Digitalisation revolutionised cable designs and manufacturing

Group Nirmal, a leading provider of advanced cables, highlights how technology has transformed its products, emphasising innovation and excellence. The company addresses smart city challenges by offering cables with superior conductivity and reduced energy loss.

Spokesperson: Nirmal Saraf, MD, Nirmal Wires Pvt. Ltd. 

How can advanced cables ensure smart cities’ power quality and environmental sustainability?

As urban landscapes evolve into smart cities, advanced wires and cables become increasingly pivotal in ensuring power quality and promoting environmental sustainability. At Group Nirmal, we recognise that these technological advancements are integral to the infrastructure that supports the complex, interconnected ecosystems of smart cities. Our commitment to innovation and excellence positions us at the forefront of this transformation, where our products address the challenges and opportunities of modern urban environments.

Engineering of the product is essential; advanced wires and cables provide better conductivity, reduced energy loss, and enhanced resilience for a stable and efficient power supply. Our company uses environmentally friendly materials and manufacturing processes to minimise environmental impact and emissions and extend product lifecycles through recyclable and durable materials.

Digitalisation has revolutionised the way we design and manufacture. It has enabled us to produce wires and cables with enhanced performance characteristics tailored to meet the specific needs of smart city applications and helped to optimise our supply chain, reducing resource consumption and operational inefficiencies.

What are the benefits of green and smart cables regarding energy efficiency aligned with clean energy goals?

At Group Nirmal, our products embody these principles through advanced design and materials to ensure energy efficiency and safety. Our green wires and cables are engineered for optimal conductivity, reducing energy losses during transmission. This efficiency supports the integration of renewable energy sources by assuring that generated power reaches end-users with minimal loss, enhancing overall system performance. Safety is paramount. Our environmentally friendly solutions utilise low-smoke, halogen-free materials to minimise toxic emissions in case of a fire, safeguarding public health and the environment.

By promoting energy efficiency and safety, our advanced wires and cables facilitate the broader adoption of clean energy technologies, supporting the transition to a sustainable and resilient energy system.

How would investments enhance the safety and reliability of cables in urban networks?

Increased investment in cable technology can vastly improve the safety and reliability of urban networks.

Investments enable us to develop wires and cables with superior insulation and fire-resistant materials, reducing the risks of short circuits and electrical fires. Our advanced designs incorporate improved shielding and durability for stable performance under various urban conditions.

Investments drive our research and development efforts, enabling us to explore new materials and technologies that enhance the efficiency and longevity of wire and cable products. This commitment ensures our wires and cables can meet the increasing demands of modern urban networks, bolstering infrastructure resilience.

Increased funding helps us meet and exceed stringent safety and environmental standards, ensuring that our wires and cables contribute to safer, greener urban environments.

What is the role of wires and cables in smart grid evolution and renewable integration?

Our enhanced wires and cables are engineered for superior conductivity and reduced energy losses for efficient electricity transmission within smart grids.

Incorporating smart wires and cables with sensors and digital interfaces into the grid allows for real-time monitoring of power flows and grid conditions. This capability is vital for managing the dynamic nature of renewable energy inputs, enabling precise load balancing and more effective electricity distribution.

Advanced wires and cables improve the resilience and reliability of smart grids by withstanding environmental stresses and operational demands. Their robust construction and enhanced insulation minimise the risks of faults and interruptions. Modern wires and cables facilitate the decentralised nature of renewable energy systems, such as rooftop solar panels and small-scale wind turbines, by efficiently connecting these distributed sources to the smart main grid.