• Schneider Electric India Private Limited

Energy Management Systems

This state-of-the-art, interactive energy management tool helps track energy usage, identify wastage and benchmark energy consumption per unit of output against industry norms. eLAN^® also record trends, history, and generate MIS reports in customizable formats.

eLAN^® combines Conzerv's world-class electronic multifunction energy meters, with our powerful, Windows-based proprietary software that enables remote access and control for energy balancing, loss tracking and power quality monitoring, through high-speed data cables and modems.

Control with eLAN^®

• Modules for real-time energy balancing, distribution loss tracking, power quality monitoring, generator control, etc.
• Energy Billing Module to precisely allocate energy costs across a commercial complex or over a mix of products or work centers
• Power Planner Module to help you make smart power purchase decisions, based on actual consumption data
• Seamlessly integrates with key, specialized systems at the client's facility - either offline with data import/export via periodic reports or online with the eLAN^® Data-link Module that connects directly with client's database
• Remote access to reports for authorized users over LAN or over web
• Single point monitoring of multiple facilities spread across the globe
• Optional blocks such as PLCs and sensors/actuators for specialized extensions towards process automation or building management can be integrated
• Advance online alarm if the set maximum demand Iimit is about to be exceeded, thus avoiding heavy excess-demand penalties
• Non-electrical parameters such as flow, pressure, temperature etc. can also be incorporated

Benefits

• Accurate costing · Increased productivity, better profitability
• Economic power purchase · Demand Management and Control
• Online cross checking of utility meters and requisite preventive measures
• Monitoring of Specific Energy Consumption and benchmarking
• Measurement of power distribution loss
• Computing run-hours and off-hours of the plant equipment based on load
• Online monitoring of single line diagram thereby analyzing load balancing and power distribution
• Calculating and maintaining optimum Power Factor using capacitor banks
• Monitoring of power quality and THD