Country / Year
United Arab Emirates / 2025
Project Background
As part of the country’s clean energy strategy, a utility-scale solar photovoltaic (PV) power plant was developed to increase renewable energy generation and reduce dependence on conventional power sources. The project included a solar generation area, inverter stations, collector systems, and a grid connection substation that would transmit generated electricity into the national power network.
Customer Requirements
The EPC contractor required a reliable supplier capable of providing multiple cable categories for different sections of the project while ensuring consistent product quality, complete technical documentation, and timely deliveries. Since construction activities were carried out simultaneously across several work zones, coordinated supply planning was essential.
Product Scope
Medium-voltage power cables, low-voltage power cables, DC solar cables, control cables, instrumentation cables, grounding conductors, cable accessories, and related electrical connection materials.
Technical Standards
IEC 60502, IEC 60228, IEC 62930, EN 50618, IEC 60332, IEC 60754, IEC 61034, and project technical specifications.
Supply Challenge
The project required deliveries to multiple installation areas, including solar arrays, inverter stations, and substations. Products needed to withstand high UV exposure, desert temperatures, and long-term outdoor operation while maintaining stable electrical performance. Tight construction schedules required continuous coordination between manufacturing and site activities.
Solution
A dedicated project management team coordinated production planning, quality inspection, documentation, and logistics according to the EPC contractor’s construction schedule. Cable deliveries were arranged in phases to match installation progress, while complete factory test reports and technical documentation accompanied every shipment to facilitate site acceptance.
Delivery Result
All project materials were delivered according to schedule, supporting the successful completion of the solar power plant. The coordinated supply process reduced installation delays, improved construction efficiency, and contributed to the reliable integration of renewable energy into the national grid.
