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What you need to know about solar energy

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The endless flow of news can lead to all kinds of misinformation. This article debunks some of the most common myths about solar power. These can be based on belief or fact. Read on to learn about the benefits and disadvantages of solar energy. Here are five myths about solar power that you should avoid. Let’s start with the most common ones. What are the main costs of solar energy?

Photovoltaic (PV) panels

Photovoltaic (PV) panels produce electricity from the sun. It is an abundant renewable energy source and is rapidly increasing in popularity. 

One advantage of PV as a primary power source is its long lifespan. PV modules can last for 40 years or more, depending on the quality and climatic conditions where they are installed. Furthermore, PV systems require very little maintenance, making PV a cost-effective option for many solar energy installations.

The power degradation of photovoltaic modules varies widely. One recent study found that crystalline silicon modules regularly degrade, oscillating between 0.8% and 1.0% annually. However, the degradation of non-crystalline silicon modules was not as significant as that of their crystalline silicon counterparts. PV arrays can be of any size, from a few tens of watts to thousands of terawatts in size.

Concentrating solar-thermal power (CSP) systems

A concentrating solar-thermal power system can be used to produce fuel from the air and light. The IEA has predicted that the world will run out of carbon dioxide by the end of the century, and concentrating solar power can help achieve this goal. US Department of Energy researchers are researching CO2 removal through amino acid chemistry. Another company has developed a carbon removal process that captures atmospheric carbon through a filter. The company then uses the captured carbon as an energy source.

Another type of concentrated solar-thermal power system is the parabolic trough system. It uses many curved mirrors, which reflect the sun’s light onto a focus point, usually a heat engine. Solar power towers have many mirror reflectors located at ground level. The collectors are mounted on a tracker system and reflect the sunlight toward a single point. The heat generated from the focused sunlight can be converted into electricity and stored for later use. 

The cost of CSP remains higher than the cost of other renewable energy sources, including wind, hydro, and solar energy. According to Solar Spaces, there are 130 CSP projects globally, with 5,500 MW of installed capacity. 

Off-grid solar systems

Off-grid solar systems are great for producing passive income from the sun. They operate independently of the public power grid and store excess energy in a battery bank. The batteries then draw power from the battery bank to run appliances, including light bulbs, computers, and other electrical devices. Off-grid systems typically comprise solar panels, a battery, charge controller, grid box, mounting structure, and inverter.

While some people may consider an off-grid solar system the best option, this alternative may not suit everyone. It is essential to take some time to consider your motivations and your desired outcomes before making a final decision. Are you looking for independence, zero electricity bills, or a more environmentally friendly lifestyle? If you’re looking for the latter, then you may be better served by a grid-tied photovoltaic system.

Soft costs

The soft costs of solar energy have become an increasingly important topic for the renewable energy sector. Soft costs, such as labour, materials, and installation, aren’t necessarily tangible. The soft costs are the non-hardware aspects of going solar, such as permits, financing, and expenses related to customer acquisition, supplier negotiations, and installation. Soft costs make up 40 to 64% of the total cost of installed solar systems. Regardless of scale, soft costs are essential to consider, and optimizing them can lower your cost of going solar.

Environmental benefits

There are numerous environmental benefits of solar energy from symonsenergy.com.au. One of the most notable is that it helps to reduce greenhouse gas emissions. Because solar panels do not use fossil fuels, they produce no greenhouse gases. Solar energy also requires no other resources, such as water, but only clean water. It also reduces reliance on the national grid because solar panels have no moving parts and little to no noise and emissions. 

In addition to helping the environment, solar power also helps reduce emissions from power plants. Burning fossil fuels increases the amount of carbon dioxide in the atmosphere, increasing Earth’s temperature. It causes the seas to rise, and it affects the ecosystems. The increase in greenhouse gas emissions exacerbates extreme heat and droughts. But solar electricity does not cause air pollution, so you won’t have to worry about toxins in your household.

 

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