Energy Reviews to Identify Areas of Highest Energy Wastage at Amrita Vishwa Vidyapeetham
Comparing conventional buildings with green buildings to emphasize the need for sustainable, eco-friendly campus environments.
Amrita Vishwa Vidyapeetham conducts comprehensive and systematic energy reviews on a monthly basis to identify areas where energy waste is highest across its campuses. These reviews play a crucial role in analyzing energy consumption patterns, equipment efficiency, and building systems to pinpoint inefficiencies and wastage. Through this rigorous process, the university has established a benchmark for sustainability by identifying critical areas for targeted energy conservation efforts.
The university implements a structured energy review process comprising five key steps designed to systematically identify and eliminate energy wastage:
Workers conducting an energy audit inspection on an HVAC unit to promote energy efficiency.
The university actively gathers comprehensive energy consumption data from various sources:[1]
Utility Bills: Monthly analysis of electricity, water, and other utility consumption records
Sub-Metering Systems: Real-time data collection from meters installed in specific buildings and departments
Building Management Systems: Automated systems that log continuous energy usage patterns[1]
This comprehensive data collection ensures a thorough understanding of energy usage across the entire campus, forming the foundation for identifying wastage patterns.[1]
Building automation system components for HVAC control and energy management.
Energy and manufacturing dashboards showing comprehensive metrics for monitoring energy consumption, efficiency, conservation, and emissions over time.
Amrita Vishwa Vidyapeetham has installed state-of-the-art energy monitoring systems to track real-time energy consumption:[1]
Smart Energy Monitoring Infrastructure:
Smart Energy Meters and Sensors: Installed in high-consumption zones to collect real-time data
Building Energy Monitoring Dashboard: Provides comprehensive insights into energy consumption patterns
Real-Time Alerts and Anomaly Detection: Automatically identifies unusual consumption patterns or equipment malfunctions[1]
Carbon Footprint Tracking: Monitors CO₂ emissions associated with energy use
Commercial building energy audit checklist outlining steps for evaluating energy use and identifying waste areas.
The university collaborates closely with multiple stakeholders to identify overlooked areas of wastage:[1]
Stakeholder Involvement:
Students: Provide feedback on energy usage in classrooms and residential areas
Faculty and Academic Staff: Identify inefficiencies in research labs and teaching facilities
Maintenance and Operations Staff: Share practical insights from daily building management experience
Department Heads: Communicate specific energy concerns in their operational areas[1]
This collaborative approach ensures comprehensive identification of energy waste from multiple perspectives, uncovering issues that might otherwise be overlooked.[1]
Complete replacement of all conventional lights with energy-efficient LED fixtures
Installation of motion sensors in low-traffic areas for automatic on/off control
Implementation of daylight harvesting systems to maximize use of natural light
Timeline: 3 months
Expected Outcome: 40% reduction in lighting energy use[2]
The university has already made significant progress by replacing 1,200 LED lights in old buildings and 1,000 LED lights in newly built spaces, with 100% sensor-based workspace automation implemented to turn off lights in unused rooms and corridors.[3][4]
Adjustment of HVAC schedules based on occupancy patterns
Installation of automated, programmable thermostats across all campus buildings
Implementation of Variable Frequency Drives (VFDs) to optimize compressor operation
Regular maintenance protocols including filter replacement and ductwork sealing
Timeline: 6 months
Expected Outcome: 25% reduction in HVAC energy usage[2]
Currently, 100% of buildings have HVAC systems meeting ASHRAE 62.1-2007 standards, with all air conditioning systems programmed to maintain 24°C indoor temperature in compliance with BEE recommendations.[4][3]
Iowa’s B3 Benchmarking Tool outlines an 8-step process for improving energy efficiency with various report views to analyze energy use and performance.
Amrita Vishwa Vidyapeetham maintains a continuous improvement approach to energy management through regular energy reviews:
Key Components:
Monthly Energy Reviews: Regular assessment of consumption patterns
Quarterly Analysis Reports: Comprehensive evaluation of trends and effectiveness
Annual Comprehensive Audits: Full-scale assessment and certification verification
Ongoing Stakeholder Engagement: Continued collaboration with students, faculty, and staff
Technology Updates: Regular upgrades to monitoring and control systems
Benchmarking Against Standards: Continuous comparison with industry best practices
This systematic approach ensures that energy wastage is continuously identified and addressed, maintaining Amrita’s position as a leader in campus sustainability.
The university conducts extensive research to advance energy review methodologies and efficiency practices:
Studies on behavioral aspects influencing adoption of energy efficiency measures
Research on imperfect evaluation deterring implementation of audit recommendations
Development of evidence-based intervention strategies
Investigation of industrial energy conservation behaviors and practices
These research initiatives inform the university’s continuous improvement in identifying and addressing energy wastage.
Through comprehensive monthly energy reviews, advanced monitoring systems, detailed audits, and stakeholder engagement, Amrita Vishwa Vidyapeetham systematically identifies areas of highest energy wastage and implements targeted solutions to achieve substantial reductions in energy consumption and environmental impact.
