3. Mounting Structure

These structures are used to install panels and are responsible for holding the panels at the proper angle towards the sun’s rays.

• Features: Resistant to wind, earthquakes and environmental conditions.
• Types: Fixed and Tracking to optimize the beam angle.

4. Battery Storage System (if needed)

In off-grid or hybrid systems, batteries are used to store energy generated during the day and use it at night or in cloudy conditions.

• Task: Storing electricity for continuous use.
• Features: High capacity, long lifespan, and high efficiency.
• Types: Lithium-ion and lead-acid batteries.

5. Electrical Panels

These panels contain equipment for the management, control, and safety of the electrical system.

• Task: Power distribution, protection against fluctuations and faults, and control of system performance.
• Features: Equipped with safety switches and power measuring instruments.

6. Cables & Connectors

This section is used to transfer electrical energy from the panels to the inverter and then to the consumer.

• Features: Resistance to heat, UV rays, and corrosion to maintain electrical transmission quality.

7. Monitoring System

This system allows for online monitoring of the performance of the solar power plant.

• Task: Display energy production information, errors, and component status.
• Features: Access via app or web platform.

8. Grid Connection (if connected to the grid)

In grid-connected systems, the generated energy is transmitted to the grid and used to balance production and consumption.