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      Not only is switching to solar energy a wise financial decision, but it is also an environmentally responsible one. More and more households and companies are turning to the power of the solar panels system to meet their energy requirements due to the rising affordability and cost-effectiveness of solar panel installations.However, choosing a solar panel system provider might be difficult given the wide range of providers available. In this thorough guide, we'll go over the important variables to take into account when deciding which solar panel system provider to work with, and we'll also showcase some of the leading contenders.

      Factors that affect the choice of solar panels system manufacturer

      Let us look through various factors that affect the choice of solar panels system.

      Reputation and performance

      The reputation and past performance of the solar panel system provider are crucial factors to consider. Examine the company's background, industry expertise, and client testimonials. A reputable business with a proven track record is more likely to offer dependable services and top-notch goods. To evaluate their performance, look for endorsements, rankings, and client comments.

      Product excellence

      The ideal company to choose will depend greatly on the calibre of the solar panels and associated parts. Ask the company what brands and varieties of solar panels they offer. Long-term cost savings are probably greater with high-efficiency solar panels that come with a robust warranty. Established solar panel companies typically collaborate with trustworthy producers and provide goods with a track record of reliability and performance.

      Pricing and available financing

      When purchasing solar panels, cost is a crucial factor. Compare installation prices from several businesses, taking into account any additional charges and labour. Numerous suppliers of solar panel systems now provide financing alternatives, enabling you to pay for the system gradually. Understanding the terms of financing and the possible savings it might provide is crucial.

      System design and energy efficiency

      The effectiveness of the solar system as a whole is greatly influenced by the design and the efficiency of the solar panels system. Ask about the panel's efficiency rating, and make sure the provider creates a system that satisfies your unique energy requirements. An expert organization will evaluate your house thoroughly, taking into account elements like place of residence, roof position, shading, and energy usage statistics.

      Maintenance and warranties

      Despite the extended lifespan of solar panels, it's still crucial to have a guarantee that covers any possible issues. A strong guarantee gives you peace of mind and reassurance that the business stands behind its goods and services. Also, find out if maintenance services are available. The top solar panel system providers frequently include maintenance packages to keep your system performing at its optimum.

      Dedication to the environment

      Consider the ethical pledges and practices of the solar panels system provider if sustainable development is important to you. Some businesses are committed to reducing their environmental impact through the use of eco-friendly manufacturing techniques and ethical material procurement. Supporting such a business reflects your ideals and advances environmental sustainability.

      Top solar panels system companies

      After talking about the important aspects to take into account when selecting a solar panel system provider, let's look at some of the leading players in the market:SunPower: SunPower is renowned for its cutting-edge technology and highly efficient solar panels. They provide a selection of solar solutions for both home and business clients.Tesla: Its solar division provides customers with integrated solar and energy storage solutions, enabling them to collect solar energy and store it for usage during peak hours.LG Solar: LG is a well-known brand in the world because to its excellent solar panels. The company offers robust warranties, and their panels are renowned for their effectiveness and robustness.The best solar panel system business should be chosen carefully after carefully weighing a number of variables. To guarantee a successful solar installation, a reliable business with a proven track record, certificates, and high-quality products is required. Additionally, the company's dedication to customer service, warranties, and cutting-edge technology can have a big impact on how you use solar energy.Spend some time investigating and comparing different solar panel system providers, requesting quotations, and carefully weighing your options. The purchase of solar panels can significantly lower your long-term energy costs while simultaneously lowering your environmental impact. You may start a clean and sustainable energy path that helps the environment and your money with the appropriate firm.
      Australian households are increasingly opting to install residential solar systems as they look for affordable and sustainable energy options. Aussie's are now switching to solar power in greater numbers thanks to the country's plentiful sunshine and favorable government subsidies.

      What can you expect after installing residential solar systems?

      Here are 5 things that any owners will experience after installing residential solar modules.

      Reduction in power bills

      The significant decrease in electricity costs is one of the most obvious noticeable advantages of installing a household solar system in Australia. Solar energy is captured by solar panels and transformed into power that can run your home. This implies that your rooftop panels can produce enough electricity to power your home throughout the day to lessen your dependence on the electrical network.Australia is renowned for having an abundance of sunlight, which is essential for guaranteeing the efficiency of solar systems. Your panels will create more electricity the more light they get, which will reduce your energy costs. Solar panel owners frequently experience near-zero electricity costs on sunny days, which is a big relief in a country where electricity prices are always rising.

      Feed-in tariffs

      Installing a household solar energy system in Australia can help you make money through feed-in tariffs in addition to helping you save money on the power bills. The government and energy companies offer incentives known as feed-in tariffs to persuade solar owners to produce more electricity than they need and send it back into the grid.The excess electricity produced by your solar panels over what your household needs is routed back to the grid. You get paid a feed-in tariff for each kilowatt-hour (kWh) of electricity you export in exchange. These payments offer solar panel owners a second form of income, though they may vary based on where you live and the power supplier you're linked to.

      Enhances the value of your property

      Increased property value is a big benefit of having a residential solar system. Potential buyers view solar panels as significant assets since they provide a lifetime of energy saving and benefits for the environment. According to studies, properties with solar panels typically sell more quickly and for a greater price than those without them.Having a solar energy system could give your house an advantage in Australia's highly competitive real estate market. Solar panels are a key point of sale because buyers are becoming more interested in homes that are sustainable and energy-efficient. Furthermore, solar systems are increasingly important in real estate transactions due to laws in several Australian jurisdictions requiring sellers to disclose information about them.

      Reduced carbon footprint

      In Australia, installing a residential solar energy system also helps to reduce carbon emissions. Solar energy is an environmentally friendly energy source that doesn't emit the damaging emissions that come from burning fossil fuels to make electricity. You can drastically lessen your dependency on natural gas and coal, which are the main sources of electricity in the country, by producing your own electricity from the sun.There are several environmental advantages to reducing your carbon footprint, including decreased pollution in the air and the release of greenhouse gases. While reaping the financial rewards of solar energy, it's a significant opportunity for households to add to a future that is greener and sustainable.

