Nexans Wins Cables Deal for 305-MW Morocco Solar

• Nexans secures a 305‑MW Morocco solar cable contract, proving balance‑of‑plant cables boost speed, cut losses, ensure grid reliability, and drive localized supply for tough North African conditions.

Nexans has won a role to supply cables for a 305-MW solar programme in Morocco, highlighting the importance of balance-of-plant components for utility PV projects. The contract underscores how cable procurement can affect installation speed, electrical losses, grid reliability and long-term operation and maintenance costs. The company’s selection also reflects growing emphasis on supply-chain localization for large-scale solar buildouts.

The Moroccan environment adds tougher requirements for cable performance, including UV resistance and durability amid sand, high temperatures and coastal moisture. Nexans’ involvement strengthens its position in North Africa’s expanding renewables market, where experience and proven quality systems are decisive. For Morocco, the project supports diversification of generation capacity and reduces reliance on fuel imports.

How do Nexans’ localized, durable cables impact Morocco’s 305-MW solar rollout?

• Faster installation and commissioning: Localized cable production and logistics can shorten delivery lead times, reducing waiting periods during civil works, stringing, and grid tie-in—helping Morocco hit project milestones for the 305‑MW utility PV rollout.
• Lower electrical losses across long runs: Durable, properly rated cables support stable conductor performance under load, reducing resistive heating and voltage drop; this helps maintain inverter performance and improves overall plant efficiency.
• More reliable grid integration: High-quality, long-life cable insulation and sheathing help sustain insulation resistance and withstand electrical stress, supporting dependable performance during frequent switching events and varying weather conditions typical of Moroccan sites.
• Stronger resilience in harsh operating conditions: UV-stable outer jackets and corrosion-resistant designs are particularly important where cables face sand abrasion, intense sun exposure, salty coastal air, and high ambient temperatures—reducing the risk of premature degradation.
• Reduced downtime and lower life-cycle O&M costs: Durable localized cable systems can limit early failures and repair interventions, lowering maintenance frequency and associated costs over the plant’s operating life—critical for utility-scale economics.
• Better performance after temperature cycling: Photovoltaic plants experience daily heat build-up and cooling; cables designed for thermal cycling help preserve mechanical integrity and electrical characteristics, supporting stable output over time.
• Compatibility with Morocco’s balance-of-plant needs: By supplying cables as part of the broader balance-of-plant approach, Nexans can help ensure electrical interoperability with transformers, inverters, combiner arrangements, and protection systems used in utility PV.
• Improved quality control and documentation: Localization can bring tighter oversight of manufacturing, testing, and traceability, making it easier for project stakeholders to verify compliance and manage acceptance testing for the 305‑MW build.
• Support for local workforce and service readiness: When procurement is closer to the market, it can encourage faster availability of spare parts and specialist support, improving response times during commissioning and any post-installation issues.
  
• Supply-chain security for scaling PV: Demonstrated localized capability for a large utility project reduces exposure to international shipping bottlenecks and helps Morocco maintain momentum for future PV phases tied to grid expansion plans.