Sun Pharma Saves 20% on Energy Costs with Real-Time Manufacturing Monitoring

Pharmaceutical manufacturing is inherently energy-intensive, with HVAC systems, clean utilities, manufacturing equipment, and laboratory infrastructure consuming substantial amounts of electricity, steam, and compressed air. Sun Pharma's large manufacturing sites were spending significant amounts on energy, but lacked the granular monitoring infrastructure needed to identify inefficiencies and optimize consumption at the process level.

AmpleLogic's energy tracking module was deployed across key Sun Pharma facilities, integrating with sub-metering systems and utility monitoring equipment to capture real-time energy consumption data at the utility, area, and equipment level. The platform created a comprehensive energy map of each facility, enabling engineers and facility managers to understand exactly where energy was being consumed and when.

Customizable energy norms were defined for each product type and manufacturing area, enabling the system to automatically calculate energy efficiency ratios and flag deviations from expected consumption patterns. Trend analysis and peak demand monitoring helped the team identify opportunities for demand-side management, shift scheduling optimization, and equipment upgrade prioritization.

Sun Pharma achieved a 20% reduction in energy costs at the implemented sites, driven by a combination of identified inefficiencies, optimized operating schedules, and targeted equipment upgrades informed by the monitoring data. The platform also supported Sun Pharma's sustainability reporting by providing accurate, traceable energy consumption data for regulatory disclosures and voluntary environmental commitments.