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Nov 22
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Solar Power Information in Proserpine, QLD 4800

By Blog, Whitsundays Region

Proserpine, QueenslandProserpine, is not just a picturesque town in Queensland surrounded by natural beauty; it’s also embracing the future through sustainable energy solutions. In recent years, Proserpine has seen a surge in interest in solar power, with residents and businesses alike seeking to harness the abundant sunlight for a greener and more cost-effective energy future. In this article, we’ll explore the solar energy resources available in Proserpine, delve into the estimated energy output from solar systems, discuss the potential annual electricity savings, and provide insights into the installation of solar batteries.

Solar Energy Resources in Proserpine, Queensland

Proserpine, like many parts of Queensland, is blessed with abundant sunlight throughout the year. The region’s solar energy potential is considerable, making it an ideal location for harnessing solar power. With an average of over 280 sunny days annually, Proserpine offers an excellent environment for solar panels to generate electricity efficiently.

Proserpine sits right along the Bruce Highway.

You’ll find Proserpine on the North Coast line, and its railway station, located in Hinschen Street at the town center, is part of that line.

Nestled on the banks of the Proserpine River, the town is surrounded by floodplains that serve as grounds for sugarcane and cattle farming. To the west, you’ll find the Clarke Range, to the north is Dryander National Park, and to the east lies Conway National Park.

Heading west from the town, the Clarke Range hosts the small former gold mining town of Dittmer.

Local governance in Proserpine falls under the Whitsunday Regional Council, a result of the amalgamation of the former Shire of Whitsunday and the former Shire of Bowen. Proserpine is part of the Queensland electorate of Whitsunday and the federal electorate of Dawson.

Making Sense of Daily/Monthly Energy Estimates

The daily and monthly energy output of a solar power system in Proserpine depends on various factors, including the size of the system, the efficiency of the solar panels, and local weather conditions. On average, a residential solar panel system in Proserpine can generate between 4 to 5 kilowatt-hours (kWh) per day per kilowatt of installed capacity. For example, a 5kW solar system could produce approximately 20-25 kWh per day.

In terms of monthly estimates, Proserpine’s solar panels can generate around 120 to 150 kWh per month per installed kilowatt. Keep in mind that these are rough estimates and actual performance may vary based on specific system characteristics and local conditions.

Annual Electricity Output Estimates

To gauge the annual electricity output of a solar power system in Proserpine, it’s essential to consider the overall energy production throughout the year. With its sunny climate, Proserpine can expect an annual solar energy output of approximately 1,460 to 1,825 kWh per installed kilowatt. Therefore, a 5kW solar system could potentially generate 7,300 to 9,125 kWh annually.

To calculate this range, you can use the formula:

Annual Output (kWh)=System Size (kW)×Output Range (kWh/kW)

Substituting in the values for a 5kW system:

Annual Output=5 kW×(1,460 kWh/kW to 1,825 kWh/kW)

This yields an estimated annual electricity output of 7,300 kWh to 9,125 kWh for the 5kW solar system in Proserpine.”

Proserpine, Queensland Solar Energy Savings

Save Solar in GETInvesting in solar power in Proserpine not only contributes to a cleaner environment but also offers substantial savings on electricity bills. The average residential electricity consumption in Australia is around 17.5 kWh per day. With a 5kW solar system in Proserpine producing 20-25 kWh per day, homeowners can expect to cover a significant portion of their daily energy needs through solar power.

Considering the current average electricity rate in Proserpine, which is around 25 cents per kWh, the annual savings from a 5kW solar system can range from $1,825 to $2,281. Over the lifespan of a solar power system, which is typically 25 years or more, the savings can add up significantly, making it a wise long-term investment.

Solar Panel Installers in Proserpine, QLD

Embarking on a solar power journey in Proserpine commences with the crucial decision of selecting the most adept solar panel installer. It is essential to align with seasoned and trustworthy professionals who comprehend the distinctive features of the local climate and can offer personalised solutions to maximise energy efficiency.

An outstanding choice for Proserpine residents is Green Energy Technologies (GET), recognised as a premier solar installer in the region. Specialising in both residential and commercial solar installations, they stand out as experts in designing and implementing solar power systems. Their team is highly knowledgeable about the latest solar technologies, ensuring that each installation is fine-tuned for optimal performance and durability.GET a Quote

Proserpine, QLD 4800, boasts abundant solar energy resources, positioning it as an ideal locale for tapping into the sun’s power. With the potential for substantial daily, monthly, and annual energy output, residents and businesses in Proserpine can realise significant savings on electricity bills while contributing to a cleaner and more sustainable future. Investing in solar power and considering the integration of solar battery storage systems are pivotal steps toward fostering a greener and more resilient energy landscape. Entrusting the solar journey to Green Energy Technologies not only aligns with environmental consciousness but also represents a prudent and cost-effective choice for the long term.

Premier Solar Panel and Battery Installation Services in Proserpine

As the interest in sustainable energy solutions grows, households in Proserpine and across Australia are increasingly considering the installation of home batteries. This can either be seen as an enhancement to an existing photovoltaic (PV) system or as a simultaneous installation with solar panels. The viability of integrating batteries into your Proserpine home hinges on various factors.

Within our network, Green Energy Technologies stands out as the top choice for solar panel and battery installation services in Proserpine. Our skilled installers are well-equipped to provide guidance on incorporating home energy storage, whether as a retrofit upgrade or as part of a comprehensive solar and battery system installation. For personalised advice and a detailed quote tailored to your specific needs, don’t hesitate to reach out to us.

Learn more about GET Services

Nov 22
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Solar Power Information in Collinsville, QLD 4804

By Blog, Suburbs, Whitsundays Region

Coal Mining, CollinsvilleIn the heart of Queensland lies the vibrant town of Collinsville, a locale that is not only known for its rich coal mining history but is also emerging as a hub for sustainable energy solutions. As the global shift towards renewable energy gains momentum, Collinsville is embracing the potential of solar power with open arms. In this article, we delve into the key aspects of solar energy in Collinsville, covering topics such as solar resources, energy output estimates, cost analysis, and the professionals driving the solar revolution in the region.

Solar Energy Resources in Collinsville, Queensland:

Collinsville is strategically positioned in a region abundant with sunlight, making it an ideal location for harnessing solar energy. With an average of 8 hours of sunlight per day, the town is a prime candidate for solar power installations. That’s plenty of sunshine! By capitalising on this abundant natural resource, harnessing its energy and converting it into power for sustainable energy in Collinsville is a benefit.

