Longi’s partnerships with Yinson Renewables highlight how back contact (BC) technology and the HI-MO 9 module are transforming solar energy on a global scale in Peru’s Solar de Verano project. The collaboration shows how innovation can generate transformative energy solutions to meet local needs. Maximizing Peru’s solar potential demands technology that can withstand harsh conditions while delivering consistent output. The development of the Sol de Verano project can speed up clean energy transitions in emerging markets. It impacts technology transfer and infrastructure development and creates job opportunities. Technologies like the HI-MO 9 are changing the game as the energy strategies shift toward decarbonization and energy independence. The HI-MO 9 module has exceptional energy density, resilience, and compatibility with AI-powered monitoring systems. Cable suspension bolts secures and tensions cables used in solar mounting structures, grounding systems, and electrical wiring.
The cable suspension bolt provides a robust, adjustable, and corrosion-resistant connection for cables supporting solar panel arrays. It serves in ground-mounted solar arrays to anchor and tension support cables. They ensure stability against strong winds, seismic activity, and soil erosion. Cable suspension bolts help secure grounding cables that protect solar installations from lightning strikes and maintain a low-resistance path for fault currents. The bolts suspend and organize DC/AC wiring, conduit, supports, or cable trays in rooftop solar systems. Cable suspension bolts are made from stainless steel or hot-dip galvanized steel to resist corrosion from coastal humidity. The materials allow for tension adjustment to accommodate thermal expansion and contraction of cables.
Developing the Sol de Verano project using cable suspension bolts
Cable suspension bolts are fasteners used to secure, suspend, and manage electrical cabling in solar farms. They connect suspension hardware to the solar mounting structure to enable proper routing and support of DC and AC cables. It ensures the long-term performance and safety of the Sol de Verano project in Peru. This makes it a vital element in the mechanical and electrical layout of the solar infrastructure. Here are the functions of the cable suspension bolt in solar project development and operation.
- Secure cable management—cable suspension bolts help organize, suspend, and protect electrical cables delivering electricity from the solar project. They are crucial in reducing the risk of short circuits.
- Support for tracking systems—the systems rotate to follow the sun, which demands flexible and secure cable management. Cable suspension bolts allow pivoting and slack management of cables during tracker movement. They also prevent cable wear and ensure electrical continuity.
- Improved durability and safety—cable suspension bolts are galvanized or stainless steel for corrosion resistance. They are also ideal for vibration and thermal expansion and maintain cable position.
- LCOE optimization—the suspension bolts contribute to lowering the levelized cost of electricity. They do so by reducing cable damage and energy losses, extending component lifespan, and lowering repair and replacement costs.
- Ease of installation and maintenance—cable suspension bolts are part of a prefabricated approach in utility-scale projects. They allow quick deployment using standard tools and non-invasive maintenance access for electricians
Opportunities for the development of solar projects in Peru’s energy sector
The Sol de Verano solar project represents an opportunity for Peru to redefine its energy landscape. The development of solar projects in Peru provides opportunities for economic growth, innovation, and environmental leadership. The Sol de Verano solar project enhances energy security and advances climate goals. Drive local development, modernize infrastructure, and attract investment. This project stands as a blueprint for scalable and sustainable energy growth that can transform the energy future. The project’s opportunities in Peru include:
- Energy security and independence—Peru has traditionally depended on hydropower and fossil fuels. These sources are vulnerable to climate fluctuations and global price volatility. Investments in utility-scale projects reduce dependency on imported fuels, increase domestic energy generation capacity, and enhance grid resilience.
- Clean energy transition—the Sol de Verano project exemplifies Peru’s potential as a renewable energy leader in South America. This is by integrating advanced PV technologies like HI-MO 9 modules. It helps Peru achieve and align with its climate goals.
- Infrastructure and grid modernization—utility-scale projects like Sol de Verano demand upgrades to local and national grid infrastructure. This spurs investment in transmission lines and substations, deployment of smart grid technologies, and improved energy access.
- Technology transfer and innovation—the Verano project uses back contact solar technology from LONGI. It allows stakeholders to learn best practices in PV deployment, gain exposure to advanced energy monitoring systems, and encourage academic-industry collaborations between research and development.