      Energy independence

      You achieve a certain level of renewable energy independence and security with a residential solar powered system. You become less dependent on outside energy sources, such as natural gas or coal-fired power plants, which can be subject to outages and price changes.By putting up a solar battery storage system, you may also store any extra energy produced during the day for use at night or during power shortages. This increases your energy security and guarantees that your home will have electricity even if the grid goes down.Solar power has become an accessible and financially sound option for Australian homeowners as the world continues to place a high priority on sustainable energy sources. Homeowners that switch to solar energy not only save money but also significantly contribute to the development of a cleaner and more sustainable future.
      Solar energy has become a bright beacon at a time characterized by sustainability issues and a growing demand for sources of clean energy. This environmentally friendly power source, which derives from the sun's abundant rays, provides a plethora of advantages that go far above its environmental friendliness.Let us understand the benefits of using this sustainable source of energy in today’s time.

      Why should we use solar energy?

      There are so many reasons why using solar energy has more than one benefit. Besides being a clean and renewable energy source, it also offers other advantages to residential and commercial business owners.

      Reduced power bills

      The capacity for solar energy to drastically lower electricity rates for homeowners as well as companies is an attractive benefit. Installing solar panels on your home allows you to reduce the quantity of energy you need to buy from your local utility provider by producing power during the day. As a result, you can lessen your reliance on the electrical grid by producing your own energy.

      Additionally, many areas provide net metering programmers that let owners of solar panels sell any additional power back to the grid. In essence, you can receive credits for the extra power that your solar panels generate, and you can then use those credits to lower the cost of electricity at times when the panels aren't producing energy, such at night. Solar energy is a sensible choice for investment because these savings can accumulate over the course of time.

      Clean and renewable energy

      The reliability and sustainability of solar energy are two of its most important benefits. Solar energy generation produces zero emissions, in contrast to burning fossil fuels like coal, oil, and natural gas, which causes dangerous chemicals and greenhouse gasses to be released into the environment. This means that using the sun's energy to produce heat or power has no negative effects on the environment.

      The advanced technology used to harness energy from the sun, solar panels, has an extended lifespan and requires little upkeep. They have an average 25-year lifespan after installation, and some producers even provide 25-year warranties. Given that sunshine is a plentiful and limitless resource, its duration makes sunlight a truly environmentally friendly and renewable resource.

      Independence from the grid

      Solar energy encourages grid resiliency and independence from electricity. You can reduce your reliance on outside power sources, which can be subject to problems, price changes, or supply shortages, by producing your own electricity. In areas vulnerable to severe storms or geopolitical unrest, this independence offers some degree of energy security.

      Solar energy also helps the electrical system remain resilient by relieving some of its load during periods of high demand. Solar power can reduce grid load, avert blackouts, and ensure a more steady and dependable power supply for all when more homes and companies use it to generate their own power.

      Economic benefits

      In the past few years, the solar energy sector has grown quickly, resulting in the development of numerous employment opportunities and positive economic effects. There is an increasing need for solar panel makers, technicians, workers, and engineers as more people and organizations use solar power. A vital source of money for societies, this increase in job possibilities can boost the regional economy.

      The solar energy sector also promotes research and advancements in technology, which can have an impact on other economic sectors. Solar technology brings up new opportunities for storage of energy, travel, and other uses as it gets more cost-effective, ultimately promoting economic development and conservation.

      Environmental benefits

      In addition to lowering emissions of greenhouse gasses, solar energy has various other favorable effects on the environment. The most noteworthy is water efficiency. Solar panels don't need water to produce electricity, in contrast to many conventional power plants that use a lot of water for the cooling process. This is especially important in areas where a serious problem with shortages of water exists.

      To sum up

      In our search for a green and renewable energy source, solar power has come out as a strong competitor. For people, companies, and governments alike, it is an appealing option due to the advantages it offers, which include cleanliness, reduced expenses, independence from electricity, job development, and environmental benefits. Solar energy is going to become more and more important in defining a brighter and more environmentally friendly future for humanity as technology develops and the world's energy requirements change.
      With the rise in power bills, both residential and commercial business owners are looking for ways to cut down on their expenses. Thus, solar panel system come as a blessing in disguise to benefit from the abundant sunlight available in the sunshine country. Often most people believe that they come up with heavy installation costs, however, they bring long term savings and has a payback period of 4-5 years.The use of solar panels Australia is now increasing year after year. Both household owners and business organizations are now realizing the benefits that they can enjoy with solar panels installation.However, if you are still wondering if they are worth the investment, we are here to clear your doubts. Let us now dive deep into the many advantages of solar panels Australia.

      Advantages of installing solar panels Australia

      Discover Solar has partnered with the top manufacturers to offer only the best solar panels to its customers. We offer the best installation and consultation services so that you never have to worry about anything else!Now, let us explore why we think you should definitely invest in solar panels for your business and residential houses in 2023.

      Reduces the operating cost of business by lowering electricity bills

      Business organizations incur various overhead charges that can make or break their business. Electricity bills are one such expense that have the ability to drain hundreds of dollars from your business every month. By installing solar panels system, businesses can produce their own electricity thus saving a substantial amount of money on their overhead costs.

      Lowers carbon emissions and has other environmental benefits

      One of the major factors that leads to greenhouse gasses is carbon dioxide. In addition, most of the energy that we use is generated by burning fossil fuels. By installing solar panels, you produce your own electricity by harnessing sunlight. Thus, you use a renewable source of energy to produce electricity which in turn helps to reduce your carbon pollution.As a business owner, you will have the peace of mind that you are contributing something good for the environment. This in turn also helps to improve the brand image of the organization in front of its consumers.

      Raises the worth of your property

      Harnessing the rays of the sun not only increases your savings but also raises the value of your property. Most of the buyers are now ready to pay a hefty amount for a solar installed property since they know the long term benefits that come with it. The cost of electricity is still rising and non-renewable resources are getting depleted. Thus, generating electricity through a renewable source of energy will give you twice the benefit saving thousands of dollars.

      Energy independence

      Independence from conventional energy sources is a key benefit of switching to solar power. By purchasing an independent solar PV system, you can lessen or do away with your reliance on your neighborhood power provider. In addition to lowering your overhead costs, you'll be guaranteed a steady supply of electricity no matter what happens to the industrial grid.Contrary to machinery or manufacturing equipment, solar panels have no moving parts. The photovoltaic method is used by numerous connected solar panels to transform sunlight into live, alternating-current electricity.You can even install solar batteries to completely get rid of traditional methods of generating electricity. You can store the extra generated electricity and use it at night or during peak hour rates when your solar panel is not producing power.

