Factors To Consider Before Installing Solar Energy

Solar energy is one of the cheapest and cleanest sources of electricity into our homes. Solar energy is harnessed by the solar panels and stored in special batteries. The stored energy is then converted to alternating current which serves the same purposes as electricity from the grid. It is always a good decision when you choose to start using solar energy. The player here is obviously the solar panels.

Installing solar energy at your home requires a huge initial investment. However, you will not have to redeem the token from time to time as long as the sun is still shining. If you want to install a solar energy system in your home, you need to consider the following key factors.

Financing Options

As mentioned above, installing the solar panel system requires a lot of money initially. However, when it is compared to electricity from the grid, it is actually the most affordable source of electricity. Therefore, you need to determine the financing option for installing the new solar panels. You need to invest in the best panels and even more powerful batteries to store more energy for use even when the sun is not shinning regularly.

You can choose to finance the project if you have enough in your savings. Also, you can apply for a loan to finance the project. Also, try to research on the prices of the panels systems from various platforms. Make sure you compare and go for the most affordable system that is of high quality.

Roof Condition

Another important factor to look at is the roof condition and the angle at which it is installed. Solar panels can survive for more than 25 years year. However, the climate and weather elements like snow, hailstones, and hurricanes affecting its lifespan. Therefore, you need to make sure that the roofing condition is suitable before installing the solar panel system. Also, you need to factor in the age of your roof before the installation of a new solar panel system.

In essence, you must consider your roof’s layout, materials used, and the direction it is facing. Even if the roof is not receiving enough sun, you can consider that and make modifications when installing a new solar panel system.


Also, you need to have a look at the warranty details of the solar panel system before you even buying it. In general, the best Solar Blu solar panels are able to above to 25 years under normal conditions. Therefore, you need to purchase your energy equipment from a well-reputed supplier. When you buy from a good supplier, you are guaranteed that the system will last longer and give you the need performance over the years.

Always remember to ask for a warranty certificate from the supplier for assurance in case your witness any kind of malfunctioning.

Energy Consumption

Lastly, look at how you consume energy at home. You will need to consider energy consumption so that you get a solar panel system that can meet your energy needs at home. If your monthly energy bills are extremely high, you will be required to buy a solar panel system that is able to meet your needs.

Also, you need to check on your home dimensions before choosing a given solar system. Before advancing on anything you can have solar energy experts inspect your home and recommend a solar system that will suit your budget and energy consumption.

Advantages And Disadvantages A Residential Solar System

The most popular kind of solar power system in residential areas comes with photovoltaic or PV panels which help to transform sun’s rays into electricity. These units are often installed on the roofing system and angled to direct the sun. When you plan to set up these systems in your home, make sure to consult an experienced and qualified professional. Also, keep in mind the following advantages and disadvantages.

The advantages

A couple of advantages of installing a solar power system in your house include:

  • Free to generate power
    The sun is the only fuel which is necessary to produce power from a solar power system in your home. This would help you save a lot of money on monthly utility bills. When your home registers for net metering, then excess electricity generated from the system could be distributed and sold to the grid.
  • It is clean and eco-friendly
    Electricity produced by solar power systems does not produce any harmful emissions. As a result, it will help to reduce carbon footprint and save the environment.
  • Get some installation incentives
    State, local, and federal authorities often provide a variety of rebates, discounts, tax breaks, grants, and similar programs for families to set up renewable energy systems, including solar panels.
  • Independent from others
    Producing your own electricity from solar power panels means that you will not depend on the power grid and utility company any more. Instead, you can decide your own fate.

