Strengthening Indiaโs Transmission Network
The UCL TS Conductor manufacturing deal marks a major step in advancing Indiaโs power infrastructure. Universal Cables Limited (UCL) has partnered with TS Conductor Corp. to manufacture highโtemperature, lowโsag (HTLS) conductors. The collaboration supports Indiaโs growing transmission network and rising energy demand. Learn more about UCL at https://www.universalcables.com.
Local Manufacturing to Support Grid Expansion
The agreement introduces domestic production of nextโgeneration HTLS conductors designed to handle Indiaโs increasing power needs. Using TS Conductorโs proprietary HTLS technology, UCL will create conductors that carry higher current at elevated temperatures while maintaining minimal sag.
This design lets utilities transfer more power through existing lines without investing in new rightsโofโway or major tower modificationsโa key advantage as grid congestion intensifies. For more details about the technology, visit https://www.tsconductor.com.
Powering Clean Energy and Urban Growth
Indiaโs electricity demand continues to rise due to industrial expansion, urbanization, and renewable energy integration. As a result, UCL and TS Conductorโs partnership creates a strategic opportunity to supply advanced HTLS technology across the country.
By localizing production, the companies aim to shorten delivery times, reduce supply chain costs, and make highโperformance conductors more accessible to utilities and EPC contractors.
Additionally, the partnership enhances UCLโs manufacturing portfolio while positioning TS Conductor closer to Indiaโs fastโgrowing power market.
A LongโTerm Collaboration for Grid Modernization
Unlike traditional licensing deals, this partnership establishes a longโterm collaboration focused on innovation and modernization. Together, UCL and TS Conductor will introduce new conductor designs tailored to Indiaโs evolving grid infrastructure and renewable energy projects.
This cooperation underscores both companiesโ commitment to increase transmission capacity, improve reliability, and deliver sustainable power solutions that support Indiaโs energy transition.
