Solarity

In a small town called Abeokuta, in the heart of Ogun State, Nigeria, there was a school with a big dream. The school, named Abeokuta Grammar School, had over 50 pupils and 10 teachers. Despite their limited resources, they were determined to provide the best education possible. One day, the school’s headteacher, Mrs. Adeyemi, had an idea. She realized that the school’s reliance on diesel generators for electricity was not only expensive but also harmful to the environment. She decided to explore alternative energy sources and discovered the power of solar energy. With the help of a local solar energy company, Solarity, Abeokuta Grammar School installed solar panels on their rooftop. The panels were designed to provide enough electricity to power the school’s classrooms, computer lab, and library. The pupils were fascinated by the solar panels and eagerly learned about the benefits of renewable energy. They discovered that solar energy was not only clean and green but also cost-effective. As the school began to harness the power of the sun, they noticed a significant reduction in their energy bills. The money saved was used to purchase new educational resources and improve the school’s infrastructure. The teachers were thrilled to have a reliable source of electricity, which enabled them to use digital tools and multimedia resources to enhance their teaching. The pupils enjoyed watching educational videos and using computers to learn new skills. One pupil, a bright and curious student named Nneoma, was particularly inspired by the solar panels. She began to dream of becoming a renewable energy engineer, determined to help her community transition to clean energy. Thanks to solar energy, Abeokuta Grammar School became a model for sustainable education in the region. The school’s success story inspired other educational institutions to follow suit, creating a brighter future for generations to come. Benefits of Solar Energy for Schools: Renewable and sustainable Cost-effective Reliable source of electricity Enhanced teaching and learning Inspires environmental awareness and education Reduces carbon footprint Let’s empower our schools with the power of solar energy! Let Electricity Pay Your Bills The process is easy! 1 Tell us exactly what you need If you’re looking to purchase a solar light or solar generator to power your home, determining the number of watts the solar light and solar generator will need to run all your appliances can be a daunting task. But really, it’s just a matter of simple math. With just a few easy steps, you can figure out how many watts you need to run your home, and if you cannot figure it out yourself, contact us today for more information. 2 Save 10% Off First Purchase Then, if you have decided to go for solar, give us a call back to inspect the location, building, and wattage. 3 Enjoy your purchase! Thank you for your purchase and for joining our mailing list. We look forward to having you be one of the first to find out about the exclusive deals, new arrivals, and big events coming up.  Moves in the past year 0 + Customer satisfaction Rate 0 /5 Professional team members 0 Ready to Go Solar? Get a quote now! Get a Quote

Simple cause and effect theory can be used to understand the fundamental difference between voltage and current. According to this theory, two events are considered to have cause and effect if one results from the other’s influence. For instance, the faucet is turning out water since it is switched on. The act of opening the faucet is the cause, and the flow of water is the result. Therefore, using comparable language, we can state that current flows between the two terminals as a result of the presence of voltage between them. Voltage is therefore the cause, and current is the result. Voltage and current have a number of notable distinctions as well. Low current somehow doesn’t necessarily constitute a voltage difference in the circuit, and high voltage does not always indicate more current flows in the circuit. The connection involving voltage and current is controlled by a different parameter. In the circuit, this amount is referred to as resistance.

To better grasp the relationship between voltage and current, let’s look at that other instance. Imagine that a water pump station  is situated in the middle of a river and is filled with water. The water tower now has sufficient potential energy to perform work. A pipe is linked to the tower’s left and the pump is attached to its right side to finish the circuit. The pressure created by this pump forces water out of the pipe and onto the water tower. The potential energy of the tower doesn’t change as the pipe’s width is increased, but the amount of water flowing out of the pipe does. The potential energy does not change even if we take out the pipe. In this instance, water escaping from the pipe is the current and pressure is the voltage. We have observed that the voltage of the remote cells does not change whether they are connected to the circuit or are left unattended. Points to Keep in Mind V – I The circuit’s ability to drive electrons in a certain direction is precisely proportional to the current that is flowing through it. In other words, the more pressure there is, the more water or current flows through the circuit, and vice versa. The voltage rises with an increase in the potential difference between the two places of the pipe through which the water is flowing. This is so since the voltage measures the difference in potential between two places.