The disadvantages

However, there are also a few drawbacks of powering your home with Beyond solar system. These include:

  • An inconsistent source of fuel
    We all know that the sun does not always shine brightly during the day. Some areas also have tall buildings or trees which would shade the roof. Even in a long day during the summer, the direct rays of the sun could often be hidden by clouds. In these cases, your solar system will be less efficient. In addition, excessively high temperatures outdoor would also lower the overall efficiency.
  • High initial expense
    Even when you can get multiple incentives, it might still cost thousands of dollars to install a solar system. The overall cost will depend on the purpose, size, and location of your home. In addition, the amount of preparation work can also play an important role in your investment.
  • Hard site preparation
    When installing a solar system, you need to reconfigure the electric system in your home. Also, there might be a need to alter or upgrade some infrastructures, particularly the roofs where the system are set up.
  • Maintenance
    Producing electricity on your own means that it is you who is responsible for the upkeep and maintenance tasks. PV panels should to be cleaned and maintained on a regular basis so that debris and dirt don’t reduce their efficiency. When a severe storm happens, it would be up to you to hire a professional service to deal with any damages.

Comparison Between Solar Power and Other Renewable Energy Sources

As the world progresses towards energy sustainability, green conservatives are heralding solar power by MBD Adelaide as one of the best options for diversifying our energy portfolios. Over the years, solar energy has proved to be one of the most revolutionary technologies, a promising source of energy supply that can mitigate the damage caused by traditional energy use. Solar energy has many economic and environmental benefits, but how does it compare to other sources of green energy? There are other renewable sources of green energy including water, wind and biomass. How efficient is the sun’s energy compared to such resources? What’s the big difference regarding production, convenience and capacity? This article gives an insight into how solar energy compares to other forms of renewable energy.

Solar Versus Wind Energy

Both wind power and solar energy are mature technologies with the potential to meet a significant fraction of our global power needs. Although wind power is a more cost-effective source of energy, it is more location-dependent hence less versatile in most parts of the world as compared to solar power. Wind farms need large open spaces and depend on wind patterns that vary greatly. So wind power plants must be established in locations far from population centres. Solar power can be deployed near residential centres, which minimises the cost of transmission significantly. Mind you, transmission lines are not required in areas where solar panels are installed onsite or on rooftops.

Solar Versus Hydroelectric Energy

Hydroelectric power, though useful, requires large water reservoirs that take years to construct. Building these dams can alter the ecosystem in many ways. Hydroelectric dams not only change the natural flow of waterways but also reduce water flow downstream. They also affect wildlife in the area by altering habitats. The newly created dams can sometimes submerge forests, which contradicts their contribution to environmental conservation and reducing climate change. Additionally, people residing in the area must be relocated. Solar arrays can be built in a few months without altering the environment or affecting the populace. It is possible to install rooftop or ground-mount solar panels anywhere as the intensity of sunshine varies less compared to wind and rain.

Solar Versus Biomass Energy

Burning biomass to produce energy appeals to many, as it is renewable and can be set up on small-scale. But from a logical perspective, the overall energy balance undermines this argument since harvesting and moving crops to the biomass plant requires a great deal of energy. Biomass also produces volatile organic compounds such as nitrogen oxides and carbon monoxide. Solar panels prove their superiority against biomass as they do not emit gases and do not require large tracts of fertile land. Solar power is an excellent option. It is cheap to install and maintain and reduces carbon footprint. Adopting solar energy for residential, commercial and industrial use is an excellent way of contributing to the worldwide campaign of adopting clean energy sources.

Types Of Solar Panels: Benefits and Drawbacks

Planning to install a solar power system to power up the electrical systems in your home? Then look no further than Sunny Solar power and panels in Cairns. Generally, there are three ways to generate solar panels. Learn about their pros and cons to make the most of your investment.

1. Monocrystalline

The technology to produce monocrystalline panels was invented in the 50s. The cells were cut out of silicon in cylinder shapes, which are called wafers. Then, ten wafers were combined to create a monocrystalline panel.


Monocrystalline units are typically constructed from premium silicone, thus providing them with the highest performance compared to other types, usually up to 20%. More specifically, monocrystalline panels can outperform thin films by 4 to 1. Also, they make use of the space and produce a high yield of power in each square foot. Compared to polycrystalline panels, monocrystalline units often perform better in a low-light condition. And the warranty typically lasts for 25 years.


