Streamlining HVDC Supply Chains: SOPs and Incentives Key to India’s Renewable Energy Growth – EQ
In Short : India’s expansion of high-voltage direct current (HVDC) transmission faces supply chain challenges due to fragmentation and limited standardization. Pratik Agarwal emphasizes the need for comprehensive SOPs covering design, procurement, manufacturing, testing, and commissioning, along with capital incentives to boost domestic manufacturing. Standardized procedures will improve efficiency, reliability, and safety, accelerating HVDC deployment and supporting India’s renewable energy integration and clean energy goals.
In Detail : India is rapidly expanding its high-voltage direct current (HVDC) transmission network to support the integration of renewable energy over long distances. However, the sector is facing significant supply chain challenges that could hinder timely and cost-effective project implementation. Fragmentation and lack of standardization in procurement and manufacturing processes remain key obstacles.
Pratik Agarwal, Chairman of Resonia and Managing Director of Sterlite Electric, has highlighted the urgent need for standardized operating procedures (SOPs) across the HVDC supply chain. SOPs would ensure consistency, quality, and efficiency in design, manufacturing, testing, and commissioning of HVDC systems, helping streamline project execution.
The current HVDC supply chain struggles with limited coordination among stakeholders, which results in delays and increased costs. Without uniform procedures, projects face inconsistencies in component quality, delivery timelines, and technical compliance, affecting overall system reliability and efficiency.
Agarwal proposes a comprehensive SOP framework encompassing all phases of HVDC project development. By adopting standardized guidelines for procurement, fabrication, and commissioning, the industry can reduce lead times, improve coordination, and enhance the reliability and operational performance of HVDC networks.
He also stresses the importance of capital incentives to encourage domestic manufacturing of HVDC components. A targeted subsidy package over 3–4 years would attract investment, reduce reliance on imports, and strengthen India’s local supply chain for critical transmission materials.
Implementing SOPs and financial incentives will accelerate HVDC deployment, enabling efficient integration of renewable energy into India’s national grid. Reliable HVDC systems are crucial for transmitting large-scale solar, wind, and other renewable energy sources with minimal losses.
Standardized procedures will also improve operational safety and system stability. Maintenance protocols and uniform operational practices will reduce downtime, enhance grid resilience, and ensure long-term performance of HVDC infrastructure across diverse regions.
A robust SOP framework can further position India as a global leader in HVDC technology. By strengthening domestic manufacturing and supply chain capabilities, the country can meet growing international demand while supporting its own energy transition goals.
