In accordance with the Energy Conservation Promotion Act B.E. 2535 (Amended B.E. 2550), designated factories and buildings are required to implement systematic energy conservation measures. This legislation mandates the appointment of personnel responsible for energy management of the building for controlled facilities and adherence to standardized energy management protocols. These requirements include establishing energy management systems, producing annual energy management reports, and obtaining verification from certified energy auditors.
Traditional energy monitoring methods for data collection and analysis in energy management often encounter several operational challenges, such as:
1. Offline energy monitoring requires physical measurements at individual energy consumption points, resulting in high operational costs, time inefficiencies, and dependence on specialized measurement equipment and skilled personnel.
2. Measurements are limited to specific recording periods, failing to reflect continuous equipment efficiency or operational data throughout the machinery’s operational lifecycle.
3. Paper-based documentation for monitoring, recording, and data storage risks information loss or communication gaps between responsible parties.
4. Lack of continuous energy data collection before, during, and after implementing conservation measures, hindering immediate comparative analysis and evaluation.
5. Missed opportunities for equipment and process improvements when anomalies occur, potentially leading to increased energy consumption or equipment damage.
6. Delayed or incomplete energy measurement data, particularly in extensive or geographically dispersed facilities, resulting in delayed or inaccurate energy management assessments Professional Energy Management System (PEMS), an intelligent energy management solution, simplifies energy management in controlled facilities through Energy 4.0 functionality.
1. Real-time energy monitoring through wireless connectivity (Wi-Fi, 3G/4G)
2. Cloud-based data storage with easy access through Web Solutions
3. Monthly/yearly energy consumption comparison capabilities through integrated software
4. Immediate anomaly detection and notification systems
5. Non-disruptive installation process allowing continued facility operations
6. Generation of energy management reports compliant with Department of Alternative Energy Development and Efficiency (DEDE) requirements
7. Low installation and maintenance costs
Traditional energy monitoring methods for data collection and analysis in energy management often encounter several operational challenges, such as:
1. Offline energy monitoring requires physical measurements at individual energy consumption points, resulting in high operational costs, time inefficiencies, and dependence on specialized measurement equipment and skilled personnel.
2. Measurements are limited to specific recording periods, failing to reflect continuous equipment efficiency or operational data throughout the machinery’s operational lifecycle.
3. Paper-based documentation for monitoring, recording, and data storage risks information loss or communication gaps between responsible parties.
4. Lack of continuous energy data collection before, during, and after implementing conservation measures, hindering immediate comparative analysis and evaluation.
5. Missed opportunities for equipment and process improvements when anomalies occur, potentially leading to increased energy consumption or equipment damage.
6. Delayed or incomplete energy measurement data, particularly in extensive or geographically dispersed facilities, resulting in delayed or inaccurate energy management assessments Professional Energy Management System (PEMS), an intelligent energy management solution, simplifies energy management in controlled facilities through Energy 4.0 functionality.
1. Real-time energy monitoring through wireless connectivity (Wi-Fi, 3G/4G)
2. Cloud-based data storage with easy access through Web Solutions
3. Monthly/yearly energy consumption comparison capabilities through integrated software
4. Immediate anomaly detection and notification systems
5. Non-disruptive installation process allowing continued facility operations
6. Generation of energy management reports compliant with Department of Alternative Energy Development and Efficiency (DEDE) requirements
7. Low installation and maintenance costs
