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How Solar Energy Can Be Used in QLD


Jack Gordon - October 8, 2020 - 0 comments

Northeast Australia, i.e., the territory of Queensland, is a very desirable location for living, especially the coastal part. For people who want to enjoy a warm climate throughout the year, this state has it all. The continental area has a bit different climate, with hot summers and very mild winters.

A large number of sunny days in Queensland (over 250 during the year) benefit the economy, primarily based on tourism and energy. Many days with a clear sky is an ideal condition for the development of solar systems. Their use in the northeast of Australia has been on the rise over the last couple of years.

The entire continent has a high level of radiation per square meter, all year round. Compared to average energy use, this level is several thousand times higher. That creates conditions for the use of Sun-powered energy, which will bring with it many benefits. At this link, you can find out what the advantages of solar energy are.

Generating Electricity

Since the invention of electricity, people have sought to improve this necessary resource. At the time of industrialization, not much attention was paid to health and environmental protection. Today, people are aware of how much negative impact they have on Earth. So, they tend to correct this mistake by finding alternative and renewable energy sources.

Here comes the Sun. Using photovoltaic modules (or PV panels) that convert sunlight into electricity, radiation is used in the best possible way. In QLD, the emerging number of households is using these panels. The government also supports these actions and provides many benefits for people who want to use Sun-powered energy. That’s why these systems became the basis of renewable energy in this state.

How Solar Energy Turns to Electricity

You can use Sun-generated electricity just like a regular current for all appliances in your home or office. The working principle of solar panels is simple. For the best results, you should place them on the south-oriented roof side. There shouldn’t be any shade, at least during the day when there is the most Sun.

PV panels consist of PV cells. Their number will depend on the model and manufacturer of these solar systems. The cells are made of glass, beneath which is a thin layer of silicone coating. Light cells from sun rays (photons) hit that layer and release negatively charged electrons from silicon. These particles create a voltage, i.e., direct current.

The next step is to transfer DC through wirings to appliances or collect it in batteries for night consumption. But before the electricity finds a way to home appliances, it must be transformed from DC to AC. An inverter is in charge of this. It decreases the voltage to 220-240V 50Hz, which is a standard for Australia.

Hot Water Systems

Besides electricity, every household needs hot water for daily needs and heating (although this is rarely necessary for warm regions like Queensland). The device that serves this purpose is a boiler, supplied with current obtained from natural resources (water, coal).

A worthy replacement for a conventional boiler can be solar water heating systems. They will provide enough domestic hot water and reheat the space in which you live and work. If you live in Queensland, you may not have to reheat your house, but you can use hot water systems to warm up a pool or greenhouse.

Check the following website to find out how to maintain PV panels:

https://www.solarreviews.com/blog/solar-panel-maintenance-everything-you-need-to-know

For hot water supply, you need to install additional devices on the already mentioned PV panels. These are a hot water tank and an extra heater that will work when there is no sun in the sky (complete clouds or night). You can also use an existing water heater if it can connect to a solar system or works on both solar power and electricity.

Benefits for C&I Users

Not only residential users can benefit from solar panels. Larger consumers, such as commercial and industrial facilities, also record increased use of renewable resources. They need much more energy than the average household, so it must be affordable.

The initial investment in PV systems for commercial use (10kW and up) is relatively high. But, as current rates have risen, these costs have outweighed the price of solar systems. That is why solar panels can be seen today at many commercial enterprises all over Queensland.

Talk about Savings

The government is supporting households that want to switch to solar energy supply. At the same time, the prices of these systems are dropping. The cost-effectiveness of their installation is more significant than ever. According to research, panels with a power of around 6kW can completely offset daytime energy costs.

On average, in 3 to 5 years, this investment will pay off through savings on monthly bills. These can be as low as 60%, especially in sunny regions like QLD. If you asked for an interest-free loan, yearly savings would cover the amount of yearly installment.

Many factors affect the solar system’s effectiveness. You should follow these requirements to make it economical. Buy quality panels from reputable vendors like Solareze Gold Coast, to be sure you get the necessary service and customer support. You also must take care of the panel position on the roof, current electricity prices, etc.

If you set a bigger budget for a solar system, think of buying advanced PV collectors. They have storage for generated energy, so you don’t have to connect to a grid to get energy for night use. It means that your household becomes almost self-sufficient, and the savings can be even more significant.

The greater availability of solar technologies and the high price of electricity are the leading reasons why an increasing number of households in Queensland use the Sun-powered system. Current rates have risen considerably in recent years. Environmental concerns due to increased pollution and carbon emission also made people turn to cleaner energy sources. That’s the best way to live and work in harmony with nature.

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