The most significant drawback of monocrystalline panels is its exorbitant price, mainly due to high-quality materials. Also, circuit breakdowns are quite frequent when the panels are shaded or obstructed. The process of manufacturing generates significant waste. Monocrystalline panels generally perform best in warmer conditions, with efficiency decreasing when the temperature increases.

2. Polycrystalline

While polycrystalline and monocrystalline units are both made from silicon, the formers are manufactured by pouring silicone into a mould instead of cutting out the wafer shapes.


The high-temperature ratings of polycrystalline panels are a little bit lower than those of monocrystalline units. However, these differences are minor, making them an excellent choice for many homeowners. More importantly, the process of manufacturing produces little waste, and the advanced technology reduces energy price.


The efficiency of polycrystalline panels is relatively low, often from 13 to 16 per cent. They also need more space for the installation to generate the same electrical outputs as monocrystalline panels.

3. Thin Film

Manufacturers produce thin-film panels by putting different layers of photovoltaic elements, such as organic photovoltaic or amorphous silicon cells.


The benefits of thin-film units are many but do not outweigh the drawbacks. They are lightweight and immune to issues from obstructions, shades or low-light conditions. Also, it is easy to mass manufacture these panels, making them an affordable choice to consider.

  • Space: Generally, these units generally require lots of space for installation. For commercial purposes, it makes sense. But for residential application, where space is often tight, they do not work.
  • Cost: As it often requires a large number of panels to install this type of system, the prices might also be higher. In most cases, you need to buy many cables, and support elements accommodate these units.
  • Lifespan: Thin-film panels do not last long and succumb quickly to the weather effects. That’s why it’s hard to find a manufacturer providing a long-warranty with thin-film panels.

Tier 1 Solar Panels –Why Are They So Important?

Solar panels are an excellent way to cut energy costs for residences and businesses. If you’re considering a new solar system, make sure you’re getting more bang for your buck. Identifying top-of-the-line panels is made easy thanks to the tier classification system. Several factors are considered before a solar panel is classified:

  • Where parts are manufactured and assembled
  • Quality control factors
  • Product research and development
  • Company reputation and standing
  • Location of the company (domestic or foreign)
  • Age of the manufacturer
  • Product quality and conformity
Tier 1 Solar Panels

Of all manufacturers, only 2% are Tier 1 classified. To earn this distinction, each part must be Australia-made. The manufacturer does lots of research and development. Manufacturing processes are automated to ensure high quality. For the business to instil more trust in its ability to honour warranties, it has to be in operation for more than five years.

Tier 2 Solar Panels

Mediocre in quality, Tier 2 panels are produced by 8% of Australian manufacturers. These businesses have been around for more than two years, but less than five. Their investment in research and development is wanting. Quality standards aren’t guaranteed due to poor automation or lack of it during production.

Tier 3 Solar Panels

90% of all manufacturers are Tier 3 suppliers. These are “Johnny-come-lately” start-ups with minimal experience. Solar parts are made overseas and imported for assembly. Such parts are rarely tested and there’s little research and development. Quality is inconsistent because the products are handmade. There’s little chance for these companies to honour warranties. Most of them will be consolidated with another provider or go out of business within one or two years.

Assessing Your Options

Doing a little research goes a long way toward choosing the right system. Tier 1 solar panels lead the pack. They’re a viable investment for professional investors and commercial solar farms. If you’re in the dark about a specific solar panel brand, look it up on Google. Think local because foreign providers don’t do repairs and honour warranties down the road.

High-quality panels have established websites packed with lots of in-depth information. If there’s no info about the manufacturer, move on. Make sure the solar panels are Australia-tested.