      Offers the best ROI

      Although the initial cost of installing solar panels is quite expensive, the availability of various government rebates and incentives lowers the initial cost. Plus, the average payback period of solar panels is 4-5 years. Thus, you can see that the return on investment for solar panels is quite good and worth the money.The price of solar energy systems are decreasing due to the availability of various incentives and rebates. Get in touch with our solar experts today before its too late!
      Throughout Australia, a significant number of commercial panel installations have been sold under the presumption of "set and forget." This refers to the notion that the solar system will operate faultlessly for the majority of its design life once it has been installed.Consequently, it should not be surprising that commercial solar maintenance is frequently seen to be a reactive process that is only required after a system fault has arisen and solar repairs are necessary. It should not be surprising that regular upkeep and assessments of your solar panels are crucial to their efficient and secure operation, just like the majority of other assets on a facility. This is why industry organizations like the Clean Energy Council strongly advise that it be carried out. Australian Standard 5033 should be followed when conducting these inspections.

      Why is the maintenance of commercial solar essential?

      Since solar PV modules generate power, they are bound to be subjected to extremities of weather. Various issues such as wind, heat, hail, or rain can degrade the performance of the panel over time and can also lead to various safety concerns. You can detect some performance faults by actively monitoring the performance of your system, but for the most part, you'll have to get an in-person assessment done.

      What are the common issues in commercial systems?

      Some of the most frequent issues that are observed across the industry as a whole include poor management of cables, loose wire terminations, inadequate safeguarding of parts from adverse weather, inverters failing to function, and broken or damaged panels. System failure, disruptions and rapid component degradation are thus frequent occurrences. Many of these problems require a thorough examination of the solar panels as they cannot be detected by remote monitoring alone.Component failures might result in significant downtime losses and risks on site. Even if the photovoltaic system connected to the inverter works smoothly, a failure with the inverter might render the entire installation of the panels useless. The energy output of all nearby solar power modules could be influenced by a single faulty module, potentially resulting in a substantially reduced energy output from the system.

      How frequently should commercial panels be serviced?

      It is recommended that in order to get the most out of your investment, get your commercial panels serviced at least once in a year by a CEC-accredited installer. The performance of the panels, its safety, durability, and its efficiency - all depend on the regular maintenance of the system.The performance of the system can be affected by a lot of factors. Various issues such as accumulation of lichen, hard water, beeswax, pollen, dust, or other debris can influence the productivity of the system resulting in wear and tear, corrosion, and deterioration.

      What exactly do manufacturers suggest?

      Major inverter and panel producers strongly support the idea of "Preventative Maintenance" in relation to solar in addition to solar repair work, both in Australia and worldwide. It is so much more than just cleaning the panels. A well-maintained solar power system can increase returns by up to 30% and hasten the initial investment's payback.Numerous actions taken as part of a preventive system maintenance strategy can considerably raise system efficiency, uptime, and safety. This method is essential for seeing problems and dangers that a monitoring platform cannot, such as frayed cables, corroded mounting, cracked seals, and dust/debris accumulation in the system's hard-to-reach places.Industries Services Group advises performing an electrical inspection and, in many cases, cleaning the solar panels. Inverters, isolation and protection devices, fuse enclosures, mounting frameworks, and solar modules will all be examined as part of the electrical inspection.Additionally, the linked cables and terminations are examined for signs of wear, heat discoloration, and hotspots. Additionally, in order to lessen the chance of a fire, the warning placards are checked, and the air filters, heat sinks, and fans are examined to make sure they are clean and dust-free.

      Final words

      Discover Solar, one of the most popular renewable energy companies in Australia, offers the best-quality commercial panels. Our collection of commercial solar panels can lower operational costs for your business, provide value by locking in electricity rates, and give you more control over your energy usage.
      Solar energy systems are becoming more and more popular as a result of the global growth in interest in renewable energy sources.The capacity of the sun to power a complete house is a terrific use of a resource that we have many hours of each and every week with significant environmental benefits .Solar systems are made up of photovoltaic (PV) panels, a solar inverter system, and a mounting structure to hold everything in place.Depending on the system and an electric meter, they may also include a battery. The number of panels for each system will vary depending on the required energy production.

      Working of a solar inverter system

      One of the most important components of a solar PV module is a solar inverter. It transforms the rays of the sun into usable electricity that may be used in your home or place of business.The fluctuating direct current (or "DC") from your solar panels is fed into the inverter, which converts it into alternating 120V/240V current (or "AC") output.It must convert the DC output generated by your panels because the appliances in your house operate on AC rather than DC.The sun falls down on your panels, also known as photovoltaic (PV) cells, which comprise a number of semiconductor layers of crystalline silicon or gallium arsenide.These layers, which are linked together by a junction, combine positive and negative layers. The semiconductor layers capture sunlight and transmit it to the photovoltaic cell.Direct current (DC), a type of electric current created by the movement of electrons between the positive and negative levels as a result of this energy, is produced. Depending on the kind of system you have, this energy is either supplied immediately to an inverter or stored in a battery for later use.Although your home needs AC, the energy is in DC format when it is transmitted to the converter. The energy is captured by the inverter, which then passes it via a transformer to produce an AC output.