Collinsville is situated in the coal-rich Bowen Basin region of Central Queensland, approximately 1,245 kilometers (774 miles) north of Brisbane and 87 kilometers (54 miles) southwest of the coastal town of Bowen. The town is connected by the Bowen Developmental Road, linking it to Bowen in the northeast and the Gregory Highway at Belyando Crossing in the southwest.

The Newlands railway system runs through Collinsville, catering to local mines. While the railway line passes through the town itself, the Collinsville railway station is essentially a siding located near the junction of Station Street and Railway Road at coordinates 20.5571°S, 147.8516°E [5].

Making Sense of Daily/Monthly Energy Estimates

Solar panel systems in Collinsville exhibit impressive daily and monthly energy output estimates, thanks to the town’s favourable weather conditions. On average, a residential solar power system in Collinsville with a capacity of 5 kilowatts (kW) can produce around 20 kilowatt-hours (kWh) per day. This translates to a monthly output of approximately 600 kWh. Commercial solar power systems, with larger capacities, can contribute even more substantially to the local energy grid.

This is calculated by multiplying the system’s capacity (5 kW) by the average daily sunlight hours (let’s assume 4 hours) and is equivalent to 5 kW * 4 hours = 20 kWh per day. Consequently, this translates to a monthly output of approximately 600 kWh. Commercial solar power systems, with larger capacities, can contribute even more substantially to the local energy grid.”

How Much Solar Energy Will Your System Generate in a Year?

For residents and businesses investing in solar power in Collinsville, understanding the annual electricity output is crucial for evaluating the system’s performance and potential savings. A 5 kW residential solar system is estimated to generate approximately 7,300 kWh per year, effectively covering a significant portion of a typical household’s electricity needs. Larger commercial systems, such as those found in the Collinsville Green Energy Hub, can produce several times this amount, contributing substantially to the overall energy demand of the community.

Collinsville, Queensland Solar Energy Savings:

One of the most compelling aspects of adopting solar power in Collinsville is the potential for substantial cost savings on electricity bills. The cost of solar panels in Collinsville is becoming increasingly competitive, making the initial investment more accessible for homeowners and businesses alike. On average, residential solar panel installations can lead to savings of up to $1,500 per year, depending on the size of the system and local electricity rates.

Commercial Solar Power Collinsville Prices:

For businesses considering the transition to solar power in Collinsville, it is essential to understand the associated costs. The prices for commercial solar power systems vary based on capacity, quality of panels, and installation complexity. As of the latest data, the average cost per installed kilowatt for commercial solar in Collinsville ranges from $1,500 to $2,500. It is important for businesses to conduct a comprehensive cost-benefit analysis to determine the optimal system size and maximise their return on investment.

Sustainable Energy Solutions:

In addition to solar power, Collinsville explores a variety of sustainable energy solutions to further diversify its renewable energy portfolio. Wind energy, biomass, and energy storage technologies are being explored to enhance the town’s resilience and ensure a continuous and reliable power supply. Collaborative efforts between the local government, businesses, and the community aim to position Collinsville as a model for sustainable energy solutions in regional Queensland.

Solar Panel Installers in Collinsville, QLD:

The key to the triumph of a solar power project lies in the proficiency of the installers engaged. In Collinsville, a variety of esteemed solar panel installers are dedicated to meeting the varied requirements of both residents and businesses. Among these, Green Energy Technologies (GET) stands out as the premier choice. Our team of experts is well-versed and experienced in efficiently designing, installing, and maintaining solar power systems, making them the go-to option for those seeking top-notch service. While there are other notable installers in Collinsville, Green Energy Technologies stands at the forefront of delivering exceptional and best solar solutions.

GET a Quote

Collinsville, Queensland, is not just a town with a rich history; it is also a community at the forefront of embracing renewable energy solutions. With its abundant solar resources, commitment to sustainability, and a growing network of solar professionals, Collinsville is poised to become a shining example of how small towns can make a big impact in the global shift towards clean and renewable energy. As the sun continues to grace the skies over Collinsville, so too does the promise of a brighter, cleaner, and more sustainable future for this Queensland gem.

Learn more about GET Services

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Nov 16
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How To Calculate The ROI Of Solar Panels For Your Business

By Blog

As businesses strive to become more sustainable and cost-effective, commercial solar panel installations have gained significant traction as a viable solution. As with any major business venture, it’s crucial to research the potential return on your investment before signing the dotted line — and commercial solar panels are no exception. 

In this blog, we’ll discuss the key factors that influence solar panel ROI for businesses, solar panel financing options available to businesses looking to invest in solar and ways businesses can maximise their system’s productivity.

 

Defining solar panel ROI and how to determine yours 

Solar panel ROI represents the financial returns a business can expect from its investment in solar panel installation. It is calculated by dividing the total savings the solar system generates over its lifespan by the initial investment cost. Several factors can influence the ROI of solar panels for businesses:

 

  • System size

The size of the solar panel system directly impacts its electricity generation capacity and, consequently, the financial returns. A larger system with more solar panels can generate more electricity, resulting in greater energy cost savings. It is essential to determine the appropriate system size based on the energy consumption needs of the business and available roof or ground space.

 

  • Energy consumption 

The business’s energy consumption plays a vital role in calculating the ROI. Businesses with higher energy consumption levels can potentially achieve greater savings through solar energy. It is crucial to assess historical energy usage patterns and consider future energy needs to determine the optimal system size that can effectively offset a significant portion of the energy demand.

 

  • Financing options

The financing option chosen for solar panel installation has a direct impact on the initial investment cost and subsequent ROI. Different financing options, such as solar leases and loans, offer varying financial structures and terms. Each option has its own advantages and considerations, including upfront costs, ownership and long-term savings. Businesses should carefully evaluate financing options to align with their financial goals and risk tolerance.

 

  • Solar resources and location

The solar resource, including the availability of sunlight in the business’s specific location, is another crucial factor. Regions with abundant sunshine and optimal solar conditions generally yield higher energy production, resulting in more substantial financial returns. The geographical location, shading from nearby buildings or trees and orientation of the solar panels should be considered when assessing the potential energy generation and, consequently, the ROI.

 

  • Government incentives and policies

Government and tax incentives for solar, grants and other policies play a significant role in the financial viability of solar panel installations. These incentives vary by region and can significantly reduce the upfront costs, shortening the payback period and improving the ROI. Conducting research and taking advantage of available incentives are essential to maximise the financial benefits.

 

  • Maintenance and operation costs

While solar panels are generally low maintenance, there are associated costs for regular cleaning, inspections and occasional repairs. Solar panel maintenance costs should be factored into the ROI calculation. Consider the expected lifespan of the system and any warranties or service agreements provided by the solar panel installer.

