Real-Time Thermal Energy Monitoring and Optimization System for Urban Public Spaces

The client faces difficulties in monitoring and controlling thermal energy consumption across various public spaces and buildings. There is a lack of real-time data collection and analysis tools, leading to suboptimal regulation of heating systems, higher energy costs, and limited ability to optimize energy usage dynamically.

A municipality or local government managing multiple public buildings and outdoor spaces that require efficient thermal energy management to reduce costs and environmental impact.

• Develop a remote data acquisition system capable of collecting real-time thermal energy consumption data from multiple sites.
• Enable remote monitoring and control of heat metering and regulation devices via a web-based interface.
• Provide the ability to analyze energy consumption patterns over long periods to inform optimization strategies.
• Achieve energy savings of up to 30% in public heating systems through real-time adjustments and regulatory fine-tuning.
• Ensure system scalability, security, and reliability for continuous operation across diverse locations.

• Constant control and monitoring of thermal metering and regulation devices across multiple locations.
• Web-based user interface accessible via desktops and mobile devices for real-time data visualization and device control.
• Remote adjustment capabilities for heating regulation devices to optimize energy consumption.
• Data acquisition modules connected through Ethernet converters or similar interfaces for reliable communication with field devices.
• Long-term data storage and historical analysis functionalities to track consumption trends and support decision-making.

• Heat metering and regulation devices within public buildings and outdoor spaces
• External data storage solutions for long-term data retention
• Notification and alert systems for system anomalies or energy thresholds

• System scalability to support additional sites and devices without performance degradation
• High reliability and uptime to ensure continuous monitoring and control
• Data encryption and secure access protocols to protect sensitive data
• Response time for remote control commands within seconds to ensure timely adjustments

The implementation of this remote energy monitoring and control system is expected to reduce thermal energy consumption in public spaces by up to 30%, significantly lowering operational costs. Additionally, it will enhance the municipality's ability to optimize heating efficiency in real time, support sustainability goals, and provide a scalable foundation for future smart city initiatives.