Solar Power Plants (PLTS) serve as an alternative source for meeting electricity needs. They operate by converting sunlight into electrical energy, thereby generating eco-friendly power.
The adoption of solar power systems is growing in popularity due to the ease of finding installation services tailored to public needs. Installation does not require major structural modifications to buildings; solar panels can simply be mounted on rooftops to maximize sunlight exposure.
However, Indonesia experiences two distinct seasons: the dry season and the rainy season. During the dry season, sunlight strikes the solar panels, enabling electricity generation. Conversely, during the rainy season, sunlight is often obscured by clouds. This raises the question: do solar power systems still function during the rainy season?
Solar power systems still generate electricity during the rainy season
Solar power systems continue to operate during rainy weather, although their performance is not as high as in the dry season. Rainfall can impact energy efficiency because the solar panels do not receive sufficient sunlight.
Accumulated rainwater can create a dimming effect that hinders light from reaching the solar panels. Rainwater carries foreign particles and dirt that can obstruct light absorption, resulting in lower energy output efficiency.
How does solar power system performance during rainy condiiton/season?
Solar power systems absorb sunlight and convert it into electrical energy. When it rains, the amount of sunlight absorbed by the panels decreases. Generally, the electricity output efficiency of a solar power system during rain ranges from 10% to 25%.
This occurs because the system generates less electricity due to the limited light source available. Overcast skies block the panels, restricting the amount of sunlight that enters; consequently, less sunlight is converted into energy.
During rain, solar power systems are susceptible to damage from lightning strikes or impacts from foreign objects, such as falling trees. In other words, while physical impact from foreign objects can cause the system to stop working entirely, rain primarily affects the volume of energy produced.
How to Prepare for the Rainy Season with Batari Energy’s Battery-Equipped Solar Systems
Solar power systems can continue to operate during the rainy season, albeit with reduced energy efficiency. Calculations indicate that the energy efficiency of solar power (PLTS) production ranges from 10% to 25%, a figure influenced by the quality of the solar panels.
A battery-equipped solar power system is an ideal choice for rainy weather; when energy generation is low, you can utilize the power stored in the batteries, ensuring your electricity needs are met even during the rainy season.
Batari Energy provides installation services for battery-equipped solar power systems, catering to everything from residential to industrial needs. Contact us for a consultation via this link!