Solar Buying Guide

Today, there are several ways to get electricity, which are significantly more environmentally friendly and which can also save a great deal in energy costs. We at Solar Masters want to attract more people to use energy in a more economical way and which is also environmentally friendly. Here we have collected all our products that are linked to using nature’s resources to obtain electricity such as wind and solar.

Many people are curious about solar energy but do not know where to start. This is a great place. If you are a few, e.g. a business owner, we will gladly come over and give a small lecture. But you can also find most things here.

Constant Decreasing Price of Solar power Installation in Australia

The investment cost for an Australian solar system includes both hardware and indirect costs. Hardware includes panels, solar inverters in GoldCoast, mounting material and other electronics and cables. Among the indirect the costs include planning, installation work, freight, commissioning and marginal gains. Historically, the solar panels have, and to some extent also the inverters, accounted for the majority of the cost of Australian solar system. In recent years, price reductions for solar cell systems have been mainly due to one decline in prices for Panels and Inverters.

Things to consider when going Solar

  1. Prerequisite

Why do you want a solar energy system? For economic reasons, or environmental reasons – or a bit of both? Or you may lack electricity in your cabin and still want some electric amenities. Under the heading Technology you can see what different solutions are available and what suits your conditions.

For example, if you have good roof surfaces and want to create electricity – yes, then it is solar cells that apply. Keep in mind that solar panels do not have to sit on a sloping roof. They can also be mounted on a stand on the ground or even attached to a flat surface or a wall. The area around the solar panels should be clean means not any tree or a building should block the sunlight to fall on panels properly.

  1. Economy

The most common question we get from the curious peoples is “does it pay off?”. The answer is “it depends”. Compared to what? In the long or short term and how much do you want and can you bet?

Some Thumb Rules:

The repayment period is 7-11 years. Large solar system Cairns have better economy than small ones, sheet metal roofs are easier to mount and roofs facing south are best. East-west ceilings are also good, but you may lose 20% on the exchange throughout the year. But some households use most energy in the mornings and evenings, so an east-west roof might be the best.

You can compare with bank interest rates or other money investments; an investment in solar energy yields about 6-8% return, which is not at all stupid. You can sell surplus energy back to the mains grid, but you will not receive a tax deduction for everything if you send out more than what you also buy in a year.

Take a look at the Hi-Tech Technologies used in the solar power systems

The upward trend in the cost of traditional fuels has been observed all over the world for more than a year – as well as the search for opportunities to use cheaper alternative types of energy. Recently, the installation of solar panels has been gaining special popularity – after all, this is a real chance to abandon traditional sources of fuel in favor of the inexhaustible potential of solar energy. The service of the professional installation of solar panels is offered by Solarmasters, the leader of the Australian market for the development and implementation of innovative solar solutions in the field of energy conservation.

High Tech Technologies uses in the Solar Panels

Despite the fact that people who use solar panels are still considered innovators, their number is constantly growing. This is explained by the enormous prospects that the installation of solar panels Townsville opens up for ordinary consumers. First of all – the ability to minimize the cost of electricity bills. Devices that we know as solar panels belong to the high-tech type of equipment, as they are capable of not only absorbing but also converting the energy of solar light into electricity. The most common are devices of a flat shape – the so-called solar panels. Thanks to this configuration, it became possible to install solar panels on any surface.

But to ensure maximum conversion of solar energy, the installation of solar panels provides for the correction of the angle of inclination – in accordance with the geographical data of the area. An incorrectly defined place for the installation of solar collectors and non-compliance with the rules for choosing the optimal tilt of the device reduces the module efficiency of their work. Therefore, in order to install solar panels, business companies only hire highly qualified specialists like us.

Types of Solar Panels and how they are different from each other

Solar panels differ in the type of materials used in production; the main types of solar panels currently in use are polycrystalline and single-crystal panels or Monocrystalline Panels.

The main difference between monocrystalline and polycrystalline panels is the efficiency of solar power GoldCoast conversion. Monocrystalline panels have the highest efficiency – up to 22%. Monocrystalline silicon is made from highly purified raw materials (99.99%). Now there are solar modules made using PERC technology (Passivated Emitter Rear Cell) – a passivated emitter of the rear contact and means the dielectric layer on the back of the PERC solar cell.

Commercially available polycrystalline cells have an efficiency of up to 18%. The lower efficiency is associated with the fact that in the production of polycrystalline silicon not only primary silicon of high purity is used, but also secondary raw materials (for example, recycled solar panels or silicon waste from the metallurgical industry). This leads to the appearance of various defects in the polycrystalline element. The efficiency of the elements is ultimately responsible for the physical size of the solar panels. The higher the efficiency, the smaller the panel area at the same power.