A 90-minute exposure of sunlight across the Earth’s surface can easily power the entire world for a whole year, which is a whopping amount of energy. Imagine the amount of money and resources saved by turning to solar energy for your practical needs. Modern technological innovations are steadily utilizing the potential of solar energy to save non-renewable resources while providing power to remote regions worldwide.
This sustainable energy source has various applications, such as generating electricity for houses, heating water, and ventilating internal spaces, among many other applications. Along with its main benefits, solar energy is rapidly gaining popularity due to various other aspects, such as sustainability and cost-effective solutions. While the initial investment can be a significant sticking point for individuals with low budgets, DIY solar projects can help you save money while supplementing your skills. Instead of investing in a solar installer or hiring one, you can learn to prepare and install a system on your own.
Learning to capture energy to power your house and off-grid systems to run your RV, boat, van, or cabin will help you, especially if you prefer to travel to remote areas without reliable energy sources. Such home solar kits are tied to off-grid systems, which means you can use them on the go and without moving your entire property. These off-grid systems are great for DIY projects, as they are easy to install and highly efficient at powering outdoor or mobile accommodation such as barns, RVs, or boats.
Solar energy technology is highly sought-after due to its massive benefits and cost-effective solutions in the long run. Since this form of energy is abundant and available at most times, companies and homemakers are looking into fitting options that save both energy and money. Installing solar energy technology is also a sustainable step that will reduce your carbon footprint by a large portion and help you to commit to a clean energy future plan.
Simply put, solar energy is radiation retrieved from sunlight and converted into power to be used as electricity or some other form of energy. It is also perceived as the sun’s electromagnetic radiation that touches the Earth’s surface and converts it into energy. Even though each region and area on the planet receives varying amounts of solar energy, solar technology today can easily capture any amount of radiation and successfully turn it into power. As governments and manufacturers of significant countries realize the need for cleaner, inexhaustible, denser, and more affordable energy to sustain the environment and meet the needs of the rising population, the demand for and supply of solar energy systems have increased.
Since non-renewable sources such as fossil fuels emit harmful gases and increase pollution, they become a major environmental threat. Moreover, they are steadily depleting with time, which has alarmed people sufficiently enough that they have begun considering solar energy as an alternative to producing electricity.
As mentioned, solar energy works based on the exposed amount of sunlight or radiation from the sun. Typically, the more exposed the sunrays are, the more energy you can produce. Sun rays that reach the Earth’s surface fuel living beings through protons or energized particles. The energy sources and weather systems on our planet partially or fully depend on solar energy to thrive and function, and the amount and intensity of sun rays hitting the Earth’s surface every hour is enough to fulfill the entire Earth’s energy needs for a few months. The sun is deemed a nuclear reactor that emits massive amounts of heat and light through the nuclear reactions occurring at its core.
Thermal collectors and photovoltaics are commonly used to capture and convert solar energy into usable power. Even though solar energy can power every house on the planet, few people use this technology due to its high upfront costs. However, with time, the prices will continue to drop, and more and more people will consider this option to save money in the long run.
Depending on the technology and procedure used to capture and convert solar energy, it can be categorized as either “active solar” or “passive solar.” While the former is applied in photovoltaic systems, solar water heating, and concentrated solar power, the latter is utilized in materials with thermal mass or systems to circulate air.
The type of solar used also majorly relies on the location and the region’s distance from the equator. Since places located far away from the equator receive less sun, they may deploy unique solar technologies to meet their needs. However, since modern technology allows any form and concentration of sunlight and light conditions to be converted into power, the dependence on solar energy is increasing. In fact, it is believed that the majority of the world will shift to solar energy and entirely depend on this renewable source by 2050.