Before purchasing, find out:

  • How the solar panels are made – their parts and material composition.
  • Where the firm is located and its contact info.
  • Where the panels are manufactured.
  • How long you’ll wait before realising a Return on Investment (ROI).

Other things to consider include warranty information, manufacturing diagrams and system yield estimates. Think local, Tier 1 and professional installation.

Reliable companies walk clients through the buying process. They’ll hide nothing from you and will keep in touch with you even after you’ve made a purchase. Go for quality and reputable products to find the right solar system for your residence or business. If you need some profession advice, then we recommend none other than www.velocitysolar.com.au. They work mainly from Geelong, in Victoria, but now have a ballarat location. Contact them for more resources.

If you’re on a shoestring budget but eager to go solar, don’t fall for dirt-cheap products. Cash in on solar leasing and power purchase agreements. Pay out of pocket if possible to accrue more long-term savings.

Advantages Of Solar Generators

One of the most asked questions, when people search for information about solar generators, is what their advantages are over normal generators.

By “normal” generators, we are of course referring to gas generators. Right offhand, that should clue you into some of the advantages of solar generators.

Gas is expensive, dirty, and potentially toxic. Most gas generators are very loud, meaning that you don’t want to operate them nearby. Worse, the fumes that gas generators put out mean that you cannot operate them indoors, as it would be unsafe. As a result, gas generators must be kept outside which means you’re going to be dealing with a mess of cables coming through windows and doors that you have to extend repeatedly to get to your devices. Further, if your power is out, typically it entails harsh conditions outdoors and heading outside is often not advised.

Perhaps the most important and unknown of the disadvantages of gas generators is that gas pumps require electricity to operate! Yes, that’s right. If you use up all of your gas (or didn’t have any ahead of time) you will not be able to get more because gas stations themselves cannot operate without power!

Contrary to gas generators, solar generators are whisper quiet, meaning you could use them right next to your TV if you so desired. Their energy is 100% clean and they are 100% safe to operate indoors. That means no trips out into the harsh weather, and it means no running cables through windows and doors or trying to extend cables multiple times to reach far away appliances. Just set the generator down right next to it!

Of course, the largest advantage of solar generators outside of convenience is expenses. They may cost a bit more up front, but solar generators will more than make up for it over time since, once you have one, you never have to pay another dime. The sun is free and provides 100% free energy with an endless supply (well, nearly endless, though we don’t think you’ll be here to worry about it when the sun runs out of energy 5 billion years from now!).

Another oft-overlooked advantage of solar generators is that you can charge them while they operate. With a gas generator, you fill it with gas and then run it until the gas runs out. When using solar power, your generator will continue to charge while it’s in use so long as it’s daytime out! That brings us to yet another advantage, solar generators can save you money even when the power isn’t out! You’re not going to use your gas backups when the electricity is working fine because that would be a waste of both money and environmental pollution. But with a solar generator, since you’re collecting that free and clean sunlight anyway, you may as well have it running all the time on one of your appliances and take that appliance off the electric bill!

The last advantage I’d like to talk about today is less focused on your individual gains and more focused on what we all gain. Every day our environmental stability gets weaker, largely due to the excess of gas fumes put out by automobiles and the like. While a small gas generator is unlikely to contribute to that significantly, every little bit helps and removing yet another gas fume producing device from sending its fumes up into our atmosphere is yet another step in the right direction.

So, let’s recap:

  • Advantages of Solar Generators
  • Can be used indoors
  • No messy cables or extensions running outside
  • Clean air
  • Can recharge even when gas stations lose power and fail
  • Can recharge as they are in use
  • No operating costs. Sunlight is FREE!
  • Can use even when power is not out to save on electricity costs
  • Environmentally friendly

If you’re sold on the idea of solar generators but don’t know which one to pick, be sure to check out our solar generator reviews page to find out which is the best for you. Here’s a hint, our runaway favorite was the mysolarbackup unit which has really taken the nation by storm and becomes the defacto solution for cheap, portable solar power.