13.2kW Solar System: Cost, Output & Savings

The Best 13.2kW Solar System can produce 60–70kWh of energy at a 75% efficiency rate. For all of Sydney and Australia, a 13.2 kW solar system works well. A large amount of heat and sunlight is required for a solar system to operate at peak efficiency. It may thus produce the most energy where it is the warmest throughout the year.

How much should a 13.2 kW solar system cost?

It is challenging to estimate the cost per watt of installing solar panels because it depends on various factors like the brand and kind of solar panels, inverter type, roof design, and the power configuration of the house (single-phase or three-phase).

Depending on your location, the quality of the panel you intend to install, and the installer you select, a 13.2kW solar panel installation typically costs between $7,500 and $19,000

How much will a 13.2kW solar save me?

The following points below can be connected to savings and ROI (Return on Investment).

How well does a solar panel we can utilize?
Which Feed-in Tariff has been agreed upon between you and your energy retailer?
The climate in the area where you reside.

Call one of our solar specialists and have your energy bill on hand to find out precisely how much you can save. We can help you with savings, return on investment, and system value.

The standard output of a 13.2kW Solar in major cities

Adelaide 51kWh

Brisbane 55kWh

Melbourne 47kWh

Perth 52kWh

Sydney 50kWh

Hobart 46kWh

How much power does a 13.2 kW solar system produce?

A 13.2kW solar system with a 10kW inverter may generate between 40kWh and 65kWh depending on the place where you live, the position of the strings of panels, the slope of the roof, and finally the number of sunlight hours at your spot.

The system must be exposed to direct sunlight for a minimum of 5.5 to 6 hours daily to generate this much electricity.

Why does a 10kW Inverter go with a 13.2kW Solar?

It is advisable to install a 10kW inverter’s ability to manage up to 133% of its capacity that is why 13kW panels go with a 10kW inverter.

Additionally, energy would be wasted from the solar panels to the inverter because of the installation’s location, orientation, and roof pitch. For sufficient energy for the solar inverter, it is strongly encouraged to add more panels.

What is the payback period for a this solar system?

The payback period of a solar system is the time it takes to recover your investment after installation. It is crucial to consider the payback period when selecting a solar system because low payback periods are typically a sign of high-efficiency systems. A 13.2kW solar system has a payback period that ranges between three to four years. Numerous factors, including location, roof pitch, panel alignment, system size, power consumption, solar performance, and, most importantly, consumer spending habits, determine the payback period.

This also depends on how many daylight hours there are. Following the weather, if your roof does not receive sufficient sunlight to generate enough electricity, you’ll have to install additional solar panels.

Is a 13.2kW solar system the right choice or size for you?

Determining which size of solar is best for you depends on your current consumption and near-term planning as more individuals are installing EVs, (Electric vehicles).

Depending on the position and orientation of the roof, a 13.2kWvSolar might generate between 50kWh and 60kWh. Therefore, a 13.2kW solar will be a suitable choice for you if your average daily consumption is 45 to 55 kWh. Hit on the request to quote to learn more in-depth.

What is the Cost of this Solar System with Fronius Inverter & SolarEdge Inverter?

Solar energy is a fantastic and cost-effective way to generate electricity. Before Investing in a 13.2kW solar system with the most well-known and extremely effective inverters, such as a Fronius inverter or a SolarEdge inverter, you should understand how much a 13.2kW solar system will cost.

Your costs for a 13.2kW solar system with a Fronius or SolarEdge inverter will range from $18000 to $22000.

Below, you can find our packages featuring the Fronius Primo 10kW Inverter.

One of the Best Value Solar Panels, 25 Jinko Tiger Pro 415 Watts, for $4357
27 Sunpower Performance Series 370 Watts at $6193 (Premium – Most Reliable & Efficient Brand)

Due to the unique features that set them apart from the competition, Fronius inverters and Solar Edge are typically more expensive than other types of string inverters.

Below, you can find our bundles featuring the SolarEdge HD Wave Inverter.

One of the Best Value Solar Panels, 25 Jinko Tiger Pro 415 Watts, is available for $4357.

At $6493, 27 Sunpower Performance Series 370 Watts (Premium – Most Reliable Brand)

The technology, Module Level Power Electronics, which provides visibility of each panel’s performance, makes SolarEdge more expensive than Fronius. Each optimizer is positioned underneath each panel to increase efficiency, and degrading the results of one panel has no impact on the performance of the others.

What is the Cost of 13.2kW Solar with Battery?

If you live in an area where power outages are frequent, or if you consume more electricity at night, acquiring batteries for your 13.2kW solar system is strongly recommended.

A 13.2kW solar system with a 10kW inverter and an 8kWh battery might cost between $20000 and $25000, depending on the battery brand you want to install.

How much space do I need for a 13.2kW solar?

Although each panel is a different size, they frequently range between 1635 * 1125 * 35 to 2000 * 1.214 * 35 (mm). By determining the dimensions of the roof or sheds where the system will get placed, we can establish the number of panels we can install there. Make My Solar shares a layout with the desired panel layout. It has been made using a highly advanced piece of software called NearMap.