 

Exploring your financing options

When considering solar panel installations for businesses, exploring financing options is critical in determining the most suitable approach to fund the project. Different financing options offer businesses flexibility in terms of upfront costs, ownership and financial returns. Business owners must do their due diligence in ensuring the financing option they select aligns with the financial capabilities of the business. 

 

  • Solar leases 

A solar lease allows businesses to install a solar panel system with minimal upfront costs. Under a solar lease, a third-party solar provider owns and maintains the system, and the business pays a fixed monthly or annual lease payment for using the solar energy system. The lease payments are typically lower than the previous electricity expenses, providing immediate cost savings. While the business does not own the system, it benefits from the generated solar electricity throughout the lease term.

 

  • Green loans

Businesses can secure ‘green loans’, a loan designed purely for purchasing green or renewable solutions, from financial institutions to finance the upfront costs of solar panel installations. With a green loan, the business owns the solar panel system from the start and retains all the associated benefits and financial returns. Loan terms, interest rates and payment structures vary based on the financial institution and the business’s creditworthiness. Like a business loan, the business repays the loan over a specified term, typically between 5 to 20 years. 

 

Commercial solar panels are a worthwhile investment — partner with Green Energy Technologies today

In a world increasingly focused on sustainable practices, organisations that adopt solar panels can showcase their proactive approach towards a greener future while enjoying significant business energy savings. And by partnering with an accredited solar installer like Green Energy Technologies, businesses can realise their environmental goals, reduce their carbon footprint and leave a lasting positive impact on the planet. 

We specialise in providing tailored solar solutions for businesses. We can design and install solar panel systems that meet businesses’ specific energy needs and sustainability objectives. Discover how we can help you unlock major savings for your businesses by contacting Green Energy Technologies for a quote today.

 

FAQs

How long does it take to achieve ROI on commercial solar panel installations?

The time it takes to achieve the ROI on commercial solar panel installations can vary based on several factors. Generally, the payback period for commercial solar systems ranges between 3 to 7 years. Still, it can be shorter or longer depending on the initial cost of installing a commercial solar panel system, the amount of electricity consumed by the business, any government incentives or grants utilised by the business and any financing solutions that have been used.

What are the maintenance costs associated with commercial solar panels?

Maintenance costs associated with commercial solar panels are generally relatively low, especially with the potential energy cost savings and financial benefits they provide. Some maintenance expenses businesses will need to factor into their solar panel budget is the cost to clean the panels regularly and routine maintenance of the panels, inverters and monitoring systems. 

How can solar panels help businesses reduce their carbon footprint and demonstrate environmental responsibility?

Solar panels harness the power of sunlight to generate electricity without emitting greenhouse gas or other harmful pollutants. By utilising solar energy instead of relying solely on grid electricity, businesses significantly reduce their carbon dioxide emissions and other greenhouse gas emissions associated with fossil fuel-based energy generation. 

And by adopting clean energy practices, businesses can demonstrate their commitment to reducing their environmental impact and meeting sustainability goals, enhancing the business’s reputation and brand image.

Nov 02
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The Impact Of Solar Panels On Home Value & Resale Potential

By Blog

Thanks to our sunny climate, we’re experiencing a surge in residents opting to make the move to solar panels. Beyond the environmental and financial benefits, more homeowners are strategically embracing solar power due to its positive impact on property resale value. In this blog, we’ll outline the well-known benefits of switching to green energy before deep diving into the property resale potential solar panels can deliver. 

 

The four common benefits of owning solar panels 

Home value and solar panels often go hand in hand, but there are a few other major solar panel incentives homeowners can experience once they switch to solar. Below, we’ve outlined four benefits of owning residential solar panels.

 

  • Reduced energy bill 

One of the most appealing benefits of owning solar panels is the significant reduction in energy bills. By generating their own electricity, homeowners can offset or even eliminate their reliance on the grid. As solar panels harness the power of the sun to produce clean and renewable energy, the generated electricity can be used to power various household appliances and systems. As a result, homeowners see a noticeable decrease in their monthly energy expenses, saving money in the long run.

 

  • Reduced reliance on the grid 

Solar panels provide homeowners with a degree of energy independence. By producing their own electricity, homeowners become less reliant on the nation’s power grid. This is particularly valuable during power outages or emergencies when grid electricity is unavailable. And with a properly designed solar system and a battery storage solution, homeowners can maintain access to electricity even when the grid is down, ensuring a consistent power supply for essential appliances and devices.

 

  • Contribution to sustainability 

Solar panels are a clean and renewable energy source, helping reduce carbon emissions and combat climate change. Traditional electricity generation relies heavily on fossil fuels, which emit greenhouse gases into the atmosphere. By investing in solar energy, homeowners can significantly reduce their carbon footprint and contribute to a greener environment. Solar power systems produce electricity without producing harmful emissions, helping to mitigate climate change and promote sustainability.

 

  • Flexibility with surplus energy use 

Solar panels allow homeowners to store excess energy for later use and interact with the grid. During periods of high sunlight and when the energy generated by solar panels exceeds the immediate consumption needs of the home, the surplus energy can be stored in batteries or fed back into the grid. 

Energy storage systems, such as batteries, allow homeowners to store the excess solar energy and use it when the panels are not generating electricity, such as at night. This maximises the utilisation of solar energy and further reduces reliance on the grid. In some regions, homeowners can also take advantage of feed-in tariffs, selling the surplus energy back to the grid, earning credits for the excess electricity produced.

 

Real estate and solar panels — what North Queensland homeowners need to know 

By now, we’ve learnt that by embracing solar energy, homeowners can enjoy the advantages of sustainable living while also reaping the financial rewards of lower energy costs and reduced reliance on fossil fuels. However, one benefit that homeowners often overlook is the resale potential with solar panels.

Several studies have shown that homes with solar panels command higher selling prices and sell faster than their non-solar counterparts. A recent survey found that 57% of Australian households would be willing to pay up to $10,000 more for a property they were interested in with solar panels. That amount increased even more when battery storage was added into the mix.

This is because potential buyers see solar-powered homes as desirable due to the immediate financial benefits they offer. The environmental appeal and sustainability factor associated with solar panels have gained considerable traction among eco-conscious homebuyers, prompting them to pay top dollar to contribute to a sustainable future.

Many regions also offer energy efficiency certifications and incentives, such as green building certifications or tax credits, that further promote the installation of solar panels. And, the unpredictability of future energy costs has driven homebuyers to seek alternative energy sources. Solar panels provide a stable and predictable energy solution, shielding homeowners from the impact of fluctuating energy prices.

 

Choose Green Energy Technologies for your solar panel installation 

More and more households are recognising the positive correlation between solar panel installations and home equity, capitalising on the financial and environmental benefits and resale potential. If you’re looking to join the community of savvy Australians using solar, you’re going to need a certified solar panel installer. 

