5 Ways to Maximize Solar Panel Efficiency in Indonesia
Improve solar panel efficiency by managing temperature, placement, materials, sunlight intensity and load resistance, and add an inverter where needed.
A solar panel is a device that converts energy from sunlight into electric current. Solar panels are widely used to deliver the electrical voltage you need. You even need to understand how to use this device so that it performs at its best. So how do you get the most out of it? Here is what to know.
Tips to Maximize the Performance of a Solar Panel
- Air Temperature
The air temperature around the panel has a strong effect on how the device works. A solar panel performs best at 25 degrees Celsius. In Indonesia, though, temperatures can reach 35 degrees Celsius, which can reduce production efficiency.
That is because rising temperatures lower the panel's efficiency. So you should plan the installation of the solar panel carefully. The installation should leave enough space for airflow that can cool the panel when the air temperature is at its peak.
- Placement Position
You also need to choose the right position so the panel's function isn't blocked. Choose the position by checking the placement from the farthest angle. Then pick a location with no obstructing objects that would cast shadows on the panel.
- Materials
A solar panel is built by connecting several materials in series and in parallel. The materials can be crystalline, thin film or multijunction. So you should choose a product with the best materials, which you can get from a leading company such as SUNEnergy.id.
- Energy Intensity
A solar panel needs sunlight energy as its main input. That means the intensity of the sunlight strongly affects how the device performs. To get the most out of a solar panel, you need to maximize how well it absorbs sunlight. You can do this by pointing the panel in the right direction.
- Electrical Load Resistance
Sunlight can't be captured at full strength every day, so the device isn't always stable. The voltage it produces is stable and optimal only when the sunlight reaching it is at its strongest. The maximum sunlight you can expect often lasts only from 10:00 to 14:00 WIB (Western Indonesia Time).
Knowing this, you can optimize the electrical load resistance by installing a few of the devices you need. An inverter is usually necessary to deal with an unstable solar panel. An inverter can work within a range of 150 to 800 VDC.
Because a solar panel depends so heavily on sunlight, this needs close attention. The tips above are the main points to consider if you want the best function and operation from your panels. You can also ask a professional such as SUNEnergy.id to supply quality solar panels.