      Different types of solar inverter system

      At Discover Solar, we offer four different types of inverters.String inverter - These inverters are both the most prevalent and the most economical. Since each string connects the panels to the inverter, they are rightly named as 'string’.They are appropriate for houses with uncomplicated roof designs that are frequently exposed to sunlight. The typical warranty period for string inverters is between five and ten years.Microinverters - There isn't even a single point of failure in microinverters, which increases the efficiency of the overall solar power system.They offer 25 years of guarantee and panel-level monitoring and optimization. Homes that receive a lot of shade and have complicated roof layouts are good candidates for microinverters.Hybrid inverters - As they permit connecting batteries to the solar power system, these inverters are multi-mode.A hybrid inverter interacts with the battery and manages its charging and discharging using a method known as "DC coupling." They perform amazingly, particularly when coupled with battery storage.Optimizer system - Each panel's power output can be separately and inexpensively optimized with optimizer systems. Each panel contains DC power optimizers attached to the rear that maximize its performance and guarantee that the performance of the other panels won't be impacted if one panel is partially shadowed or compromised in any other manner.The solar inverters offered by Discover Solar are CEC approved, thus ensuring that they are 100% fully Australian owned.They come with several years of warranty and durability to give you nothing but only the best so that you get the most out of your investment.
      Discover Solar is quite popular for residential and commercial installation of solar PV modules. We offer the best solar panels and batteries to our customers that come with long term warranties and efficient performance. With over 15 years of experience in the industry, we are a one-stop solution for anyone who is looking to get the most out of their investment.We understand that choosing a solar installer is a tough decision. You need to go through so many considerations and factors before arriving at a conclusion. The amount of energy you require, your budget, your financial situation, your rooftop space, and many others. In addition, you need to compare quotes from various installers offering the best PV modules in Australia.At Discover Solar, we help you choose the best solar panels to make your switch to a sustainable source of energy an easy one!

      Why choose Discover Solar as your solar installer?

      With over 3 million Aussies already making the switch to solar energy, the use of this renewable source of energy is becoming more and more popular. However, with the availability of so many installers, we are here to explore the reasons why Discover Solar should be your first choice.

      Efficient performance

      We partner with only the best manufacturers in the country to offer you nothing but only the best solar PV modules. The panels which we suggest to our customers are efficient, productive, and functional even during the worst weathers. Our suggested brands of panels generate electricity even while receiving a small amount of energy or with limited roof space.Thus, even if you are looking for residential or commercial installation, our expert consultants make sure that you reap the benefits of your investment.

      Made with latest technology

      The brands that we associate ourselves with make panels that are equipped with the latest technology. Since the panels are technologically advanced, you can be sure that it will generate a high amount of electricity with minimal energy loss. Also, they will be equally efficient for people having limited roof space.

      Highly reliable

      Our solar experts recommend only those panels to our customers that are highly durable and reliable. They are expected to last a minimum of 25 years with a payback period of 4 years on an average. This in turn means that you will be able to recoup your initial investment in a very short period of time. The Australian government also offers loans on solar panels and batteries which will help you meet the initial investment required. Get in touch with us today to know more about your options and eligibility criterias.

      Final thoughts

      We are fully dedicated to offering you the best residential and commercial solar installations as per your needs and requirements. Having spent so many years in the industry, we have earned the reputation for delivering the best services and products for our customers.We recognize that each household and business organization has distinct needs when it comes to solar power installations, so we customize our solutions accordingly. To find the best solar power system as per every individual's particular power requirements, our team of experts undergoes rigorous assessments. We guarantee easy integration and maximum energy output, helping households considerably lower their utility bills and environmental impact.Thus, for anyone looking for reliable and trustworthy solutions for their installation, you should definitely get in touch with our solar experts for a free consultation!
      Solar energy has become one of the most popular renewable sources of energy in recent days. This sustainable source of energy has already been adopted by 2 million Aussie’s who are now saving on their electricity bill while reducing their carbon footprint. Solar PV modules generally do not require much physical maintenance and have an average lifespan of 25 years. Thus, it may seem to you that the initial installment cost is high, you can easily recover it in 3-4 years. Imagine the amount of money that you will save on your power bills especially in these times when the cost of electricity bills are fluctuating at a rapid rate!So, are you seeking Australia's top solar panel installer? Look no further than Discover Solar, a well-known solar system retailer. We are a 100% Australian-owned and -operated business that has served the local community for more than 15 years with high-quality solar solutions.In this blog post, we'll focus on the main factors that make Discover Solar one of Australia's top solar panel installers.

      Why is Discover Solar one of the best installers in Australia?

      Let us walk through each of the factors which makes our company one of the best installers in this sunniest country!

      Australian Owned and Operated:

      Discover Solar is proud to be an Australian-owned and operated company. Our thorough expertise of the local market, laws, and customer demands helps us to create personalized solar solutions for Australian homes and businesses. With over 15 years of industry experience, we have established ourselves as an estimated leader in the community, indicating expertise and trust.

      Supporting the Local Community:

      Our primary concept is that we should help and empower our local community by promoting the use of cleaner and smarter energy alternatives. We are committed to assisting our customers in selecting the right solar solution that meets their energy needs, reduces their carbon footprint, and provides significant long-term cost savings. By choosing Discover Solar, you are not only investing in a top-notch solar system, but you are also actively helping to promote the development of sustainable energy throughout Australia.

      Experienced Installers:

      Discover Solar only works with Clean Energy Council (CEC) Approved and highly skilled installers. Our team of experts has completed intensive training and has in-depth understanding of the solar business. This ensures that your solar panel system is installed with remarkable precision and to the highest quality standards. We understand the importance of a precise installation procedure, and our installers are completely committed to producing results that meet expectations.

      Fast Turnaround Time:

      Discover Solar values the needs of its customers time and works for efficiency throughout the solar installation process. We prioritize a quick turnaround time without sacrificing the quality of our services, from getting pre-approved through the final phases of installation and activation. We completely understand your need to begin enjoying the benefits of solar energy as soon as feasible. We constantly deliver on our assurance of quick and effective service through carefully streamlined systems and highly skilled and experienced team members.

      Comprehensive After-Sales Support:

      Our commitment to customer satisfaction extends far more than the installation procedure. We provide a wide range of important services, such as routine maintenance, system monitoring, and personal assistance with warranty claims. Discover Solar offers complete after-sales assistance to ensure your solar panel system's long-term reliability and efficiency. Our highly qualified team is always ready to resolve any questions or problems that may occur. We are dedicated to ensuring that your solar investment provides optimal benefits and total peace of mind for many years to come.

      Final Thoughts

      Due to our Australian ownership, commitment to the local community, skilled installers, quick turnaround time, and broad after-sales support, Discover Solar stands out as one of the top solar panel installers in Australia. By dealing with us, you can be confident that you are working with a respected firm that values quality, client satisfaction, and the progress of sustainable energy solutions.Investing in a Discover Solar solar system means investing in a cleaner future while enjoying long-term cost savings and energy independence. Contact us today to learn more about your solar opportunities and let our experts guide you to a cleaner, more sustainable energy solution that meets your individual needs.Let us discover the possibilities of solar energy together and make a difference in our environment and communities.
      Solar energy has become a top option as the need for sustainable energy sources keeps rising. Due to the abundance of sunlight in Australia, the adoption of solar energy is extremely important. Choosing the right system is essential when making an investment in solar energy. A 6.6kW solar system stands out as an outstanding alternative for many Australian homes among the different options available. In this blog post, we'll look at the benefits that buying the best 6.6kW solar system can provide, demonstrating why doing so is a smart choice.