Green Energy Technologies is a leading solar panel installation company servicing households across Australia. With our GET360 package, you can say hello to a cleaner electricity source and lower energy bills. We’ll manage everything from your solar panel and battery installation to ongoing maintenance for your system. 

Find out how we can help you make the transition to renewable energy with our GET360 energy solution by contacting us today for a quote.

 

FAQs

What happens to solar panels if I decide to sell my home?

When you sell your home, the ownership of the solar panels can be transferred to the new homeowner. This is typically done through a legal agreement or transfer of equipment. The specifics of the transfer process can vary depending on local regulations and the terms of the original installation contract. 

How long does it take to recover the investment in solar panels?

The time it takes to recover the investment in solar panels, often called the payback period, can vary depending on several factors. Typically, the payback period ranges from 3 to 5 years; however, this can depend on your energy consumption, generation volume and if you’ve utilised any government incentives.

Can I finance the installation of solar panels for my home?

Absolutely! As massive fans of all things renewables, nothing makes us happier than introducing a new household to the power of solar panels, which is why we’ve partnered with lender Plenti to help residents have unrestricted access to solar panels. Successful applicants can receive a personalised interest rate and, if approved, obtain instant conditional approval. 

Oct 19
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Benefits Of Solar Panels For North Queensland Residents

By Blog

As the importance of environmental sustainability and renewable energy in North Queensland continues to gain momentum, an increasing number of residents are turning to solar panels as a reliable and sustainable energy solution. Of course, like any major investment, research is essential to ensure it aligns with your goals. 

In this blog, we’ll explore the major benefits of solar panels, from bill reduction to sustainability, and answer some common questions everyday Australians ask about solar panels. 

 

What are solar panels, and how do they work?

Solar panels, also known as photovoltaic (PV) panels, are devices that convert sunlight into electricity. They consist of multiple solar cells — typically made of silicon — that absorb photons from sunlight and generate an electric current. This process, known as the photovoltaic effect, allows solar panels to harness the sun’s energy and convert it into usable electricity.

Given their convenience, high reliability and simple production process, solar panels have become a non-negotiable for several households, particularly those looking to reduce electricity bills and tap into various sustainability benefits. 

Here are the benefits of solar panels in greater detail.

 

  • Reducing electricity bills and potential income through feed-in tariffs

One of the primary advantages of installing solar panels is the potential to lower electricity bills significantly. By generating your own electricity, you can reduce your reliance on the grid and your energy retailer, decreasing your overall energy consumption and improving your solar energy savings.

Solar panel owners who don’t own a solar battery can also take advantage of feed-in tariffs, which allow a person to sell excess electricity generated by their solar panels back to the grid. When your solar panels produce more electricity than you consume, you can send the surplus energy back to the grid. In return, you receive a credit or payment for it, helping households further offset their electricity costs.

Speaking of electricity expenses, another solar panel benefit is its impressive ROI. When it comes to ROI for solar panels, we’re referring to the payback period, which is the time it takes for your solar panels to pay themselves off. 

  • Improving sustainability 

It’s not uncommon for solar panels and the environment to appear in the same sentence, as solar panels offer significant environmental benefits for North Queensland residents. By harnessing the sun’s energy, solar panels contribute to a reduction in greenhouse gas emissions and help combat climate change. Traditional electricity generation relies heavily on fossil fuels, which release harmful carbon dioxide and other pollutants into the atmosphere. By switching to solar power, you can reduce your carbon footprint and promote a cleaner and healthier environment.

Solar panels also help reduce our dependence on limited fossil fuel resources, contributing to a more sustainable energy future. With the sun being an abundant and renewable energy source, solar power offers a viable solution to meet our energy needs while minimising the impact on the environment.

  • Increased accessibility through various financing 

Due to their increasing popularity amongst North Queensland residents, not only has the price of solar panels slightly decreased, but various financing incentives have also been launched to assist with their purchase. In fact, according to a recent report, Australians are expected to see a 10% decrease in installation costs due to cheaper raw materials and increased production.

Recognising solar power’s long-term financial and sustainability benefits, many financial institutions now offer financing programs and loans specifically designed for solar panel installations. These ‘green loans’ allow homeowners to install solar panels with little to no upfront costs. Instead, the cost of the solar panels is spread out over a fixed period. 

To support our customers and give them the best chance at reaping the benefits of renewable energy in North Queensland, Green Energy Technologies has partnered with lender Plenti to offer financing to residents. Applicants receive a personalised interest rate and, should their application be successful, get instant conditional approval.

 

Green Energy Technologies — leading solar panel installers in North Queensland

Think solar panels are the right choice for your household? Then your first step is to find a reputable and qualified solar panel installer. With more than 10 years of experience in the renewable energy industry, Green Energy Technologies has helped thousands of homeowners reap the benefits of renewable energy in North Queensland.

We’ve used our industry experience and knowledge to build the perfect green energy solution — the GET360 package. The Green Energy Technologies GET360 package is an all-encompassing solar installation that features your solar panel, solar battery and ongoing maintenance and monitoring.

Learn more about our GET360 solar package today and contact us for a free non-obligation quote. 

 

FAQs — answering your commonly asked questions about solar panels

Still have questions about solar panels? Check out some of the frequently asked questions we get daily!

How do solar panels work?

Solar panels absorb sunlight through their solar cells, generating an alternating current (AC) voltaic effect. This current is then converted into usable electricity — direct current (DC) — that can power your home or be fed back into the grid.

Can solar panels still generate electricity on cloudy days?

While solar panels perform optimally under direct sunlight, they can still generate electricity on cloudy days. Although energy production may be slightly reduced, solar panels can convert sunlight into usable electricity. This means that even in North Queensland’s climate, solar panels can generate electricity throughout the year, regardless of weather conditions.

What happens to excess solar energy generated?

When your solar panels produce more electricity than your household consumes, the excess energy is typically sent back to the grid. This surplus electricity is then used by other consumers in your area. In return, you receive credits or payments through feed-in tariffs, which can help offset your electricity costs.

However, some homeowners choose to invest in battery storage systems to store the excess energy generated by their solar panels. These batteries allow you to store the surplus electricity and use it when your solar panels are not producing enough energy, like at night.

How long do solar panels last?

Solar panels are designed to be durable and have a long lifespan of between 20 to 25 years. However, the life expectancy of your solar panels will depend on how well you take care of them. Regular maintenance and cleaning are essential to ensure optimal performance and maximise your system’s use.

Can solar panels be installed on all types of roofs?

