Policy Support Drives Sector Growth
India's bioenergy sector is set for major expansion, driven by strong government policies and ample domestic biomass. Installed capacity is projected to reach 15.5 GW by FY32, up from about 11.6 GW in March 2025. This growth is supported by key national programs, including the Biomass Co-firing Policy, and a focus on Waste-to-Energy (WtE) projects. The overall Indian renewable energy market is substantial, valued around USD 24 billion in 2024 and expected to grow significantly by 2030. Companies like the Indian Renewable Energy Development Agency (IREDA) trade at a P/E ratio of approximately 17.02, reflecting investor interest.
Policy Support Drives Investment Surge
Government initiatives like the SATAT program for Compressed Biogas (CBG) and co-firing rules for thermal power plants are vital for creating demand and ensuring financial viability. These policies have boosted investor interest, with credit flow to the renewable energy sector increasing sixfold between 2021 and 2025. Annual funding needs for bioenergy are expected to climb from ₹50.6 billion in FY25 to ₹58.7 billion by FY30, highlighting the substantial capital required. The broader Indian green energy market is forecasted to grow at about 9% annually, potentially reaching USD 37 billion by 2030.
Biomass Potential Hampered by Supply Chains
India has a vast biomass resource, generating nearly 750 million tonnes annually, with an estimated surplus of 250 million tonnes in FY24. This resource is crucial for targets like the 5% co-firing mandate in thermal power plants, which requires an estimated 100,000 tonnes of biomass daily. However, current supply is only about 5,000 to 7,000 tonnes daily, exacerbating issues like stubble burning and showing significant implementation gaps. Logistics, storage, seasonality, and high costs to collect biomass make efficient supply chains difficult. This is a challenge compared to solar and wind energy, where falling costs make it hard for bioenergy to compete on price. While India is a fast-growing bioenergy market, especially for biogas, success depends on fixing these supply chain inefficiencies.
Waste-to-Energy Faces Capital Demands and Scale Issues
Waste-to-Energy (WtE) projects, vital for managing waste and reducing landfills, are capital-intensive. Costs range from ₹6.38 crore to ₹7.44 crore per MW, similar to wind but more than solar. Despite policy backing and market growth, the sector struggles to scale up from informal operations. Most biomass facilities are regional, while agricultural waste is spread out, complicating national supply chain integration. This lack of structured supply chains and manufacturing capacity, even with government subsidies, remains a major barrier. Globally, bioenergy growth has lagged solar, but India's commitment is significant. Its success, however, hinges on overcoming these deep operational and logistical issues.
Key Risks: Logistics, Costs, and Competition
Despite strong government support, the bioenergy sector faces systemic challenges that risk its growth targets. The large gap between the demand for biomass co-firing (100,000 tonnes daily) and the actual supply (5,000-7,000 tonnes daily) shows a critical supply chain shortfall. This is worsened by logistical complexities, limited storage, and high aggregation costs, making it tough to compete with the declining tariffs of solar and wind power. The biomass pellet market sees higher logistics costs due to saturated rural transport networks. Volatile global energy prices can affect feedstock costs, though domestic biofuel use helps energy security by reducing oil imports. Many biomass facilities operate in a less organized environment, requiring hands-on training, unlike the advanced infrastructure in other renewable sectors. These factors pose a considerable risk to achieving ambitious capacity targets, meaning policy goals must be matched by real improvements in infrastructure and supply chain management.