      Reasons for choosing the best 6.6kW solar system

      Let us explore why choosing the best 6.6kW solar system is the perfect option for you.

      Optimal Size and efficiency

      The 6.6kW solar system hits the optimal size and efficiency balance, making it the best option for Australian homes. This system typically consists of 20–24 solar panels with 275–330 watts of capacity per panel on average. Depending on variables like geographic location and weather, it can produce approximately 26–30 kWh of electricity each day with this configuration.The 6.6kW solar system can supply all of the energy required by a typical family because it is the right size for most homes. It can run necessary equipment like air conditioners, lamps, and refrigerators, minimizing dependency on the grid and thus lowering electricity costs.


      For Australian homeowners, purchasing a 6.6kW solar system is a cost-effective decision. First off, the system qualifies for government subsidies and rebates like the Small-scale Renewable Energy Scheme (SRES) due to its size and capability.Second, the efficiency of the 6.6kW system assures maximum power generation, allowing homeowners to significantly reduce their electricity costs. Through net metering or feed-in tariffs, excess energy produced can be released back into the grid, further balancing costs and possibly generating income.

      Environmental sustainability

      By choosing the best 6.6kW solar system, homeowners contribute to environmental sustainability. Solar power produces electricity without harmful emissions or pollutants because it is clean and renewable. By lowering reliance on fossil fuels, using solar energy helps fight climate change and reduce carbon footprints.Australia's bright weather gives it the perfect place to generate solar power. Households can lessen their dependence on conventional energy sources, which are frequently produced from non-renewable resources, by utilizing the abundant sunlight. An environmental benefit of a 6.6kW solar system is that it can offset a sizable amount of a home's electricity usage.

      Long-term investment

      For households, investing in the best 6.6kW solar system has long-term advantages. For decades, solar energy will be a dependable and sustainable energy source thanks to its 25–30 year lifespan. Solar systems are renowned for their robustness and lifespan, requiring little upkeep.A 6.6kW solar system also provides security against potential rises in electricity rates as those prices are still on the rise. Homeowners can protect themselves from rising energy expenses by producing their own electricity, which will result in significant savings over the course of the system.Additionally, adding a solar system increases the property's value. A home's market value may rise by adding a dependable and effective 6.6kW system, improving its appeal to potential purchasers.

      Final thoughts

      The best 6.6kW solar system in Australia is an investment that offers homeowners a host of advantages. This system is ideal for home applications due to its size and efficiency, as it provides enough electricity to run necessary appliances and lessen reliance on the grid. Due to its affordability, government subsidies, and falling solar panel prices, as well as its cost-effectiveness, solar power is now both practical and profitable.Homeowners can benefit from lower energy costs, environmental responsibility, and greater property value by choosing this solar PV module. Adopting solar energy is not just a wise financial move but also a conscious one that benefits people and the environment. Let's harness the sun's energy and create a sustainable future.
      The demand for a reliable and accessible charging infrastructure is on the rise as electric cars (EVs) become more and more popular. A cleaner and more sustainable future is promoted by having an EV charger installation at your residence or place of business in Australia. To ensure a simple and hassle-free experience, we will lead you through the installation of an EV charger in Australia in this step-by-step manual.

      Process of a EV charger installation

      Let us go through the step-by-step process on how to install an EV charger at your workplace or your place of residence.

      Step 1: Determine your charging needs

      It's crucial to evaluate your charging needs before beginning the installation process. Think about things like your typical driving patterns, the battery size of your car, and the local electrical capacity. You can then choose the charger type, power output, and installation specifications based on your requirements.

      Step 2: Choose the right kind of charger

      Level 2 AC chargers and DC fast chargers are the two most prevalent EV charger types in Australia. Level 2 AC chargers offer a slower but adequate charging speed, making them appropriate for overnight charging at home or at the office. DC fast chargers, on the other hand, can deliver a sizable charge in a short period of time and are intended for quick charging during longer trips.

      Step 3: Conduct a site assessment

      Conducting a site evaluation to ascertain the viability of installation is essential after choosing the proper charger type. Examine the accessibility of dedicated circuits, the distance from power sources, and any changes required to satisfy electrical standards and codes. To ensure compliance and safety, it is advisable to speak with a certified electrician during this process.

      Step 4: Obtain necessary approvals and permits

      Depending on your local laws, you might need to get the required approvals and permits before moving forward with the installation. Some authorities demand licences for electrical work, while others can have particular standards for the installation of EV chargers. To ensure compliance and avoid any potential legal concerns, consult your local council or other pertinent authorities.

      Step 5: Choose a licensed electrician

      It's essential to use a certified electrician with experience installing EV chargers because installing an EV charger entails working with electricity. They will provide a secure and appropriate connection between the charger and your electrical system, avoiding any possible risks. A qualified electrician will also take care of the necessary grounding, circuit installation, and wiring while following safety procedures and industry requirements.

      Step 6: Install the charger and test

      Installing the EV charger can be done after the electrical infrastructure has been established. Observe the recommendations made by the electrician as well as those given by the manufacturer. Make sure the charger is firmly installed and that the electrical supply is connected. The electrician will test the charger after installation to make sure it is operational and ready for usage.

      Step 7: Consider ongoing maintenance

      To guarantee your EV charger's long-term efficiency and dependability, routine maintenance is necessary. For routine maintenance, which may involve recurring inspections, cleaning, and software upgrades, abide by the manufacturer's instructions. Keep up with any charging technology upgrades or breakthroughs to make informed decisions about upcoming advancements.EV charger installation in Australia is a significant step toward embracing sustainable transportation. By following this step-by-step guide, you can navigate the installation process smoothly and ensure a safe and efficient charging experience. Remember to assess your charging needs, choose the right charger, conduct a site assessment, obtain necessary approvals, engage a licensed electrician, and install the charger properly. With your EV charger installed and ready, you can enjoy the convenience of charging your vehicle at home or work, contributing to a greener future for Australia.


