Wire makers must innovate with eco-friendly materials for sustainability
By EPR Magazine Editorial November 14, 2024 2:06 pm IST
By EPR Magazine Editorial November 14, 2024 2:06 pm IST
Gloster strategy for ensuring that its wires and cables are compatible with emerging smart grid and IoT technologies focuses on advanced material engineering and intelligent design.
Manufacturers of wires and cables can drive innovation to meet India’s growing energy demands and bolster energy security by focusing on several key areas. Let us know more from Vinay Rathi.
How can manufacturers enhance wires and cables tech to support energy security in India?
Manufacturers of wires and cables can develop advanced, high-efficiency conductors that minimise energy loss during transmission, supporting the integration of renewable energy sources. Enhanced insulation materials that are resistant to extreme temperatures and weather conditions can improve the lifespan and reliability of cables. Additionally, adopting smart monitoring technologies allows for real-time performance tracking, which helps reduce maintenance costs and prevent failures. Collaborating with renewable energy providers, investing in eco-friendly production processes, and using recyclable materials further support sustainable energy initiatives, ultimately strengthening India’s energy grid resilience.
Our company’s strategy for ensuring that our wires and cables are compatible with emerging smart grid and IoT technologies focuses on advanced material engineering and intelligent design. We incorporate high-performance materials that can handle increased data loads and resist environmental stresses, which is essential for reliable connectivity in smart infrastructure.
How does Gloster Cables enhance energy efficiency in renewable energy installations?
With the nation’s strides in electrification and renewable energy, our company is pivotal in supporting a balanced energy mix to ensure long-term energy security. We provide high-quality, efficient wiring and cabling solutions tailored for renewable energy installations, enabling seamless integration with traditional power sources. Our focus on innovative materials and designs reduces transmission losses, enhancing energy efficiency. By adhering to sustainable practices and collaborating with energy providers, we contribute to building a resilient, reliable energy infrastructure that supports India’s growth sustainably.How can wire and cable makers enhance sustainability and ensure regulatory compliance?
Wire and cable manufacturers can prioritise compliance through rigorous testing and certification aligned with global standards to ensure the products remain safe, sustainable, and competitive amid evolving regulations. To enhance product sustainability, they can innovate with eco-friendly materials, such as halogen-free or recyclable polymers. Implementing energy-efficient production processes reduces environmental impact and operational costs while embracing smart technologies can improve product durability and safety.
Staying informed on regulatory changes and investing in research and development helps them anticipate shifts and adapt quickly. Collaborative partnerships across the industry can further drive advancements, ensuring they meet global demands for safer, sustainable, and reliable products. Rising investments in the power sector drive innovations by enabling research into advanced technologies like smart grids, renewable energy integration, and energy-efficient transmission systems. These advancements call for specialised skills to design, operate, and maintain sophisticated infrastructure, highlighting the critical need for a skilled workforce.
As the sector grows, there’s an increasing demand for professionals trained in digital solutions, automation, and sustainable practices to meet regulatory standards and efficiency goals. Such a workforce is essential for implementing innovations and ensuring safety, reliability, and continuous improvement, thereby solidifying the sector’s growth and resilience in the long term.
We use cookies to personalize your experience. By continuing to visit this website you agree to our Terms & Conditions, Privacy Policy and Cookie Policy.