Its easier for solar panels system to be used to charge electric car batteries while its parked in your garage, and/or to run the electric car directly instead of connected to the power grid for synchronization (grid tie solar system). The solar system can be used not for only the car, but for train, bus and tram, and its highly expected that such electric vehicle will be one of the most preferred transport method in the coming few years, it will be widely used in homes and business. And the price of solar panels is also very cheap, almost every household can use it.
The sun light is a range of spectrum; it consists of units called photons. When these photons strike the solar cell surface, they can be absorbed by the cell or reflected by the cell. The absorbed amount of photons will be converted to electricity as described above, and the reflected amount are just a waste with no benefits. So, when solar cell manufacturer wants to increase the solar cell efficiency, he is trying to reduce reflected amount of photons, and increase the absorbed amount of photons, and nowadays there are ongoing different technologies aim to increase the solar cell efficiency, and moreover, they are developed day after day via scientists and original designer manufacturers.
The second main benefit of the solar system is reducing or even eliminating our electricity bill, which goes up by time passing, and nowadays in most of countries it constituted as considerable amount to be paid by the customers. Moreover, and if our solar system is large enough, we will get paid from the electric utility for surplus electricity we shall export to the electric network (considering your solar system is connected to the grid, and it generates electricity more than you will use).
With the growing global demand for renewable energy, solar power is quickly rising as a leading clean energy source. As countries seek solutions to combat climate change and reduce dependence on fossil fuels, the future of solar energy appears particularly promising. Although predicting its exact trajectory remains uncertain, we can analyze its future potential by examining historical trends, cost declines, technological innovations, and policy influences.
As a clean, renewable energy source, solar energy plays a vital role in addressing climate change, reducing carbon emissions, and alleviating energy crises. Solar energy has a wide range of applications, and with advancements in technology, cost reductions, and supportive policies, we are likely to see even more innovative applications across various fields soon. Inverter.com will delve into the four main uses of solar energy and project its immense potential for the future.
What is Solar Cell?
Friday, May 21, 2021
The silicon atom has fourteen electrons, 2 of them are in the first shell, 8 of them are in the second shell, and remaining 4 are in the outer shell, so the 2 first shells are completely full, and outer shell has just 4 electrons. This atom is always looking for a way to full its outer shell to 8 electrons, and this the wonder of physics science. In order for the silicon atom to do so, it shares 4 electrons with other 4 nearby silicon atoms and create crystalline silicon.
This pure crystalline silicon is electrically poor in conductivity, because there no longer be free electrons to move, that makes the solar scientist to add impurities in a form of other atoms of boron and phosphorous to solve this issue and to create free electrons with the ability to move.
Solar energy, an abundant and renewable clean energy source, has been closely intertwined with human life since ancient times. While modern applications and technologies evolve rapidly, the history of solar energy utilization is a long and innovative journey. This blog explores the development of solar energy systems, from ancient civilizations’ rudimentary uses to the remarkable achievements of modern technology, taking you on an extraordinary journey into the world of green energy.
The solar module is the basic block of building our solar photovoltaic system, we connect the solar cell together same like batteries bank system, we mean in series, and for more clarification, we connect the positive terminal of one solar cell to the negative terminal of the second solar cell, and so on, in that way the voltage and power of all solar cells will add to each other, and at the end, we got the module with a standard output voltage and power. For example, the solar cell output voltage is approx. 0.5V, so if we connect 300 solar cell in series, the module standard output voltage would be 0.5 x 300 = 150Volt.
Solar pump inverter is an off-grid or stand-alone inverter that converts DC power getting from solar panels (photovoltaic array) to AC power to supply pumping system. With solar radiation changes, solar panels output DC power will change, so the solar inverter play an important role in receiving such variable power and producing maximum AC power to the pump, also it adjusts output frequency in real time so can run the pumping system at max efficiency.
Before deciding on the size of solar pump inverter for pump and solar panels, you need to confirm one thing first. What needs to be checked is the pump motor itself, whether it is compatible and suitable for use with the inverter.