      Solar panels have become a popular choice for energy generation in Australia, thanks to abundant sunshine and the country's commitment to renewable energy. However, like any other technology, solar panels can face certain issues that may affect their performance and efficiency. In this blog post, we will discuss four common solar panel problems in Australia and provide tips on how to avoid them. By understanding these challenges and taking proactive measures, you can ensure your solar system operates optimally and maximizes your investment in clean energy.

      Shading Issues: Maximizing Sunlight Exposure

      Shading is a significant concern for solar panel performance. Even partial shading from trees, nearby buildings, or other obstructions can significantly reduce energy production. To avoid shading issues, carefully consider the placement of your solar panels during the installation process. Ensure that there are no potential shading sources during peak sunlight hours. If shading is unavoidable, consider using micro-inverters or power optimizers that can mitigate the impact of shading on individual panels.

      Dust and Dirt Accumulation: Regular Maintenance is Key

      Dust, dirt, and debris can accumulate on the surface of solar panels over time, reducing their efficiency. Regular cleaning and maintenance are essential to ensure optimal performance. In Australia's dry and dusty climate, it is recommended to clean the panels every three to six months. Use a soft brush, mild detergent, and water to gently clean the surface. Avoid using abrasive materials or harsh chemicals that can damage the panels. Regular cleaning will help maintain the maximum power output of your solar system.

      Inverter Failures: Monitoring and Timely Repairs

      Inverters are critical components of a solar panel system that convert direct current (DC) electricity produced by the panels into usable alternating current (AC) electricity for your home. Inverter failures can lead to a complete shutdown of your solar system. To prevent such issues, it is crucial to choose high-quality inverters from reputable manufacturers. Additionally, invest in a monitoring system that allows you to track the performance of your solar panel system. This way, you can identify any abnormalities or potential issues early on and seek professional assistance for timely repairs or replacements.

      Degradation and Aging: Ensuring Long-Term Performance

      Solar panels are designed to last for several decades, but over time, they may experience performance degradation. The rate of degradation varies depending on the quality of the panels and environmental factors. To ensure long-term performance, opt for high-quality solar panels from trusted manufacturers. Regular maintenance, including cleaning, inspection, and monitoring, can help identify any signs of degradation and address them promptly. Additionally, consider investing in solar panels with good warranty coverage to protect your investment.


      Solar panels are an excellent investment for clean and sustainable energy generation in Australia. By being aware of common solar panel problems and taking preventive measures, you can avoid potential issues and ensure optimal performance of your solar panel system. Remember to address shading concerns during installation, perform regular cleaning and maintenance, choose reliable inverters, and monitor the performance of your system. With these precautions, you can enjoy the benefits of solar energy for years to come and contribute to a greener future.Embrace the power of solar panels Australia, maximize your energy savings, and make a positive impact on the environment. Invest in the best solar panels and solar system in Melbourne, and reap the rewards of clean and efficient energy generation for your home or business.Remember, a well-maintained solar panel system is a pathway to sustainable energy and long-term financial benefits. Make the most of your solar investment and contribute to a brighter future with reliable and efficient solar panels in Australia.
      Choosing to switch to commercial solar is a prudent financial move. After all, the financial benefits and favorable environmental impact are felt for decades when you lower your electricity bills and minimize your carbon footprint by producing your own clean electricity. Along with making your company more appealing for both current and potential employees, switching to solar energy will also put you in the company of successful businesses like Amazon, Apple, Walmart, and Microsoft.It makes sense to want the procedure to be completed as soon as possible once you've made the decision to add a commercial solar system to your company so that you can immediately begin to enjoy the many advantages.Depending on the type and scale of the system you're installing, as well as the legal requirements of the jurisdiction in which you operate, the time taken to complete the process of commercial solar installation might vary. However, there are five fundamental phases that the majority of commercial solar projects adhere to, regardless of which solar path you choose to take.

      Steps involved in the commercial solar installation

      Let us explore the various phases involved in the process of installing a commercial solar system.

      Site Assessment

      This is the first step taken in every process of commercial solar installation. The initial assessment of the site acts as a stepping stone for the design of the panels and further installation plans. It includes the following steps:Making sure that you are legally permitted to install a solar PV module on the premises.Making the decision on how to connect and the place where your solar panel system will be connected to the grid.Assessment of the site, including studies such as geology and topography, assessment of the structure, and analysis of the shaded area.

      Design of the System

      The system design step formalizes the plans for the solar installation when the site evaluation is finished. You will get a design drawing that shows the construction details and how the panels will be set up to catch the most sunlight possible. The design may incorporate rooftop-mounted, ground-mounted, or solar carports, depending on your choices and needs.


      The procedure involved in the construction of your solar PV module is influenced by the size of your system and the type of project involved. While systems that are intricate and large in size might need several months, small solar panel system installations can be completed in as little as two to three weeks. The least amount of disruption to regular operations comes from well-thought-out preparations, but depending on the size of the system and the nature of your organization, you'll still want to be prepared for things like alternate parking places and brief power outages.Most experienced and knowledgeable solar installers have creative ideas that might assist you minimize disruptions to your usual business activities. Choosing a trustworthy and skilled installer in this situation is essential.


      Once the construction, the last and final step is commissioning. The utility will let you use your solar energy system in conjunction with the local electrical grid if your solar contractor certifies that everything went as planned. Your efforts to create your own renewable energy have been successful.Switching to a commercial solar system is obviously a kind big investment on your part that will give you long-term savings in the long run. With careful planning and investment, the entire process can be seamless and worry-free for you!
      Solar energy is becoming one of the most popular ways to generate electricity in Australia and it is for a good reason - they are clean, renewable, and help us to reduce our carbon footprint. A 6.6kW solar system, one of the most popular system sizes in Australia, will help you offset your power bills cost and help you gain stability from the ever-increasing price of electricity in the country.

      A solar installation of 6.6kW requires how many panels?

