Installing solar power can help you enjoy clean, sustainable energy. Better still, you can benefit from tons of government incentives once you install a solar panel in Brisbane. Most of these incentives are meant to lure households and businesses into embracing solar energy as a sustainable and eco-friendly energy source. It is no wonder that the number of people installing solar power throughout Brisbane has been on the rise.

Below are some of the government incentives that you are most likely to benefit from once you install solar power Brisbane.

Rebates

Rebates are some of the common incentives that the government is offering to residents of Brisbane to encourage them to invest in solar power. Rebates are meant to lower the cost of the solar system by between 10% and 20%. In most instances, the government offers cash rebates to residents of a particular municipality in Brisbane to promote solar energy.

Small-scale technology certificates

These certificates are offered by the federal government of Brisbane to small business owners and homeowners who invest their money in solar systems. The number of certificates that a business owner or a homeowner gets is largely determined by the amount of solar energy they are generating from their system. To qualify for these certificates, one must generate not less than 100 kW of solar energy.

State tax credits

Some Australian cities, including Brisbane, offer tax credits to households and businesses that install solar power systems. With these credits, part of the cost of the solar power system is deducted from the state tax bill. These amounts vary remarkably from one state to the other.

Feed-in tariffs

When one installs their solar power in Brisbane, they can connect the energy to the electricity grid particularly if they are producing solar energy in excess. The government offers people and businesses that connect their solar systems to the national grind a popular incentive popularly known as feed-in-tariffs. Once you qualify for these tariffs, you will be paid a specific amount of money for the amount of energy you are supplying the national grid with. The more kilowatts you supply the national grid with, the more the government pays you in return.

The government is committed to promoting the use of solar energy in Brisbane, and hence it is offering multiple incentives to encourage people and businesses to invest in solar energy. To benefits from all these tariffs, start investing in generating solar energy.

With the Solar North Brisbane advancements, the performance of the new panels will become increasingly competitive and soon the percentage of solar energy that hits the panel and then becomes electricity (currently around 12%) will grow and not a little. All that remains is to wait, hoping for a fundamental, healthy and imminent change of course.

There are over 800 thousand photovoltaic systems in our area, distributed in almost all the municipalities. After a cut in incentives in 2014, it seems that renewable energy has started to grow again. And with regard to the landscape we have found elegant and green solutions.

Among the many rankings that see our country destined to remain among the last positions, there is one of which we can boast: the race for photovoltaics. For at least seven years, Italy has been at the top of the world in terms of solar power produced in the area and the number of renewable municipalities has increased 20-fold in ten years.

Everything was fine until 2015, when the trend was reversed and with a decree issued in 2014 the Government did not begin to review the incentives for environmentally sustainable energy. Thus, from the first place we fell to the fifth. Of course, we are always in a great position, but for now we are living on income. The future? It seems that something is moving but 2019 will be decisive.

Seven years ago, in a list of 15 countries that were investing in photovoltaics. Only Germany did better. The China? France? All behind us, with a gap of almost 10 thousand megawatts. In all the states that ranked first, they were able to produce 90% of solar energy in the world. Solar North Brisbane alone produced a third.

What favors us is the position: set there, in the middle of the Mediterranean sea, we take most of the sun’s rays destined for Europe. There is talk of a power ranging from 1200 to 1750 kilowatts per year per square meter. It is clear that solar energy is fully part of our future.

We were on the right track to reach what is called the Grid Parity, that is a situation in which the energy produced from renewable sources has the same price as that which comes from the more traditional processing.

In fact, over the years we have produced 40% of the total, 8% of photovoltaic. But in the absence of an industrial policy to support the green energy, growth has slowed down, a trend reversal.

In 2014, the government issued a decree that was highly criticized for cutting renewable sources. In reality it was not a question of granting minor incentives, but of spreading them over several years, which went from 20 to 24.

When doing an outdoor camping adventure, there is an immense need for power. If you want to introduce a fridge, a TV, special lights, or a customized music system, you may find it ideal to identify a dependable source of power. Your van’s battery cannot support all these devices and equipment.

