Ssap Engineers And Consultants (OPC) Private Limited

DC Cable is a specialized electrical cable used in solar power systems to connect solar panels, DCDB, and inverters. It is designed to carry direct current (DC) safely with low power loss. These cables are made of tinned copper conductors with UV-resistant, weatherproof, and flame-retardant insulation, ensuring durability under outdoor conditions. They are also double-insulated, halogen-free, and capable of withstanding high temperatures, making them reliable for long-term solar installations.

Solar Panel Mounting Structure is the supporting framework used to install solar panels securely on rooftops or ground. It is generally made of hot-dip galvanized MS steel or high-strength aluminum to ensure durability and corrosion resistance. The structure is designed to withstand high wind loads (up to 150–200 km/h) and sometimes snow loads, depending on site conditions. It allows panels to be fixed at the optimum tilt angle (10°–30°) and aligned towards the sun for maximum energy generation. The mounting structure includes rails, clamps, fasteners, and supports, ensuring easy installation, long life, and minimal maintenance.

HPL cables are flame-retardant, multi-strand, flexible single-core copper conductors, designed for safe electrical installations up to 1100 V. These cables are made with bright-annealed electrolytic copper strands and insulated with FR-grade PVC, offering high flexibility, excellent insulation resistance, and reduced fire propagation. Commonly used in wiring networks where fire safety is critical, Lumicon cables come in various sizes—0.75 mm² to 25 mm² (at 90 or 180 m lengths)

MC4 Connector is a standard electrical connector used in solar photovoltaic systems to connect solar panels. “MC” stands for Multi-Contact and “4” refers to the 4 mm diameter pin. These connectors are waterproof (IP67/IP68 rated), UV-resistant, and designed for quick, secure, and tool-assisted locking to prevent accidental disconnection. They can handle high DC voltage (up to 1000–1500V) and currents (typically 30–50A), ensuring safe and efficient power transmission.