Tigo Energy Supplies Optimisers for Brazil's Largest Floating Solar

• Tigo Energy fuels Brazil's solar future, supplying 97,200 optimizers for the country's largest floating solar project, set to revolutionize renewable energy by 2025.

Tigo Energy Inc. will supply 97,200 optimizers, including the Tigo TS4-X-O MLPE line, for a 54-MW floating solar project in Brazil, being developed by Apollo Flutuantes. Situated on the Lajeado Hydropower Plant reservoir in Tocantins state, the project will consist of 18 solar islands and will be the largest floating solar system in Brazil.

Expected to be completed by December 2025, this initiative will enhance operational safety through rapid shutdown capabilities, allowing for isolated maintenance without a total system shutdown. Apollo Flutuantes' CEO emphasized the project’s potential to serve as a model for future solar installations across Brazil.

How will Tigo Energy's optimizers enhance safety in Brazil's largest floating solar project?

Tigo Energy's optimizers are set to play a crucial role in enhancing safety at Brazil's largest floating solar project, which is being developed in collaboration with Apollo Flutuantes. Here are several key ways in which Tigo's technology will contribute to safety improvements:

• Rapid Shutdown Capabilities: Tigo's TS4-X-O optimizers feature rapid shutdown technology, enabling quick isolation of individual solar panels. This capability is vital for performing maintenance and repairs safely without necessitating a total shutdown of the entire system, reducing downtime and improving efficiency.
• Enhanced Monitoring: The optimizers provide advanced monitoring for each solar module. This means that potential issues can be detected early at the panel level, allowing for proactive maintenance. Early detection helps reduce risks associated with electrical faults that could lead to fires or malfunctions.
• Improved Fault Detection: Tigo's system continuously monitors the performance and health of individual panels within the floating solar project. In the event of an anomaly or malfunction, technicians can promptly identify the specific panel in need of attention, minimizing the risk of larger system failures.
• Electrical Safety: With their inherent design, Tigo optimizers can minimize hazards related to electric shocks. By isolating panels during maintenance, the risk to personnel working on the solar islands is significantly lowered.
• Optimized Energy Harvesting: The optimizers are designed to ensure that each solar panel operates at its maximum efficiency relative to others, even in varying conditions. This optimization reduces the likelihood of overheating and electrical stress, which can pose safety risks.
• Compatibility with Floating Structures: Tigo’s technology is tailored to work effectively in floating environments. This is particularly important for projects situated on water bodies, where water-induced corrosion and environmental factors must be carefully managed to ensure safety and longevity of the installed equipment.
• Integration with Local Regulations: The implementation of Tigo optimizers aligns with Brazil's safety and installation standards for renewable energy projects, ensuring compliance with local regulations and fostering a safer working environment for all staff involved.
• Training and Support: Tigo Energy provides comprehensive training and ongoing support to installation teams, ensuring that workers are well-versed in safety practices associated with handling and operating optimizers in a floating solar context.
• Potential for Scaling up: As the project sets a precedent for future solar installations in Brazil, the safety protocols and technology implemented through the use of Tigo’s optimizers can serve as a template for subsequent projects, promoting a culture of safety across the renewables sector.

Through these measures, Tigo Energy's optimizers are expected to significantly enhance the safety and operational reliability of Brazil's largest floating solar project, setting a new standard in the industry.