Apaar solar cables withstand sunlight exposure.

The firm’s contributions to the Vande Bharat trains and the INS Vikrant and INS Taragiri naval vessels underscore our role in advancing national defence and transportation.

APAR Industries, a pioneer in advanced wire and cable technology, drives India’s energy efficiency and sustainability goals through cutting-edge innovations. Leveraging advanced materials, smart technology integration, and eco-friendly practices, APAR is enhancing energy security while supporting critical sectors like defence, transportation, and renewable energy with high-performance, durable cable solutions. Shashi Amin shares more insights into the industry.

How is APAR enhancing energy efficiency through advanced wire and cable innovations?

Manufacturers of wires and cables can innovate in several key areas to address rising energy demands and enhance India’s energy security. Developing wires made from lightweight, high-conductivity materials, like using advanced materials, can reduce energy loss during transmission and improve overall efficiency. In addition, adopting smart technologies and integrating IoT and smart sensors into cable systems can facilitate real-time monitoring of energy flow, enabling proactive maintenance and minimizing downtime. On the manufacturing side, sustainable practices like innovating in insulation technologies can improve the thermal resistance of cables, allowing them to perform better in extreme conditions and reducing energy loss, also offering tailored wire and cable solutions for specific industries, such as renewable energy or electric vehicles, can help meet unique energy demands and support sector growth.

At APAR, we strive to enhance our products through continuous technological innovations that address unique customer challenges. Our R&D team is focused on developing high-ampacity cables that can withstand high temperatures and improving anti-rodent properties for applications in defence, telecommunications, renewable energy, and various industrial sectors. As India’s largest manufacturer of electron beam cables, we have already added 5 e-beam lines at our Khatalwada plant. We supply a wide range of integrated harnesses for electric buses, EVs, and railway systems, including specialized cables for defence and our popular APAR ANUSHAKTI house wire, known for its durability and safety.

How does your company ensure sustainability and compliance in its wire and cable products?

Wires and cable manufacturers can ensure their products are safe, sustainable, and competitive globally by adopting several key strategies. Staying informed about local and international regulations and obtaining relevant certifications enhances credibility. Investing in eco-friendly materials and manufacturing processes and focusing on research and development can drive innovation and create high-performance products. Robust quality control processes are essential for guaranteeing safety and reliability while establishing a transparent supply chain and strengthening sustainability and traceability. Engaging with customers to understand their needs, alongside ongoing training for employees on the latest regulations and practices, further supports compliance and market alignment.

At APAR, we are dedicated to global sustainability using environmentally responsible products and innovative technologies without compromising quality. Our commitment to enhancing operational efficiency, reducing waste, and refining our product offerings is exemplified by our flagship product. This “APAR ANUSHAKTI” house wire features advanced E-Beam powered cross-linked polymer technology. Our solar cables, whether armoured or unarmoured, are crafted with XLPE insulation and UV-stabilised PVC ST2 sheathing, employing specially formulated compounds to endure all types of sunlight exposure throughout the installation. These cables conform to stringent standards, including BS EN 50618, TUV 2007 & 2012, IEC 17025:2005, UL 4703, and are CPR-approved by BASEC. With over two decades of collaboration with prestigious entities such as DRDO, the Indian Navy, and Indian Railways on notable projects, including INS Vikrant and Vande Bharat, APAR has established a reputation for excellence. Our product portfolio, which includes over 12 UL-approved categories, is supported by certifications such as DCA, ECA, IEC 62930, TuV, and EN 50618, enabling us to serve global markets.

How can increased investments address the power sector’s growing workforce skill needs?

Rising investments in the power sector catalyze innovation and highlight the critical need for a skilled workforce. Increased funding enables the development of advanced technologies, such as smart grids, renewable energy systems, and energy storage solutions, which require specialized knowledge to implement and maintain. As these technologies evolve, there’s a growing demand for professionals skilled in data analytics, cybersecurity, and sustainable energy practices. Moreover, investments often lead to infrastructure expansion, necessitating the design and construction of new facilities, transmission lines, and renewable energy projects. This growth creates job opportunities and demands a workforce proficient in modern engineering practices, project management, and regulatory compliance.

Training programmes and educational initiatives become essential to equip workers with the necessary skills to adapt to these innovations. In this context, collaboration between educational institutions, industry stakeholders, and government bodies is vital to develop curricula that address emerging trends and technologies. Ultimately, the interplay between rising investments and workforce development drives sectoral innovation and ensures the power sector can sustainably and efficiently meet future energy demands.

How does APAR’s cable technology contribute to India’s energy security goals?

As a leader in the cables and wires sector, our company is pivotal in supporting the country’s electrification and renewable energy progress, contributing to a balanced energy mix that ensures long-term energy security. We manufacture high-quality cables designed for various applications, including renewable energy installations such as solar and wind farms, which are essential for transitioning to cleaner energy sources. We ensure reliable energy transmission and distribution by developing advanced products, such as e-beam powered cables and specialized solar cables with enhanced durability. All of APAR’s renewable cables utilize advanced E-beam technology. This process involves accelerated electrons penetrating the cable insulation, generating carbon radicals that cross-link polymer chains in a three-dimensional network. This significantly enhances service life, temperature resistance, abrasion resistance, and current-carrying capacity, offering a competitive edge over traditional XLPE and PVC cables. Improved temperature and melt resistance help prevent fires from overloads or short circuits, safeguarding lives and property. Additionally, these cables resist oils, fuels, acids, alkalis, UV radiation and ozone, making them a reliable choice for modern energy applications. Our commitment to innovation enables us to meet the increasing demand for efficient and sustainable solutions.

Additionally, we actively collaborate with key stakeholders in the energy sector, including government bodies and renewable energy developers, to align our offerings with national energy goals. Our participation in significant projects, such as those with the Indian Railways and Defense sectors, underscores our dedication to enhancing infrastructure that supports energy security. APAR Cable Solutions feels proud to share some of the major projects where we have had the privilege of making a significant impact. Our contributions to the Vande Bharat trains and the INS Vikrant and INS Taragiri naval vessels underscore our role in advancing national defence and transportation. We are also proud to be part of the Rajasthan Atomic Power Project (Units 7 and 8), powered by NPCIL and the Sydney Metro, representing our commitment to critical infrastructure. Through our focus on quality, sustainability, and technological advancements, we contribute to a resilient energy landscape, helping to ensure that the country can meet its future energy demands while promoting environmental sustainability.