NSE-listed companies building India's lithium-ion battery cell, pack, and material manufacturing capability — from cathode and anode producers to gigafactory operators ramping up under the PLI-ACC scheme.
Sectors represented: Automobile and Auto Components, Chemicals, Capital Goods
BESS VGF come into force, India’s battery industry is moving from policy intent to industrial execution. Ola is by far the best-positioned Indian company for this shift. ery modules / cells, ACC PLI,. BESS VGF come into force, India’s battery industry is moving from policy intent to industrial execution. Ola is by far the best-positioned Indian company for this shift.
Université de Picardie. Nankai University. Dalhousie University. UppsalaUniversity. Furthering R&D Reach. . Strategicpartnershipstocollaborate. onextendedresearch and development. . Ensure world leading research excellence. Access to best-in-class talent pool University. UppsalaUniversity. Furthering R&D Reach. . Strategicpartnershipstocollaborate. onextendedresearch and development. .
Li-ion battery demand is expected to grow by about. 33% annually to reach around 4,700 GWh by 2030. India Battery Energy Storage Demand. Mobility. Base. Case. Stationary. storage. Promising. Case. Consumer. electronics. 3. 40. 70. 162. 260. India’s Li-ion battery industry nually to reach around 4,700 GWh by 2030. India Battery Energy Storage Demand. Mobility. Base. Case. Stationary. storage.
Industry Context. India’sadvanced chemistry battery demandtomovefrom import-led to localisation-led. Source: BCG & Industry Estimates. 2026. ~25 GWh. Current market. Largely imported. 2030. 140–150 GWh. Demand potential ntext. India’sadvanced chemistry battery demandtomovefrom import-led to localisation-led. Source: BCG & Industry Estimates. 2026. ~25 GWh. Current market. Largely imported. 2030.
As we all know that today, lithium-ion battery technology has overtaken any form. of technologies, and it has emerged as one of the most promising technologies for storing the energy for a. variety of reasons. l know that today, lithium-ion battery technology has overtaken any form. of technologies, and it has emerged as one of the most promising technologies for storing the energy for a.
As we all know that today, lithium-ion battery technology has overtaken any form. of technologies, and it has emerged as one of the most promising technologies for storing the energy for a. variety of reasons. l know that today, lithium-ion battery technology has overtaken any form. of technologies, and it has emerged as one of the most promising technologies for storing the energy for a.
Higher energy density, longer lifecycle, and superior performance efficiency. . Accelerating growth driven by electrification, OEM demand, & policy support rgy storage, and next-gen mobility solutions. . Higher energy density, longer lifecycle, and superior performance efficiency. . Accelerating growth driven by electrification, OEM demand, & policy support.
US$150billionin2030. 1.5. 2.3. 3.5. 6.1. 9.7. 21.9. 28.4. 38.8. 53.5. 73.5. 104.4. Until. FY20. FY21 FY22F FY23F FY24F FY25F FY26F FY27F FY28F FY29F FY30F. Annual Lithium-ion battery capacity additions. for auto industry in india (GWh) 5. 6.1. 9.7. 21.9. 28.4. 38.8. 53.5. 73.5. 104.4. Until. FY20. FY21 FY22F FY23F FY24F FY25F FY26F FY27F FY28F FY29F FY30F.
All the initial capacity planned in phase I have been commissioned and contracted for anchor clients for all the. products in place. . Setting up NGAAM (Anode) facility. ble and reliable supply chain. . All the initial capacity planned in phase I have been commissioned and contracted for anchor clients for all the. products in place. . Setting up NGAAM (Anode) facility. 24.
Around 40 GWh has been allocated to four. beneficiary firms, which collectively invested approximately. ` 3,237 Crore as of December 2025. ) of domestic battery manufacturing. capacity. Around 40 GWh has been allocated to four. beneficiary firms, which collectively invested approximately. ` 3,237 Crore as of December 2025. Beyond the selected PLI.