configuration typically works and what to expect:

10.12kW Solis Inverter

Key Features:

1. Brand Reputation: Solis is known for reliable and efficient inverters suitable for residential and commercial solar systems.
2. Inverter Size:
   • 10.12kW capacity: Perfect for medium to large solar systems.
   • Compatible with high-power solar arrays.
3. Efficiency:
   • High conversion efficiency: Usually around 98%+.
   • Ensures minimal energy loss during conversion from DC (solar panels) to AC (household use).
4. MPPT (Maximum Power Point Tracking):
   • Supports multiple MPPTs for optimizing energy from strings of panels, even in varied sunlight conditions.
5. Smart Monitoring:
   • Comes with Wi-Fi or Ethernet connectivity for real-time system monitoring via an app or online portal.
6. South Australia Compliance:
   • Meets Australian standards for grid-tied solar systems (AS/NZS 4777.2 certification).
   • Compatible with South Australia’s Virtual Power Plant (VPP) programs if you want to participate.

 Download Datasheet

Eging Solar Panels

Overview:

Eging Photovoltaic (PV) panels are a reliable choice for solar installations, offering good performance and affordability.

Key Features:

1. Panel Efficiency:
   • Typically ranges from 19%–21%, depending on the model.
   • High-efficiency mono PERC technology in most panels.
2. Durability:
   • Designed to withstand extreme weather conditions (hail, wind, and high temperatures), which is crucial for South Australia’s climate.
   • Certified for salt and ammonia resistance, making them ideal for coastal areas.
3. Warranty:
   • 25-year performance warranty, ensuring at least 80% power output after 25 years.
   • 10–12 year product warranty for manufacturing defects.
4. Output per Panel:
   • Depending on the model, output ranges from 400W to 600W per panel, so you’ll likely use around 16–25 panels for a 10kW system.

 Download Datasheet

Installation Considerations

• Roof Orientation: North-facing is optimal in the Southern Hemisphere, with east/west configurations also performing well.
• Installer Accreditation: Ensure the installer is accredited by the Clean Energy Council (CEC) for compliance and quality assurance.
• Monitoring Setup: Ensure both the inverter and panels are set up for real-time monitoring to track performance and detect issues.