🌱 Welcome to our presentation of the Building Energy Management System (BEMS) graduation project by the energy and renewable energy students at Ain Shams University!
Join us as we explore how our innovative BEMS is transforming building management for a sustainable future. Our system acts as the central nervous system of a building, optimizing energy use while enhancing comfort.
Prototype: Intelligent Building Energy Management System
Energy Supply:
Integration of renewable energy sources like solar panels and wind turbines for a greener future.
Intelligent Control:
Real-time monitoring and control using Smart Panels, Node-RED, and Power Reading Devices for optimal performance.
Load Optimization:
Efficient systems for ventilation, pumps, and lighting to minimize energy wastage and maximize efficiency.
Case Study: Wastewater Treatment at Mondelez
Objective: Enhance energy efficiency in wastewater treatment processes.
Implementation: Utilization of energy-efficient technologies and processes.
Benefits: Reduced energy usage and improved treatment process efficiency.
Case Study: Energy Efficiency at TotalEnergies' Joint Depot
Objective: Achieve energy efficiency and cost savings in industrial settings.
Implementation: Application of energy management systems to monitor and optimize energy usage.
Benefits: Lower operational costs and reduced environmental impact.
Report Outline:
Project Overview and Objectives:
Importance of energy management systems in reducing carbon emissions and optimizing energy usage.
Key Components and Systems:
Exploration of components and operational modes for managing ventilation, pumps, and lighting.
Renewable Energy Integration:
Focus on integrating photovoltaic systems to optimize energy consumption.
Comprehensive Energy Audits:
Identification of inefficiencies and implementation of measures to enhance energy efficiency.
Advanced Monitoring and Control:
Use of technology like Schneider Electric components, Node-RED, InfluxDB, Grafana, and HiveMQ MQTT Broker.
System Integration:
Centralized control of lighting systems, HVAC, and other electrical systems for optimized energy usage.
Visualization and Data Handling:
Customizable dashboards and advanced data management for real-time monitoring and predictive maintenance.
Conclusion
Our BEMS project demonstrates the practical application of advanced energy management systems and renewable energy sources in improving energy efficiency across various industrial applications. We're not just building smarter buildings-we're building a smarter, more sustainable future.
🔗 For more information, check out our comprehensive report: [drive.google.com/drive/folders/1dQauLpFDZbeFyI_8V5yx3wYYuXbR7Eeg?usp=drive_link]
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