![]() ![]() Fair, 200W is not nothing, but in the context of electric cars, 200W is not exactly impressive. “The Sonata Hybrid’s solar panels have a capacity of 204W to be exact that is, panels exposed to the Sun in good sunlight will produce 200Wh of electricity,” Hyundai writes on its website. I can only assume that, given its power consumption while doing nothing, it is becoming self-aware, developing feelings and writing love haikus to Elon Musk. That might sound underwhelming, but my EV discharges far more than 3-4 miles per day just sitting parked and doing whatever a Tesla does when it’s not being driven around. After baking in the sun all day, the car can add 3-4 miles to its range. So, harness the power of clean energy and be independent of rising power prices and frequent power cuts, with your very own rooftop solar unit.The new hybrid Hyundai Sonata has solar cells built into its roof. ![]() EFL offers Rooftop Solar Loans with up to 75% of the installation value, for a loan term of up to 4 years at flexible interest rates and offer collateral-free loan for up to 15 lakhs. And if you are looking for solar financing, look no further than Electronica Finance Limited. Thus, solar energy can be easily harnessed for all purposes from residential to commercial purposes. This, in a nutshell is the basic process through which solar energy is converted into useable electricity. Simultaneously, a solar meter keeps track of the solarrooftop power production and bring to notice any potential problems. A solar inverter converts it into AC current, flows through a service panel, after which it can be safely used for all purposes. The electricity is in the form of DC current, that is unusable for home appliances. How is this converted electricity utilised and tracked? The electrons then travel to an external circuit through which electricity is carried for usage purposes, controlled by the P-N junction. The flow of electrons then occurs, since the top and bottom layers possess opposite charges. When the cells receive sunlight, photons knock electrons out of both the layers. An electric field is produced by the movement of the surface between these two layers called the P-N junction. While the negative charge is created by the top layer that is doped with phosphorus. A positive charge is created by the bottom layer of the cell, that is laden with boron which bonds with silicon. The core component of these photovoltaic cells in a solar rooftop system are layers of doped silicon crystal-based semiconductor materials. When these solar cells receive sunlight, a chemical reaction occurs within them, which then releases electrons, which generates an electric current. These cells are made of conducive materials like silicon, acting as a semiconductor. Solar rooftop panels rely on photovoltaic cells within the panels to absorb the energy emitted by the sun and converts it into electricity. With today’s advanced solar rooftop systems, even residential homes and small to medium businesses can take advantage of this energy source. It is also a myth that extracting the full potential of this energy requires large solar farms. As it is independent of traditional and conventional power generation systems, it can help you save on costs as well as protect the environment. The developments in solar technology have made turning solar energy into electricity much more convenient and efficient. The sun is an inexhaustible source of energy, which can be harnessed into clean solar energy. Fossil fuels are quickly being seen as a non-sustainable means of energy with global fluctuations in price and volume, causing the world to turn towards alternative solutions. ![]()
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