The Smart Energy Monitoring Platform is a comprehensive software suite designed for modern industrial, commercial, and infrastructure applications. It integrates real-time monitoring, energy billing, fault detection, and analytics into one system to deliver both operational insight and safety supervision. The platform has three main modules: the Smart Power Management Platform, the General Energy Efficiency Management Platform, and the Smart Electrical Safety Supervision & Power Management Platform. These modules cover energy metering & billing, cross-utility efficiency (electricity, water, gas, steam), and electrical safety supervision respectively.
By capturing comprehensive data from smart breakers, meters, sensors and actuators, the platform enables real-time visibility, remote control, pre-alarm alerts and long-term trend analysis. This drives better energy usage, improved safety, and smarter decision-making.
What is the Smart Energy Monitoring Platform?
The platform is a modular software architecture that unifies several core functions:
Smart Power Management: Based on devices such as the MT61GP smart breaker, this module offers live parameter monitoring (voltage, current, power, PF, frequency, temperature), billing calculation and fee management, and pre-alarm/fault alerts (over/under-voltage, overload, arc fault, phase loss).
General Energy Efficiency Management: Integrates multiple utilities (electricity, water, gas, steam) to enable cross-vector energy management, remote meter reading, billing, online payments, and comparative analytics across buildings, floors or subsystems.
Smart Electrical Safety Supervision: Developed alongside the MTS3 smart breaker system, this module emphasises electrical safety — residual current monitoring, temperature monitoring, arc fault detection, pre-alarms and full alarm logging, as well as project or site-level supervision.
In essence, the platform gathers high-resolution data, applies analytics and rules, generates actionable alarms and dashboards, and integrates with remote control or IoT infrastructure — turning raw electrical / utility flows into actionable intelligence.
Advantages of Smart Energy Monitoring
Unified monitoring & control: All major utility flows and electrical safety parameters are visualised in a single interface.
Cost savings & efficiency: Energy consumption is broken down by unit, peak/shoulder/off-peak, with comparisons year-on-year, helping identify and eliminate wastage.
Pre-alarm and fault detection: The system supports proactive alerts (over-current, arc fault, leakage, unbalance) enabling preventive maintenance rather than reactive firefighting.
Remote control & automation: Enables remote device switching, limit setting, event logging, and control across network-connected hardware.
Cross-utility integration: Beyond electricity, the platform includes water, gas and steam, enabling holistic utility management.
Scalability & multi-site deployment: Suitable for large-scale deployments across campuses, factories, utilities, telecom towers and infrastructure such as highways or parking garages.
Conclusion
The Smart Energy Monitoring Platform offers an end-to-end solution for modern energy and electrical management challenges. By combining real-time data acquisition, utility integration, proactive safety supervision, analytics and remote control, this software suite is a key enabler for companies seeking operational efficiency, cost reduction and safety assurance. Whether deployed in industrial facilities, commercial buildings or critical infrastructure, the platform empowers organisations to turn data into actionable insight and scale their energy & safety programmes.