Obtaining Energy from the Sun

• The cycle begins when photons from sunlight strike solar cells. These panels' ability to convert photons (the fundamental particles of light) into a mechanical force is truly remarkable. Solar panels generate an electrical current by smacking atoms and launching electrons in opposite directions. To reiterate, solar power's efficiency is directly proportional to the intensity of the sun's rays. Therefore, solar batteries charge rapidly during the midday hours when the sun is at its highest point and slowly during cloudy times or when the day shortens.

Partnering with Your Electricity Retailer

• Your solar battery system's complex circuits and components, such as silicon, bring the generated electricity to you. Your solar panels generate DC electricity, the primary form of solar power storage for this energy. Because an electrolyte separates the battery's cathode and anode, ion transfer can occur between them. Because of this, the solar and battery is able to store the energy as chemical potential.

Direct current vs. alternating current

• Direct current (DC) electricity is constant because it flows in one direction. Alternating current (AC) systems, on the other hand, use electricity that switches back and forth between positive and negative currents. Though both AC and DC electricity have their uses, our solar battery systems store energy as DC electricity to preserve the reliability and efficiency of the generated power.

A : DC Coupled Conversion

• When you have a DC-coupled solar energy system, any extra power from the sun goes straight into your battery in the form of DC electricity. Conversion to Direct Current. When solar battery for home run low, they will discharge DC electricity to an inverter, which will then convert it to AC power.

B : AC-Coupled Conversion

• The AC-coupled method deviates from the conventional approach in a minor way. Solar panels, encouraged by sunlight, continue to generate DC electricity. However, an inverter instantly converts DC power into AC power upon contact. This AC current can be used immediately inside the home. A secondary inverter then stores surplus energy in the solar battery by converting it back to DC power. When the time comes, the DC power is again converted to AC to meet the household's energy demands.

Efficiency and Convenience

• Both DC-coupled and AC-coupled systems provide the power you need quickly and easily. While DC-coupled systems maximize efficiency by optimizing the solar power storage process, AC-coupled systems offer instantaneous power.