Solar panels can be installed on various roof types; however, the installation process may vary depending on the roof’s structure and material. It’s highly recommended for homeowners to consult with a professional installer, like Green Energy Technologies, who can assess your roof’s suitability and provide guidance on the most appropriate installation methods. 

Mar 24
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How Will Climate Change Affect Solar Power?

By Blog

Solar power, climate change and carbon emissions — words you often come across when people talk about environmental sustainability. These days, Queenslanders have become more aware of how their decisions affect the world around them and are making an effort to do better for the planet, from ditching plastic to investing in solar panels for their homes.

But have you ever wondered if the push for solar makes a difference in reducing climate change and emissions? This blog will define what climate change is, explain the benefits solar energy has on climate change and discuss the current challenges solar faces.

 

What is climate change?

According to the United Nations (UN), climate change refers to the shifts in temperature and weather patterns the planet experiences. Until the 1800s, these shifts were a natural phenomenon brought on by variations in the solar cycle. Nowadays, these shifts are caused by harmful human activities, such as burning fossil fuels like coal, oil and gas.

Burning fossil fuels generates what’s known as greenhouse gases, such as carbon dioxide and methane. These gases trap the sun’s heat and raise the planet’s temperature. You might commonly know this as ‘global warming’.

These fossil fuels are used for various purposes, from petrol being used to power a car to major plants burning coal or oil to generate the electricity we use in our homes. So, how does solar power help climate change?

 

The four benefits of solar energy for climate change and the environment

From a low power bill to reducing dependency on energy providers, we all know solar power’s benefits for the average Queensland household. However, regularly generating clean, renewable electricity also has a ripple effect toward repairing the damage caused by unethical habits, including:

  • Slows down climate change — As we know, traditional electricity sources, like fossil fuels, contribute to global warming. Solar power, generated by solar panels, emits zero greenhouse gases into the atmosphere. If used by millions of people worldwide, solar power can drastically reduce the effect of climate change.
  • Reduces air pollution — Electricity produced by fossil fuels emits harmful gases, like carbon dioxide and methane and impacts air quality. Breathing polluted air is not only uncomfortable, but it can also lead to major health complications. Some studies have shown that air pollution can be linked to asthma, allergies, heart attacks and cancer.
  • Uses less water — Fossil fuels require significant water to produce electricity. It’s used to cool generators and refine the fuel to be transported through pipes. Solar photovoltaic cells require no water to generate electricity.
  • Replenishable — Unlike solar power, fossil fuels cannot be replenished once fossil fuels are used. Renewable energy sources, such as solar, hydropower and wind energy, can be constantly regenerated, making them an unlimited energy source.

 

Where does Australia stand on solar power and climate change?

The Lowy Institute found that 60% of Australians believe ‘global warming is a serious and pressing problem’, which ‘we should begin taking steps now even if this involves significant costs’.

So while Australia may have ways to go regarding its implementation of solar power, fortunately, we still boast some impressive results. According to a 2022 report by the Analysis and Policy Observatory (APO), the renewable energy industry accounted for 32.5% of the country’s total electricity generation in 2021.

Queensland is also leading the way in terms of solar uptake, with the Queensland Government revealing that over 722,000 Queensland homes now have solar.

Various banks and financial institutions have also expressed interest in green energy by offering ‘green loans’ to help Australians switch to renewable energy.

 

Does solar power contribute to climate change?

Solar photovoltaic cells are one of the cleanest ways the world can access electricity. However, producing these materials has been linked to negative human activities, such as toxic waste, unethical mining practices and habitat loss.

And over the years, many experts have recorded a silent battle between climate change and solar power. According to a paper by the European Geosciences Union, while solar power has begun making a difference in reducing greenhouse gases, present climate change issues continue to make it increasingly difficult.

When the climate changes drastically, such as cloudy days, extremely high temperatures and wind, solar PV generation decreases. This impact has already been noted in southern Europe, where severe weather conditions were unfavourable for renewable energy generation.

 

What can be done to help?

Many experts argue that a sustainable energy transition is required to meet our renewable energy goals and work against climate change. It’s crucial to understand how solar PV panels respond to drastic changes in the climate to develop advanced technology that can withstand this.

 

Take a stand against climate change with Green Energy Technologies 

Climate change, solar power benefits and green energy are just some of the areas Green Energy Technologies want to help our clients understand better. We are a leading solar energy company in Queensland that installs solar panels for homes and businesses across the Whitsundays, Townsville and Mackay areas. Call us today at 07 4940 2900 to discuss your options, or head online for a non-obligation quote.

Mar 24
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How To Choose The Best Battery For A Solar Energy System

By Blog

When you think about going green with your energy, it’s natural for your mind to go to solar panels. After all, solar panels have gained massive popularity over the years, with approximately 722,000 Queensland homes now having rooftop solar. But these households may not be truly reaping the benefits of their solar panel system. Combining solar power with batteries makes for an impressive and powerful combination for any Queensland household.

But how do solar batteries work, and are they a worthy investment for your home? In this blog, we’ll explain how solar batteries work, their ongoing benefits and what you need to consider if you’re thinking about installing one on your property.

 

What is a solar battery, and how does it work?

As the name suggests, a solar battery is a device that allows you to store and use solar energy generated by your solar panels. Solar panel battery storage is a perfect addition for a home already using solar energy throughout the day. A battery allows you to use your excess power once the sun sets or when your panels haven’t generated enough electricity, for instance, on cloudy or rainy days.

Solar batteries operate through a mix of chemicals. When solar energy is pumped into a battery, it starts a chemical reaction with its components to store the electricity. The reaction is reversed when the battery is in use, allowing the electric current to flow through your home.

 

What are the benefits of solar panel battery storage? 

For several years, storage batteries for solar panels have provided a range of benefits to Australian households looking to make a difference in how they consume energy. Let’s look at some ways the average household could take advantage from solar panel battery storage:

  • Ongoing solar energy — Solar batteries allow you to maximise the electricity generated by your solar panels. This means you won’t have to sell excess power to the grid and instead get to enjoy green energy even after the sun goes down.
  • Energy bill savings — As you will be using solar energy almost 24/7, you won’t be relying on your standard electricity provider as much to power your home and appliances. This means a significant drop in your annual power bill, and you’ll be well on your way to a $0 power bill!
  • Lowered carbon footprint — Going green with your energy supply means your daily power consumption will have a reduced impact on the environment. For many of our customers, having the ability to make a positive difference in the world around us is a key highlight of switching to solar power.
  • Avoid blackouts — During seasons when electricity is in high demand, like summer or winter, the risk of blackouts increases. Since solar batteries store excess power from your solar panels and don’t rely on the grid, households will still have access to power during blackouts.