With flexible solar panels, you can power your battery and the battery is able to power the appliances easily. This ensures that your camping fun is uninterrupted by power shortages.

Most camping equipment will require the use of direct current (battery power). However, there are others that need alternating current (electricity). In this case, your flexible solar panel set needs to be supported by an inverter. The inverter is able to change the power from direct current to alternating current.

To ensure that you have a smooth experience when installing the solar panels on your camping van, here is a quick overview of the simple steps that you can follow:

Step 1: Assemble the Supplies

You are required to prepare all the materials that you need to install the flexible solar panels. Some of the materials that you will need include:

• Solar panels’

• Lap sealant/seal tape

• Water-tight tape/screws

• Extension cables

• Solar charger controller

• Drill

• Battery

• Inverter

Step 2: Choose the Mounting Method

There is no other best spot to mount your flexible solar panels than on the roof. For instance, mounting the solar panel on the roof is more convenient and secure than other locations. In this step, you also need to decide how you’ll mount the panels. There are two ways to do it:

• You can drill the roof and mount the solar panels using screws or

• You can use the water-tight tape to attach the solar panels on the roof

Step 3: Mount and Seal the Panels

Once you have identified how to mount the flexible solar panel, you should go ahead and do it. Then, you should seal the edges with a lap sealant. If you had opted to screw the panels, then you should seal the screw holes using a seal tape.

Step 4: Connect the Extension Cables and Other Appliances

Lastly, you should fit the extension cables, the battery, the solar charger controller, and the appliances that you’ll need to power when camping.

With these four steps, you can install flexible solar panels on the roof of your camping van easily. They are easy to follow and you can do them all by yourself—no need of paying for an installation expert.

It’s really remarkable how the solar power industry has evolved in the recent years. Tubular skylights may be new in Melbourne but they surely aren’t in most parts of the world. In the US, for example, the skylights are installed to provide light in residential places. These simple solar devices do amazing jobs. They have the potential to absorb maximum sunlight and convert it into a safe usable form.

However, most people confuse tubular skylights with traditional skylights since they both tend to accomplish similar duties. So, what is the difference between the two? Generally, their major difference is in their performance. Tubular skylights are designed to scale up the performance of traditional skylights. Therefore, the solar devices are often considered a better and cheaper choice than traditional skylights.

Here are the basics that will help you understand the difference between the two skylights:

• Light Emission: Tubular skylights discharge more natural light than traditional skylights. This is because their piped surfaces reflect maximum incoming light. On the other hand, the amount of light absorbed by traditional skylights is low and so is the emission. If you are looking for sufficient light, the tubular skylights are the better choice.

• Energy Efficiency: Tubular skylights are more energy efficient than their traditional counterparts. They feature a sealed shaft feature which reduces heat loss. The mechanism is lacking in traditional skylights.

• UV Rays Blockage: Most traditional skylights allow increased amounts of UV rays. For this reason, you are exposed to the dangers of the destructive rays. Tubular skylights Melbourne installation guarantees 99% UV ray absorption. Due to this property, they prevent bleaching effects by UV on furniture and fabrics.

• Water Leak: Tubular skylights are characterized by a tamper-free aluminum collar. The collar is known to resist cracking even when the temperatures are extremely high. Therefore, the skylights are not affected by water seepages. The traditional skylights, on the other hand, are either tack welded or feature rolled seams. The two features are normally prone to cracking and this translates to water leakage.

• Light diffusing properties: tubular lights scatter 100 percent of natural light spectrum via a diffuser, eliminating the spot light effect that is common in traditional light systems. The hot spot effect of traditional skylights is very unpleasant and can sometimes be extremely harsh.

Looking at the properties that tubular skylights Melbourne devices carry, it’s irrefutable that they are a good bargain. The skylights are cheaper to install since they do not demand any structural adjustment. Besides, they save you energy and give you better light than what you get from traditional skylights.