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Automotive Facility Air Compressor Optimization Case Study

byEnergeiaProjects across India; Office in Greater Kailash II, New DelhiStarts from22,000 Per Node (Hardware + 1 Yr SaaS)View full gallery

Compressed air is often the biggest energy drain in manufacturing. See how our data-driven approach helped a Tier-1 automotive facility in Haryana reduce annual costs by ₹13 Lakhs and lower their carbon footprint.

We helped a Tier 1 Indian automotive component manufacturer save over ₹13 lakhs per year by optimizing their air compressors. This project showcases our ability to deliver substantial cost savings and CO2 reduction through meticulous audits.

Our project objectives were clear from the start. We aimed to measure and monitor all air compressor usage data, identify low cost and high yield opportunities for savings, and establish a strong preventive maintenance schedule to minimize machine downtime.

The project focused on two key areas: the automotive production line and the bank of industrial air compressors that power it. Understanding the interplay between these systems was crucial for identifying energy waste.

The outcomes of our intervention were comprehensive. We reconfigured compressor set points for dynamic, demand based operation, improved the Airnet design to minimize pressure drops, and upskilled the client's maintenance staff in best practices for energy efficiency.

The impact we generated was concrete and verifiable. The facility now saves ₹13.12 lakhs annually, consumes 1.64 lakh fewer kWh of electricity, and has reduced its carbon footprint by 1.35 lakh tons of CO2 per year.

We offer our expertise in air compressor energy efficiency to other industrial plants. Our shared savings model allows facilities to implement these upgrades with no upfront capital investment, unlocking profitability through sustainability.

About Case Study: Automotive Facility Air Compressor Optimization

We did not just install new hardware. We reconfigured the compressor set points for dynamic, demand-based operation and improved the Airnet design to eliminate pressure drops. This allowed the client to meet full production throughput while consuming significantly less electricity.

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