      A 6.6kW solar system typically requires 20-24 solar panels. However, the number of panels needed in this system size depends on a lot of factors such as the model, make, and efficiency of the panels. In addition, the climatic condition of the place in which you are residing also influences this decision.A 6.6kW solar is one of the most common system sizes installed by most Aussie households. They prove to be one of the most effective and cost-effective solutions because they provide enough electricity to suit the demands of residential dwellings. And if you are eligible for any solar rebates, it is more like a cherry-on-top for all the other benefits that you will be enjoying after installing panels.

      The average cost of a 6.6kW solar system

      A solar system size of 6.6kW is quite affordable and cost-effective. In Australia, a 6.6kW solar system will cost you at least $6,000. Even though this price may appear exorbitant, it is actually fairly reasonable when you take into account the long-term advantages, such as subsidies or paying for your energy expenses over time.Additionally, adding solar is a wise financial move because it will probably raise the value of your house, especially as more Australians choose to use cleaner, more environmentally friendly energy.

      How much electricity can a 6.6kW solar panel produce?

      The daily electricity output from a 6.6kW solar panel system ranges from 22 to 26-kilowatt hours (kWh). This is equivalent to 8,000 to 9,500 kWh of useful energy annually, which is comparable to the amount used by the typical Australian dwelling. However, a number of variables affect how much electricity a solar panel will produce throughout the day or over the course of a year.You must take into account the following three considerations when estimating how much electricity a solar array of this size can generate:Climate and location: Although it should go without saying, the amount of electricity a 6.6kW system can generate will depend on your region's climate. If you reside in a place with numerous overcast days, your system may not produce as much electricity as it should because solar panels operate best in sunny circumstances.Positioning and the availability of roof space: Your roof's orientation is crucial since solar panels must be installed such that they receive the most sunlight possible. You must also make sure that no neighboring trees or other structures block your solar panels' visibility.Brand of the solar panel: The efficiency of solar panels will have a significant impact on how much electricity they can generate. Although solar technology has improved substantially, you still need to conduct some research on the make, model, efficiency ratings, and degradation rate before selecting a certain panel type.By taking these factors into account, you can be certain that your solar system will provide enough energy to power your home.

      Key takeaways

      Your annual energy bills can be reduced significantly with a 6.6kW solar panel system, and they are also very environmentally friendly. Before setting up a solar system, you should consider a few factors.Make sure your house receives enough sunlight and that your roof can support the weight of the panels. You might not receive enough sunlight where you live to make solar power a worthwhile investment if there are enough trees or other structures nearby. When you've decided to switch to solar, it's time to calculate the cost of installation and upkeep. Solar panels are typically a wise investment, particularly for home-owners who plan to keep their property for a long time.
      Energy costs are rising and are anticipated to do so further in the near future. So the question is a solar system worth it in Australia? Well, the answer is a no-brainer! Not only is a solar installation worth the investment, but it also helps you to contribute towards the betterment of society.You know solar panels can generate electricity for 5-6 cents per kWh. When you compare this amount with your current power bill, you will understand why 3 million Aussies have already made the switch to a solar system in Melbourne.An average-sized 8kW solar system with high-quality solar panels can now be purchased for as little as $8000–$9000 when completely installed, and it will produce more than 30 kWh of solar energy per day on average over the course of the year. This is a record-low price for solar panels.

      Calculating your solar savings

      Why wait any longer when you can join the solar revolution today? You can click on the link to calculate your solar savings today: most homes can benefit from solar energy, we typically advise that your quarterly power bill should be at least $400 to realize substantial solar savings. The smallest system that we frequently implement is 5kW, which can save you $300 per quarter or even more if you can use the majority of the power it produces.With solar installation becoming more cost-effective and the availability of solar batteries, the primary goal of a solar power system is to minimize your power bills. Furthermore, your energy retailer will give you credit on your power account in the range of 5 to 7 cents per kWh for any excess energy you've returned to the grid.

      Use of solar energy in Melbourne

      Many people are surprised by how much money a high-quality, professionally fitted solar system can save them. With the availability of two rebates bringing down the cost of solar products in Victoria, solar systems are becoming more affordable than ever.When we talk about a 10kW solar installation, you have the availability of the Small-Scale Renewable Energy Scheme (SRES) by the federal government which lowers the buying cost by more than $3800. The state government's Solar Homes rebate, which pays up to half of the remaining cost up to $1400, is also then available to eligible Melbourne buyers.Even if you only use about 70% of the solar energy generated by your system, a 10kW system can save you thousands of dollars each year on your energy costs. Larger or smaller systems can also give substantial savings, depending on your power requirements.

      Final thoughts

      In general, solar energy is an amazing investment that can permanently lower your energy costs! In fact, a 10kW solar system can help you save over $100,000 throughout its 25-year lifespan, proving to be one of the most efficient ways to lower your carbon impact.Due to significant reliability issues, there is a good chance that your solar won't always be a great investment if you are only willing to purchase the cheapest system. On the other hand, if you choose high-quality solar products, you can save a lot of money while simultaneously lowering your carbon impact for many years. We at Discover Solar recommend the best quality panels at the most affordable price to our customers.
      ● 28 March 2023

      What is a Smart EV charger?

      Electric vehicle chargers are becoming more sophisticated as manufacturers seek to make EV charging easier and more cost-effective for homes and businesses. Smart EV chargers allow automatic charging to occur when electricity prices are low or when solar power is being generated. Regular home chargers can draw a lot of power so intelligent monitoring and controls help prevent overloading the grid supply.In addition to helping optimize EV charging, most smart chargers now have Wifi and Bluetooth as standard to enable easy setup and monitoring using a mobile app.

      Smart EV Charging Modes

      Smart EV chargers have numerous options to optimize charging, reduce charging costs and increase self-sufficiency using solar. The most common is solar-only charging and charge scheduling using cheap off-peak electricity. Another very useful smart charging mode is Load Balancing; this is where the charge rate is dynamically adjusted to ensure the charger doesn’t overload and trip off the electric supply when other high-power appliances (loads) are running.Load-balancing is very important if more than one EV charger is installed or the electricity supply is limited.

      Is extra hardware needed for smart charging?

      Smart charging modes can only be enabled if the EV charger can obtain data about a solar generation or other electricity-consuming loads. Generally, to monitor the solar and loads, external sensors or CT clamps are needed to gather and transmit the data back to the charger.Alternatively, EV chargers that are OCPP (Open Charge Point Protocol) compliant can be configured for remote control using external software such as Charge HQ. No external meters or hardware is required if all the equipment is compatible with OCPP. We’ll explain this in more detail later.

