Cuba's electrical grid faces significant stress due to its geographical position, where high humidity and salt spray from the Caribbean Sea accelerate the corrosion of metal components. The reliance on a robust suspension clamp system is critical to maintaining line tension and preventing outages during frequent storm seasons.
Currently, many rural distribution networks are undergoing modernization to replace aging hardware. The integration of the strain clamp has become essential for securing endpoints and dead-end structures, ensuring that the grid can withstand high wind loads typical of hurricanes.
Furthermore, the shift toward integrating renewable energy sources into the national grid requires a more flexible and reliable approach to cabling, necessitating the use of high-grade materials that prevent galvanic corrosion in the humid Cuban climate.