1. The principle of solar generators

The fundamental rule of sunlight based generators is to utilize sun powered chargers to change over sun oriented energy into power. Sun powered chargers are chiefly made of semiconductor materials, and when daylight raises a ruckus around town, the light energy is taken in and energizes electrons in the semiconductor material, which creates an electric flow. This cycle is known as the photovoltaic impact. By interfacing various sunlight based chargers together, a sun oriented cluster can be shaped to give a steady power result to the heap.

2. The type of solar generator

Autonomous sun oriented generator: Free sunlight based generator alludes to the sun oriented generator that gives capacity to the heap without a network. It is generally made out of sunlight based clusters, energy capacity batteries, charging regulators, inverters, and so forth. During the day, the sun based cluster changes over daylight into power and stores it in the energy stockpiling battery, and around evening time or on shady days, the heap gets power from the energy stockpiling battery through an inverter.

Lattice associated sun based generator: framework associated sunlight based generator alludes to the sun oriented generator associated with the network, the power is communicated to the lattice, yet additionally can acquire power from the matrix sunlight based generator. It is normally made out of sun powered clusters, lattice associated inverters, AC dissemination frameworks, and so forth. During the day, the sun based cluster changes over daylight into power and sends it to the lattice, and around evening time or on shady days, the heap gets power through the air conditioner dissemination framework.

Half breed sunlight based generator: Mixture sun oriented generator alludes to a sun based generator that utilizes both a sun based exhibit and a petroleum product generator to give capacity to the heap. It ordinarily comprises of sun powered exhibits, petroleum derivative generators, energy capacity batteries, charging regulators, and so on. During the day, sun based exhibits convert daylight into power and store it in energy capacity batteries, and around evening time or on shady days, the heap can draw power from a petroleum derivative generator.

3. The advantages of solar generators

Environmental protection: Solar power is a clean energy source that does not produce any pollutants and is friendly to the environment.

Reproducible: Solar energy is a reproducible energy source that can be used continuously as long as the sun is shining on the earth.

High efficiency: The power generation efficiency of solar generators is high, under normal circumstances, its power generation efficiency can reach 15% to 20%.

Reduce energy costs: By using solar power to generate electricity, you can reduce the dependence on traditional energy sources, thereby reducing energy costs.

Wide range of application: solar generators can be applied to a variety of different occasions, such as home, industry, agriculture and so on.

4. The limitations of solar generators

Affected by the weather: the power generation of solar generators is greatly affected by the weather, and the power generation will decline in drastic days.

High initial cost: Although solar power can reduce energy costs in the long term, the initial cost is relatively high.

Maintenance required: Solar generators require regular maintenance and cleaning to ensure their proper operation.

Geographical location limitations: Solar power generation requires sufficient sunlight exposure, so geographical location has certain limitations.

To sum up, solar generators are a reproducible energy technology with high potential. Although it has some limitations, with the continuous development of science and the continuous reduction of costs, it is believed that solar power generation will be more widely used and promoted in the future.