Supply chain efficiency, skilled manpower are key for India’s renewable energy

The scale of expansion required over the next years is immense. 

India’s energy transition is entering a defining decade. With a national goal of achieving 500 gigawatts (GW) of non-fossil fuel capacity by 2030, the country is scaling renewable energy (RE) deployment at an unprecedented pace.

India has already crossed over 266 GW as of Feb 2026 of installed RE capacity, with solar accounting for the largest share, followed by wind, small hydro, bioenergy, and Waste to Energy (W2E).

This progress is encouraging, but the scale of expansion required over the next few years is immense. To meet its 2030 targets, India will need to add 45 to 50 GW of RE capacity annually, significantly higher than historical installation rates. Achieving this will require more than accelerated project development. It will depend on strengthening two critical pillars of the sector – supply chain efficiency and a workforce skilled in the art of renewable energy engineering. 

RE projects are far more distributed, complex, and “Open to Sky” operations compared to standalone “Under the Roof” conventional generation assets. RE projects operate as a multi-locational distributed ecosystem encompassing manufacturing, logistics, high tension (HT) electric grid, civil road access infrastructure development, and assembling of components on-site to complete the product delivery.

From solar modules, inverters, cables, transformers, and mounting structures to wind turbine towers, hubs, nacelles, blades, and transmission equipment. Every component must move seamlessly through a multi-layered supply chain before an RE park can be constructed and be ready to deliver power.

Any disruption within this chain can delay commissioning timelines and escalate project costs. RE projects operate on tightly structured financial models, where delays in equipment delivery or logistical bottlenecks can significantly impact overall project viability. In a sector where thousands of megawatts are being constructed simultaneously, operational efficiency becomes critical. This is where supply chain efficiency becomes a strategic enabler for the sector’s growth.

India has already taken meaningful steps to strengthen its domestic manufacturing ecosystem. Solar power today accounts for more than half of the country’s renewable energy capacity, reflecting both the scale of deployment and the growing industrial ecosystem supporting it. 

Similarly, for wind energy, the Ministry of New and Renewable Energy (MNRE) has mandated the establishment of R&D centres as well as manufacturing facilities for major components by all foreign technology partners as a fundamental necessity to do business in India.

Grid infrastructure readiness is a critically important part of the RE value chain. RE plantations happen in regions with strong solar irradiation or wind resources, where grid penetration is generally inadequate. This necessitates the creation of robust transmission networks and efficient power evacuation infrastructure. Sometimes, even commissioned projects may require curtailed power dispatch in the absence of full potential grid infrastructure.

Whilst infrastructure and supply chains form the backbone of the sector, the human capital makes things happen.

The RE industry is evolving rapidly, with projects becoming larger, technologically sophisticated, and increasingly data-driven. The skill sets to build RE parks need a thorough understanding of the expertise on the subject. And importantly, to extract energy over 25 years to life thereafter calls for specialised operating skills.

This transformation is creating growing demand for specialised talent across RE project engineering, operations and maintenance, grid integration, and asset management. The use of earth-moving equipment and machinery during construction necessitates rigging and lifting skillsets.

Modern RE facilities rely heavily on digital monitoring systems, predictive maintenance tools, and performance analytics to maximise efficiency and reliability. Professionals in this sector must therefore combine traditional engineering expertise with capabilities in digital systems and data analysis. Skills related to Supervisory Control and Data Acquisition (SCADA) systems, energy forecasting, asset optimisation, and grid management are becoming increasingly important as the sector continues to mature.

The RE industry faces an acute shortage of deployment-ready professionals. Bridging this gap will require stronger collaboration between industry, academia, and training institutions to ensure that the next generation of professionals is equipped with practical, industry-relevant skills and real-world exposure.

The next phase of growth will depend on building a resilient ecosystem that can support this expansion. Together, these pillars will determine how effectively India translates its RE ambitions into a reliable and sustainable energy future.