220W Half Cut PERC Mono PV Solar Panel

220W Half Cut PERC Mono Specification

• Maximum Power (PMAX):220W
• Open-Circuit Voltage (VOC): 23.3V
• Short-Circuit Current (ISC): 12.3A
• Voltage at PMAX (VMP): 19.8V
• Current at PMAX (IMP): 11.11A
• Maximum System Voltage: 1000V DC
• Operating Temperature: -40°C to +85°C
• Cable: 4mm²
• 2x 400mm cables with MC4
• Dimensions: 1600mm(h) x 710mm(w) x 40mm(d)
• Weight: 13.5kg

 Datasheet

PERC - Passivated Emitter and Rear Contact

At its core, a PERC solar cell is simply a more efficient solar cell. Solar panels built with PERC cells can more easily convert sunlight into usable electricity.

9bb (busbar)

Busbars distribute electricity with greater ease and flexibility. A busbar is a thin strip of copper or aluminium between cells that conducts electricity. It separates solar cells and conducts the direct current they collect from solar photons to the solar inverter, which converts the direct current into usable current.

Monocrystalline Solar Panels

As the name suggests, monocrystalline solar panels are made from a single continuous crystal structure. They have the highest efficiency rates because they are made of the highest-grade silicon and are very space-efficient.

Solar Selection Overview

AA Solar has been supplying Solar Panels to the New Zealand market for over 20 years. Over this time, we have used, researched and tested many solar panels from various manufacturers and believe their range today is the best quality A-grade panels that can be found. Our extensive first-hand experience with these panels proves they will perform as per specification over their 25-year life span. In addition, AA Solar backs these products with warranties so our customers can enjoy the benefits and peace of mind knowing that your 220W Mono PERC, Half Cut, 9bb (busbar)  can be relied on now and for many years.

Maximising Output

Getting the most from your 220W  Mono PERC, Half Cut, 9bb (busbar) Solar Panel. Even with the best solar panels on the market, getting the maximum energy production out of them requires using the correct solar charge controller. We recommend MPPT Solar Charge controllers over PWM. The main difference between the two types of charge controllers is that the MPPT solar charge controller is more efficient than a PWM solar charge controller. Currently, the MPPT solar charge controller is the most common type of charge controller and can gain you up to 30% more power than the PWM controllers.
Another important aspect of maximising the performance of your panels is keeping them clean. We recommend a regular wash using simple washing-up liquid and water.