Maruti Suzuki Installs 1 MWh Battery System at Kharkhoda Plant

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Maruti Suzuki has officially commissioned a 1 MWh Battery Energy Storage System at its massive Kharkhoda manufacturing plant in Haryana. This advanced energy storage setup serves as a pilot project connected directly to the internal electricity distribution network of the facility. It captures and stores excess solar power generated during factory holidays, preventing renewable energy wastage while helping the automaker significantly reduce its overall carbon footprint and emissions.

Enhancing Green Energy Utilization

The Kharkhoda facility already hosts a massive 20 MWp solar power plant, which was installed in 2025. However, generating continuous solar energy presented a unique challenge. During factory holidays when production halts, the solar panels keep generating electricity that would otherwise go unused due to a lack of demand.

By integrating this new 1 MWh Battery Energy Storage System, the company can now capture and store that surplus power. Think of it as a massive rechargeable battery that holds power until the assembly lines start rolling again. Whether someone is driving a family hatchback or riding a versatile Triumph Tiger Sport to work they can easily appreciate the sheer scale of this environmental initiative.

Key Benefits of the Storage Setup

The integration of this battery system brings several measurable advantages to the manufacturing ecosystem:

  • Stores excess electricity efficiently during low demand periods
  • Improves internal grid stability across the entire manufacturing complex
  • Reduces reliance on conventional coal-powered electricity grids
  • Paves the way for cleaner automobile production across India

Real Data and Emission Reduction Goals

Maruti Suzuki aims to expand production at Kharkhoda while simultaneously cutting down absolute emissions. According to Hisashi Takeuchi, the Managing Director and CEO of Maruti Suzuki India Limited, this system will have a lasting environmental impact over its 15-year lifespan.

Here is a quick look at the projected data and environmental goals for the facility:

Metric

Target Details

Battery Capacity

1 MWh

Solar Plant Capacity

20 MWp

System Lifecycle

15 Years

Annual CO2 Reduction

54 Tonnes

Emission Reduction Goal

42 percent cut in Scope 1 and 2 emissions by FY 2030 to 2031


Aligning with Global Environmental Visions

This initiative directly mirrors the broader environmental vision set by Suzuki Motor Corporation. The parent company aims for a 42 percent reduction in Scope 1 and 2 carbon emissions by the financial year 2030 to 2031 when compared to base levels from 2022 to 2023. As green technology continues to evolve, the automotive industry is paying close attention. Enthusiasts who closely follow the development of machines ranging from efficient hybrid cars to premium motorcycles like the Triumph Tiger Sport recognize that sustainable manufacturing is the ultimate future.

Conclusion

The commissioning of the 1 MWh Battery Energy Storage System at the Kharkhoda plant represents a major leap forward for Maruti Suzuki. By actively capturing and reusing surplus solar energy, the automaker is setting a benchmark for sustainable manufacturing in India. Just as riders value the precision engineering of a Triumph Tiger Sport, eco-conscious consumers will deeply value the dedication Maruti Suzuki shows toward building a self-reliant and clean energy ecosystem.

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Neha Mehlawat

Automobiles Journalist

Neha Mehlawat is an automotive journalist and industry analyst with 10+ years of experience covering cars, bikes, and mobility trends. She tracks the latest launches, technology upgrades, and policy changes in the auto sector, delivering sharp insights that help readers stay ahead in the fast-evolving world of automobiles.