Aluminium or copper conductor options matched to required capacities and project specifications.
Multiple MaterialsHigh Standard
Conductor preparation
Conductor preparation
Aluminium or copper conductor options to be confirmed by datasheet.
Upcoming HT CablePortfolio for Utility Grids
Planned forward integration into 11kV to 66kV XLPE HT power cables with dry-curing CCV line technology for Indian utility and infrastructure demand.
Key Capabilities
Building utility-grade performance.
Planned forward integration into 11kV to 66kV XLPE high-voltage cables utilizing existing infrastructure synergies.
Planned 11kV to 66kV range
Covers medium and high-voltage distribution and sub-transmission applications.
XLPE insulation
Designed for dielectric strength and long service life.
Dry-curing CCV process
Planned technology improves insulation quality and reduces moisture-related risk.
Triple extrusion
Conductor screen, insulation, and insulation screen can be applied together for uniformity.
Existing infrastructure synergy
Ranchi facility and conductor experience support forward integration.
Utility demand fit
Built for DISCOMs, substations, industrial feeders, and renewable evacuation.
Cable Build-Up
Triple extrusion and dry-curing CCV process.
Planned technology will improve insulation quality and reduce moisture-related risks for high-voltage service.
Conductor screen
Conductor screen
Semiconducting layer for stress control.
XLPE insulation
XLPE insulation
Cross-linked polyethylene insulation for high-voltage service.
Insulation screen
Insulation screen
Extruded screen for uniform electrical behavior.
Sheath and protection
Sheath and protection
Metallic screen, armour, sheath, and water protection to be confirmed by final product design.
Step 01 / 05Process Step
Conductor preparation
Aluminium or copper conductor options to be confirmed by datasheet.
Step 02 / 05Process Step
Conductor screen
Semiconducting layer for stress control.
Step 03 / 05Process Step
XLPE insulation
Cross-linked polyethylene insulation for high-voltage service.
Step 04 / 05Process Step
Insulation screen
Extruded screen for uniform electrical behavior.
Step 05 / 05Process Step
Sheath and protection
Metallic screen, armour, sheath, and water protection to be confirmed by final product design.
Applications
Distribution and sub-transmission up to 66kV.
05Use Cases
Focused on DISCOMs, substations, industrial feeders, and renewables.
01
11kV feeders
11kV feeders
11kV distribution feeders.
22kV/33kV distribution
22kV and 33kV utility distribution links.
66kV sub-transmission
66kV sub-transmission corridors.
Industrial substations
Industrial substations and heavy power users.
Renewable evacuation
Renewable evacuation and grid expansion projects.
Planned range
11kV, 22kV, 33kV, and 66kV XLPE cables
Anticipated standards
IS 7098 Part 2, IS 7098 Part 3
Target applications
Distribution and sub-transmission up to 66kV
Key technology
Dry-curing CCV process and Triple extrusion
Modern facilities planned
The facility will be equipped with a modern CCV line, X-ray eccentricity measurement, and high-voltage test labs to ensure adherence to IS standards.
IS 7098 Part 2IS 7098 Part 3
Specification Snapshot
Anticipated details for utility planning.
While commercial launch is upcoming, we are sharing anticipated product details to help procurement teams factor Palriwal into their long-term supply chains.
Discuss upcoming HT cable needs.
Share anticipated volume and standard requirements for early technical collaboration.