      Solar Charging

      EV charging using a home solar system appeals to many people as it dramatically reduces the vehicle's operating cost and increases self-sufficiency. However, this is difficult if you cannot optimize the charging rate to match your solar generation. For example, many level-2 home chargers have a maximum charging rate of 7.4kW, but most residential solar inverters are rated at 5kW or 7kW, and the amount of solar being generated may be far less, especially during poor weather. Luckily, this is where smart EV chargers can help.Unlike regular EV chargers, which are set at a fixed charge level, Smart EV chargers can adjust the charge rate to match your solar generation. However, to operate, smart chargers require a separate CT meter to measure energy flow and enable advanced features such as solar-only charging and load balancing. In most cases, the CT meter must be hardwired to the charger, but CT meters from a select few brands can be wirelessly connected.


      EV chargers use a lot of power which can cause issues for some homes or businesses if too much power is drawn from the grid. Fortunately, this is where load-balancing can help. This feature is available on most smart chargers and is particularly useful for households with a limited grid supply or businesses with multiple Best EV chargers in Australia installed.How it works; Load balancing enables an EV to charge at the maximum rate, up to 7.4kW on a single-phase supply, when the consumption rate is low. However, if household consumption increases, the EV charge rate will drop automatically so as not to trip the grid's main supply circuit. This is very useful for homes or businesses with more than one EV charger as it prevents overloading or tripping the main grid supply when multiple EVs are being charged simultaneously.For load-balancing to work, an external energy meter called a CT meter is required to measure electricity flow to and from the home or business. Smart chargers use the CT meter data to adjust the charging rate dynamically and optimize charging.

      Scheduled charging

      To reduce EV charging costs, most smart EV charger chargers can be set to charge when the electricity rates are low. The cheapest (off-peak) rates are generally during the night when most people are sleeping, so a pre-set off-peak charging schedule can automatically charge the EV overnight.Electricity demand is at its highest during the evening, which is also when electricity tariffs are typically very high. EV charging during these periods costs you more and places a greater strain on the electricity network, which can already be stretched to its limits during extreme heat waves.

      Solar Panel Efficiency

      Solar panel efficiency is a measure of the amount of sunlight (irradiation) that falls on the surface of a solar panel and is converted into electricity. Due to the many advances in photovoltaic technology over recent years, the average panel conversion efficiency has increased from 15% to well over 21%. This large jump in efficiency resulted in the power rating of a standard-size panel increasing from 250W to over 400W.As explained in detail below, solar panel efficiency is determined by two main factors; the photovoltaic (PV) cell efficiency, based on the cell design and silicon type, and the total panel efficiency, based on the cell layout, configuration and panel size. Increasing the panel size can also increase efficiency due to creating a larger surface area to capture sunlight, with the most powerful solar panels now achieving up to 700W power ratings.

      Cell Efficiency

      Cell efficiency is determined by the cell structure and type of substrate used, which is generally either P-type or N-type silicon. Cell efficiency is calculated by what is known as the fill factor (FF), which is the maximum conversion efficiency of a PV cell at the optimum operating voltage and current. Note cell efficiency should not be confused with panel efficiency. The panel efficiency is always lower due to the internal cell gaps and frame structure included in the panel area. See further details below.The cell design plays a significant role in panel efficiency. Key features include the silicon type, busbar configuration, junction and passivation type (PERC). Panels built using high-cost IBC cells are currently the most efficient (21-23%) due to the high purity N-type silicon substrate and no losses from busbar shading.However, panels developed using the latest monocrystalline PERC cells, N-Type TOPcon, and advanced heterojunction (HJT) cells have achieved efficiency levels well above 21%. Ultra-high efficiency Tandem Perovskite cells are still in the development phase but are expected to become commercially viable within the next few years.

      Panel Efficiency

      Solar panel efficiency is measured under standard test conditions (STC) based on a cell temperature of 25°C, solar irradiance of 1000W/m2 and Air Mass of 1.5. The efficiency (%) of a panel is effectively calculated by dividing the maximum power rating, or Pmax (W) at STC, by the total panel area measured in square meters.Overall panel efficiency can be influenced by many factors, including; temperature, irradiance level, cell type, and interconnection of the cells. Surprisingly, even the colour of the protective back sheet can affect efficiency. A black back sheet might look more aesthetically pleasing, but it absorbs more heat resulting in higher cell temperature, which increases resistance, this in turn slightly reduces total conversion efficiency.Panels built using advanced ‘Interdigitated back contact’ or IBC cells are the most efficient, followed by heterojunction (HJT) cells, TOPcon cells, half-cut and multi-busbar monocrystalline PERC cells, shingled cells and finally 60-cell (4-5 busbar) mono cells. 60-cell poly or multi-crystalline panels are generally the least efficient and equally the lowest cost panels.

      Why Efficiency Matters

      The term efficiency is thrown around a lot but a slightly more efficient panel doesn’t always equate to a better quality panel. Many people consider efficiency to be the most important criterion when selecting a solar panel, but what matters most is the manufacturing quality which is related to real-world performance, reliability, manufacturers' service, and warranty conditions. Read more about selecting the best solar panels in Australia here.

      Cost Vs Efficiency

      All manufacturers produce a range of panels with different efficiency ratings depending on the silicon type used and whether they incorporate PERC, multi busbar or other cell technologies. Very efficient panels above 21% featuring N-type cells are generally much more expensive, so if cost is a major limitation it would be better suited to locations with limited mounting space, otherwise, you can pay a premium for the same power capacity which could be achieved by using 1 or 2 additional panels.However, high-efficiency panels using N-type cells will almost always outperform and outlast panels using P-type cells due to the lower rate of light-induced degradation or LID, so the extra cost is usually worth it in the long term.For Example, a high-efficiency 400W+ panel could cost $350 or more while a common 370W panel will typically cost closer to $185. This equates to roughly $0.50 per watt compared to $0.90 per watt. Although in the case of the leading manufacturers such as Sunpower, Panasonic and REC, the more expensive panels deliver higher performance with lower degradation rates and generally come with a longer manufacturer or product warranty period, so it’s often a wise investment.