Sun Tracking System

Solar tracking systems are a technology that allows solar panels to follow the sun's movements throughout the day. In this way, solar panels can always face directly to the sun, thereby generating more electricity compared to solar panels that remain stationary.

Most of us imagine installing a fixed roof when we think of solar panels - but did you know that there are solar panels that don't stop when they absorb sunlight? Some photovoltaic systems are connected by so-called solar trackers, which drive ground-mounted solar panels to slowly change their position so they always face the sun. 

Solar trackers can use a variety of methods and mechanisms to work, but they all aim to do one thing: increase energy production by powering solar panels to capture more sunlight from possible sunshine. 

Some manufacturers boast that their trackers can increase energy production by up to 45% compared to fixed roof systems. Fixed brackets - your traditional ceiling fixtures - only have perfect angles at certain times, so they can't take advantage of sunlight.  

Fixed systems may be less efficient than those installed on solar trackers, but each type of installation has its advantages and disadvantages. It depends on the project, client and location. Not sure if any of these are right for you? Learn more so you can decide for yourself.

Application of Solar Tracking Systems in Everyday Life

Solar tracking systems, with their ability to optimize sunlight capture, have wide potential applications in a variety of sectors. Here are some common and potential applications:

1. Solar Power Plant (PLTS):

Large scale: Solar trackers are used in large-scale PLTS to increase electrical energy production, especially in areas with high sunlight intensity.

Small scale: This system can also be applied to household or commercial PLTS to increase the efficiency of existing solar panels.

2. Agriculture:

Water pumps: Solar trackers can be used to power water pumps used for irrigation, especially in rural areas far from the grid.

Greenhouse: This system can optimize lighting inside the greenhouse, increasing crop growth and agricultural productivity.

3. Telecommunications:

BTS Tower: Solar trackers can be used to power BTS towers in remote areas, reducing dependence on the power grid.

4. Transportation:

Electric vehicle charging stations: Solar trackers can be used to generate electricity used to charge electric vehicles at charging stations.

5. Street lighting:

Street lights: Solar trackers can be used to drive street lights in areas not reached by the power grid.

6. Special application:

Satellites: Solar trackers can be used on satellites to optimize battery charging.

Recreational vehicles: This system can be applied to recreational vehicles such as cruise ships or RVs to provide electrical power.

Benefits of Using a Solar Tracker:

Increased energy production: By always facing the sun, solar panels can generate more electricity.

High efficiency: Solar tracking systems can increase the efficiency of solar panels, thereby reducing electricity production costs.

Longer life of solar panels: By reducing the heat absorbed by solar panels, tracking systems can extend the life of solar panels.

Flexibility: Solar tracking systems can be adapted to different types of solar panels and environmental conditions.

Challenges Faced:

Cost: Solar tracking systems can increase initial investment costs.

Maintenance: Tracking systems require regular maintenance to ensure optimal performance.

Extreme weather: Extreme weather such as strong winds or heavy rain can damage the tracking system.