 

Which battery is best for solar panels? — five factors to consider

Batteries for solar power are a major investment for the average Queensland household, so it’s important to do your research before deciding. If you’re in the market for a solar battery and are comparing your options, here are some important factors to consider:

 

Battery type

Generally speaking, solar batteries are classified into two categories, flooded and sealed. Flooded batteries are the more common type of batteries installed, as they are more affordable, can be easily cleaned and serviced and have better longevity. Sealed batteries are more complicated and cannot be serviced or cleaned because they are sealed.

 

Power rating 

The power rating of a battery refers to the kilowatts (kW) of power the battery can provide when in use. This gives you a good indication of how many and which appliances your battery can power at once.

Another important feature to note with the battery’s power rating is that there are generally two versions — a continuous power rating and a five-minute power rating, which provides more electricity in shorter bursts. This is important to know if you have appliances that require a large amount of power to turn on.

 

Battery capacity 

Battery capacity refers to the amount of power your device can store and supply your home with. This is often expressed in kilowatt-hours (kWh), giving you a rough estimate of how long your battery will last when powering your home. Naturally, your electricity supply will run out faster. On the other hand, if you’re only looking to use your battery to power a handful of appliances, your battery is expected to last longer.

 

How much energy can a solar battery store?

This will depend on the battery you install in your home. Battery storage capacity can vary between 1kWh to over 10kWh, though the average household battery is around 10kWh.

When determining the correct solar panel battery storage for your home, consider how much solar power your panels produce and export to the grid. For instance, if you’re considering installing a 5kWh battery, ensure your solar panel exports a minimum of 5kWh to the grid daily.

 

Battery lifespan

Like your solar panels, if well maintained, solar batteries can last up to 25 years. Three things can influence your battery’s longevity: depth of discharge, cycle life and temperature.

  • Depth of discharge — This is the percentage of what has been discharged relative to its total capacity. For example, if you manage to discharge 6kWh from a solar battery with a maximum capacity of 8kWh, the battery’s depth of discharge would be 75%. Though it’s important to note that batteries degrade as they are used, which can reduce their capacity over time.
  • Cyclic life — This refers to the number of charges and discharges a battery has over its lifetime. Depending on the battery you opt for, battery cycles can range from 300 to 700 cycles.
  • Temperature — While batteries are designed to resist heat and cold to extend their cyclic life, the chemical activity that occurs when a battery stores electricity increases its temperature. To ensure your battery lasts as long as possible, install them in a temperature-controlled room.

 

Round-trip efficiency

The round-trip efficiency is a measurement, written as a percentage, of how well your solar power system converts and stores electricity. For example, if 80kWh of electricity is transferred to a battery and it outputs 70kWh, the round-trip efficiency of the battery would be 70%. Naturally, you should consider solar batteries with high round-trip efficiency for your home.

 

Cost

Potentially, one of the biggest factors for Queenslanders to consider is the cost of battery storage for solar panels. On average, a solar battery can range from $11,500 to $23,000, depending on the type of battery you purchase and its storage capacity. When comparing solar panel battery storage solutions, finding an option that suits your budget and your solar goals is important.

If you’re short on cash but don’t want to miss out on the benefits of solar batteries, Green Energy Technologies can help. We’ve teamed up with personal loan provider, Plenti to provide tailored financing solutions for Queenslanders. With personalised interest rates, a five-minute application process and conditional instant approval, your solar system will be ready to go in no time.

 

Maximising your energy savings with a solar battery from Green Energy Technologies

Thinking about going green with your energy supply? Look no further than Green Energy Technologies. As a leading solar energy specialist in Queensland with local installers, we provide tailored solar energy solutions to homes and businesses across the Whitsundays, Townsville and Mackay areas. Call us today at 07 4940 2900 to discuss your options, or head online for a quote.

Mar 21
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The Future Of Solar Energy

By Blog

While other things have come and gone within Australia, solar is here to stay. Over the years, we’ve seen interest in solar and renewable energy soar to new heights, whether it’s government bodies pushing for change or homeowners keen on switching to a cleaner, sustainable energy solution. 

Many Australians have taken their love for solar and all things renewable to new heights over the last few years, with solar installations at an all-time high. Many organisations have also begun harnessing solar’s true potential through innovative technologies, from smart bins to vaccine refrigerators and even household paint!

That said, solar still has ways to go regarding uptake, development and more. But what does this actually look like for Australia? In this blog, we’ll look at how far our country has come with solar and what the future of solar power may look like. 

 

How solar has transformed Australia so far

Solar power has touched almost every part of Australia, from new home buyers to large commercial buildings and rural farmland. Figures from energy.gov.au have revealed that Australia has the highest uptake of solar worldwide, with approximately 30% of residents utilising solar power for homes. And as of 31 January 2022, the government body recorded more than three million rooftop solar PV systems installed in Australia. 

Queensland and South Australia are currently leading the way for solar uptake, with both states nearing 40% of homes having rooftop solar. 

This means that more than three million Australians are enjoying the benefits of solar, such as slashed power bills, a lower carbon footprint and a reduced dependency on their energy provider — in short, solar delivers users greater flexibility and control over their budgets. 

Speaking of budgets, as more Australian households and businesses choose to switch to solar, installation costs have also declined. Research shows that the cost of installing solar panels has fallen by an impressive 90% since 2010, making the renewable energy solution more affordable than ever. 

The result of this revolutionary adoption? Happy solar customers. 

Energy giant Origin Energy revealed in 2020 that 92% of Australians feel extremely or very satisfied with the energy savings their panels have delivered. Queenslanders with a 3kW system can save an average of $1,146 based on a 5% export.

With such an effective and valuable solution at the fingertips of Australians, the question is, how can this technology be further developed to provide everlasting benefits to its users? 

 

The future of solar energy in Australia — what’s to come? 

With the cost of solar panels declining and energy savings rising, many experts within the industry have begun to experiment with how they can further develop solar energy systems to provide a more advanced experience and greater results. The good news is that as solar panels’ future expands, it creates a ripple effect across several sectors. 

Green Energy Technologies are huge solar fanatics and keep a close eye on the latest developments within the industry. We also want to share these fascinating insights with our customers to illustrate the real potential of solar. Let’s take a look at the future of solar energy and its potential  positive impacts.

 

Better-developed solar cell technology

Solar panels have an extensive history dating back to the 1950s when researchers at Bell Laboratories unveiled the world’s first solar silicon cell. Since then, the future of solar panels’ efficiency has continued to develop. Let’s start with the basics. As we know, solar panels are made of cells responsible for capturing sunlight and converting it into electricity. Naturally, the materials that make up these cells must capture sunlight efficiently.

