Aerosharp 2kw solar inverter

What are Aero-Sharp Solar inverters?

The Aero-Sharp brand of inverters were designed for residential use, accepting a string of rooftop mounted PV modules for conversion to 240V AC for feeding back into the grid. These inverters were commonly sold by Origin Energy (and a few other solar installation companies) as part of a solar package until the end of 2012.

Do I need a new inverter for my Aero-Sharp Solar System?

As the Aero-Sharp is a transformer-based inverter and therefore uses a different earthing system, to keep your solar system operational you will need to replace it with another inverter and have the solar array earthed. Let us take care of your inverter headaches.

What happened to Aero-sharp inverters?

Aero-Sharp inverters have been installed in Australian households since as early as 2008, however, sadly they have since gone out of business. Their transformer-based inverters came in the following sizes: While most Aero-Sharp inverters came with a five-year warranty, some came with a promotional ten-year warranty.

Do Aero-sharp inverters have a warranty?

Aero-Sharp inverters usually have a warranty of ten years from the date of purchase. Since the company has shut down, it is best to call your solar installer to know if your warranty is still applicable. Call us at (08) 7078-7620 to know more about your Aero-Sharp inverter warranty questions. How Do I Make a Warranty Claim?

Are there any problems with Aero-Sharp Solar inverter?

Just like any other solar inverters, Aero-Sharp also has its own solar inverter errors. The two most common problems Aero-Sharp inverter users usually encounter are grid volt error and system error. Below are the descriptions of these errors and how you can fix them:

How much power does an aero-sharp inverter need?

Therefore, for there to be any benefit, Aero-Sharp inverters need to be operated in their optimum 'power window', usually between 50% and 90% of their rated capacity. At 500W and above, a power factor of 0.95 can be realised, and at 1000W, 0.98 is achievable. Problems See article: Aero-sharp Problems (Grid Volt Error). Remote Monitoring