To choose the right material, developers must measure the gap between two energy sources called the valence band and the conduction band. The valence band is filled with tiny negatively charged particles, known as electrons, while the conduction band is empty. As the electrons receive light particles, called photons, they absorb energy which moves from the conduction band to the valence band, where the extra energy in the electrons is converted into electrical energy. 

Silicon is one of the few materials that provide a significant gap between the valance and conduction band and allows approximately 32% of light energy to be converted into electricity. Silicon is also a highly inexpensive material and is in rich supply worldwide. But that doesn’t mean things can’t be improved. To further decrease solar costs, scientists have begun pushing silicon solar cells’ boundaries so that household solar systems can absorb more renewable energy than ever before. 

For instance, scientists have begun crafting anti-reflective coatings to be placed on the front of solar cells, helping existing solar users experience higher levels of electricity generation and to entice new users to invest in cheaper but quality solar materials. 

Many experts believe this is the key to onboarding more solar customers and that, in essence, the future of solar panels depends on cost reduction and smarter cells.

 

Increased job opportunities

As the future of solar power continues to develop on a scientific front, it also stimulates the economy by creating a wealth of job opportunities. If the country had 50% of its electricity supply from renewable energy by 2030, more than 28,000 jobs would be created nationwide.

Ideally, these jobs would be introduced across the construction, operation, maintenance and installation industries, with half of these jobs concerned with rooftop solar installations. Interestingly, Queensland and New South Wales are predicted to have the largest job growth at around 6,000 and 11,000, respectively. And as we know, QLD and NSW are among the top states with the largest solar power penetration.

Aside from solar power, other renewable energy sources, such as wind and hydropower, will also create more jobs, especially as large-scale renewable energy projects continue to be approved. In 2021 alone, 66 large-scale wind and solar projects were in development or under construction, accounting for 19,000 jobs. 

 

Commercial solar power — what business owners need to know 

Commercial solar power is booming across Queensland. From energy savings within the thousands to effective marketing material, many businesses are reaping the benefits of solar in more ways than one. No matter your brand, industry, product or service, sustainability is a massive indicator of a business’s relevancy — and for companies still playing catchup, that means taking the plunge with solar.

According to Bright Earth Solar, Gen Z is among the most mindful generation regarding their impact on their planet and will implement these ‘green’ lifestyle choices anywhere they can. Approximately 66% of consumers would spend more on a product if it came from a sustainable business. 

Aside from staying relevant, growing organisations must consider alternative measures to reduce long-term operating costs, especially as the cost of running a business continues to climb. We crunched the numbers to give you an insight into how much your business could save with solar.

A business’s average annual power bill totals a jaw-dropping $60,000. By investing in solar, the average business could shave around $23,000 off their bill, or 39%. Having that extra cash in your pocket could be the difference between achieving long-term business goals, like expansion, hiring new staff and more.

 

Play your part in the future of solar energy with Green Energy Technologies

If there’s one thing we know for sure, it’s that the solar industry is showing no signs of slowing down, so why not take part in one of the world’s most significant transitions and switch to solar power? 

Our GET360 Solar Package is the ultimate solution for households looking to reduce their power bills. Meanwhile, we have different commercial solar options available for businesses, no matter their stage in their solar journey. 

Located in the Whitsundays, Townsville or Mackay area? Get started by contacting our solar experts on 07 4940 2900, or get an obligation free quote directly from our website.

Mar 21
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How Does Weather Affect Solar Power?

By Blog

From locating credible installers to getting your budget sorted, switching to solar power requires a great deal of research. And while you may already be well aware of the benefits of solar, including lower energy bills and a lower carbon footprint, Queenslanders are often left wondering how durable solar panels are when it comes to Australia’s chaotic weather. 

Between scorching summers and icy winters, Australia endures some of the most intense weather conditions around, leaving many Australians to question whether their solar investment will be affected. So, are solar panels weather resistant, and can they continue to generate renewable energy even during harsh rain, wind and sun? Read on to find out!

 

How does solar power for homes work?

Your solar panels are composed of three main components: the photovoltaic panels, the inverter and a solar battery if you purchase one. During the day, your panels’ cells absorb sunlight, converting it into a direct current (DC). The inverter then converts the DC into an alternating current (AC), which flows into your home and powers your appliances. 

Given how solar panels generate electricity, many Queenslanders believe that summer is when their system thrives and is at peak production. However, this is not always the case. In fact, the best weather for peak solar panel generation may surprise you!

 

The best weather for solar panels

When we talk about the best weather for solar panels, it’s more practical to think about it in terms of temperature, as this is a greater indicator of solar panel efficiency. Solar panels work from sunlight, not heat, so the sunlight hitting the panels directly is the most optimal for solar panels. Direct sun with no clouds is the best scenario. 

Most solar panel systems are tested for their performance at around 25 degrees, though they can work at peak efficiency during temperatures between 15 and 35 degrees. The heat level can determine their effectiveness, not necessarily the UV rating. The better your system performs, the more electricity can be generated. 

It’s important to note that even though solar panels perform better during lower temperatures, Australia experiences long summer days, which means generation levels are higher than during winter.

 

Do solar panels work in cloudy weather?

Yes, but they may produce energy at a lower rate than on a sunny day. Think of it this way, anything that blocks sunlight from your panels, such as clouds, fog or shade, reduces the electricity your system produces. According to Paradise Energy Solutions, on a partly cloudy day, your panels’ electricity production can drop by 10% to 25%, depending on how frequently the clouds pass over your system. 

Reputable solar energy installers will consider many factors when producing a quote for your own solar system, such as the type of roof you have, energy consumption and the weather conditions in your area. 

 

Do solar panels work in the rain?

Yes, but its power production may not be at its highest, especially if heavy clouds are around. One benefit of rain on solar panels is that it is a low-effort, hassle-free way to clean your system. Consistent rainy weather can keep dirt, dust and other waste from covering your solar panels and blocking the sunlight.

For solar customers living in drier areas, you will need to clean your panels to prevent this waste buildup regularly. Qualified professionals best complete this task. As part of our service, Green Energy Technologies offers ongoing maintenance to all customers. 

 

What about wind?

Wind can increase your system’s energy production by keeping your panels cool and reducing humidity levels — a major benefit to solar panel owners. Wind removes the water droplets that humidity causes on solar panels’ surfaces. These droplets reflect sunlight away from your solar panel’s cells, decreasing your electricity production and potentially the lifespan of your solar panels. 

 

Commercial solar panels — are these weather resistant?

If you’re like most business owners, you want to know that you’re getting the most out of your investment. Here at Green Energy Technologies, we believe that no investment will deliver an ROI like solar panels, regardless of weather conditions. 

While your system may be larger than a typical residential solar panel system, it will still withstand changing weather conditions, keeping your commercial solar power production levels stable. 

 

Trust Green Energy Technologies for durable and high-quality solar panels

If you’re looking for durable and reliable solar panels for your home or business, look no further than the quality solar products available at Green Energy Technologies. Our GET360 solar panel package is the ultimate solar solution for homeowners, broken down into four easy steps — GET Going, GET Control, GET Battery and a $0 power bill.

If you are interested in installing solar on your property or business and are located in the Whitsundays, Townsville or Mackay area, contact our solar experts on 07 4940 2900 to discuss your options or get an obligation free quote directly from our website.

Mar 21
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How Much Do Solar Panels Reduce Electricity Bills?

By Blog

Do solar panels reduce electricity bills? It’s the age-old question many have when it comes to solar energy. Solar panels have become an increasingly popular investment choice for Queenslanders, thanks to our consistent sunny weather.

But is there actually a noticeable difference in your electricity bill after a solar system installation, and is it really possible to achieve a $0 power bill? In this blog, we’ll explore how solar panels work and their benefits, discover how much you could save by switching to green energy and much more!

 

What we know — the average energy bill and solar’s uptake across Queensland

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If you’ve been keeping on top of the latest finance news or taken a look at your spending recently, you’ll know that the cost of living has skyrocketed over the last few years — and that includes the average power bill. According to Alinta Energy chief executive Jeff Dimery, power bills in Queensland are set to soar by 35% in 2023, placing more financial strain on Queensland budgets.

To keep extra cash in their pocket, many Queenslanders have opted to install home solar systems. The result? Mass uptake. In 2022, the Queensland Government revealed that over 722,000 Queensland homes now have solar.

Comparison site Canstar also revealed that Queensland is one of the top states that receive the highest household solar credit at $271 per quarter, or $1,084 a year.

Now that we know the impact of solar, let’s look at how they work.

 

How do solar panels work?

There are four components of a standard home solar system. They are:

  • The panels — These are the grids that sit on your home’s roof and are the most visible part of your home solar system. Your photovoltaic panels absorb the sun’s rays before it is converted into electricity.
  • The inverter — Your inverter converts sunlight into an electric current. There are two types of inverters: string inverters and microinverters. String inverters are usually installed on a wall or shaded area, while microinverters are installed on the back of each panel.
  • A battery — While they are not a necessity, many homeowners complete their solar installation with a battery. Your solar battery stores any excess renewable energy your system generates throughout the day, so you can continue using clean energy even after the sun goes down.

During the day, your solar photovoltaic system absorbs the sun’s rays, converting them into a direct current (DC). Your solar inverter converts the DC into an alternating current (AC) — electricity that can power your home.

 

Will solar panels reduce my electric bill?

Yes! As you’ll be using the sun’s rays to generate your own power, you won’t rely on your energy provider as much and will experience a lower bill. The amount you’re set to save on your electricity bills with your solar system depends on several factors, like your energy consumption, how much sunlight your home receives and whether you are selling excess power back to the grid or storing it in a battery.

Fortunately, houses and buildings in Queensland will save the most out of any other state in Australia, thanks to its location. According to Hush Energy, Queensland has the world’s greatest solar radiation concentration. This means Queenslanders are in the best spot to benefit from the savings offered by solar power.

 

What are the other benefits of installing solar power for homes?

While there’s nothing better than watching your power bill fall, there are plenty of other benefits that come with installing solar, such as: 

  • Avoiding blackouts — As solar is a clean, renewable energy source, if you install a battery, your home can avoid blackouts during summer or when energy consumption is at its highest.
  • Potential profits — If you don’t install a battery, you still have the chance to maximise your excess power by selling it back to the grid. This is called the feed-in tariff.
  • Reducing your carbon footprint — As solar is a clean energy source, you’ll be making a positive contribution to reducing your carbon footprint. Research from Go Solar Quotes shows that solar panels offset around 50g of carbon dioxide for every kilowatt-hour of power they produce. Solar also requires little to no water, unlike fossil fuels, which use 383 billion litres of water annually.
  • Increase your property’s value — Switching to solar can also increase the value of your home if you ever decide to sell. Buyers often look for smart technologies while searching for the perfect home and are willing to pay top dollar for it.

 

The difference between residential and commercial solar panels

Solar panels are a fantastic addition to any residential property, but they also make for excellent commercial investments. If you’re a business owner looking to make the switch to solar power, you’ll be happy to know that your business has the potential to save thousands of dollars annually! We think no better investment can deliver an ROI than commercial solar panels.

Commercial solar has one key difference from residential solar — its size. Commercial solar panels perform just like residential solar systems, they are simply naturally larger in scale.

 

Looking after your residential or commercial solar power system 

If well maintained, solar panels can last up to 25 years and, by our calculation, features a payback period of only five. That means once your installation is complete, it will have paid itself off in just five years. They’re also highly low maintenance and are mostly self-cleaning in the rain.

As part of our service, Green Energy Technologies provide ongoing maintenance and servicing for our solar panels, so you won’t need to lift a finger. Using GET360 monitoring, you will be alerted when your system isn’t performing as expected. If this happens, all you need to do is get in touch, and we’ll organise a service as soon as possible.

 

How else can I lower my electricity bill?

One of the most common questions we get asked by clients is how they can continue to reduce their power bills post-solar. Lowering your annual bill comes down to being smarter with your consumption — here are some of the ways you can do this:

  • Switching appliances off at the wall — While you may not be using your appliances, they still continue to guzzle energy! Make an effort to switch appliances off at the wall when you’re done using them.
  • Wash clothes in cold water — Washing your clothes in cold water is just as effective as washing them in hot water. The only difference is that cold water uses less electricity, lowering your bill in the process.
  • Upgrade to energy-efficient lighting — Lighting accounts for around 10% of your annual electricity bill, so it’s never a bad idea to switch bulbs over to energy-efficient ones.
  • Put the air conditioner on its most efficient setting — Australia is known for its sweltering summers and chilly winters, which means households heavily rely on their heating and cooling systems. However, these systems account for around 40% of your annual bill. Keep your cooling between 23 and 24 degrees during summer and 18 to 20 degrees in winter. These temperatures ensure your system runs efficiently while keeping costs low.

 

Green Energy Technologies — your number one choice for solar power for homes and businesses 

With Green Energy Technologies, you can rest assured that your solar investment is in safe hands, as all our staff CEC qualified installers with extensive experience in the field. We service homes and businesses across the Whitsundays, Townsville and Mackay areas. Call us today at 07 4940 2900 to discuss your options, or head online to get a quote.

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