The enterprise power monitoring system for buildings allows users to manage their own power usage through a power monitoring system. Enterprises use the system to implement technical measures such as equipment monitoring, data collection, analysis, modification, and overall optimization to improve their power usage, thereby achieving energy conservation, emission reduction, and energy and cost savings.
User Pain Points
- Limited personnel skills for operation and basic maintenance; manual data recording; and lack of professional data analysis and utilization.
- Irrational processes and weak system capabilities; oversized equipment with low load factors.
- Distributed power stations hinder management; power quality cannot be assessed in real time; and there is no full lifecycle management evaluation for equipment.
- Significant end-of-line waste is unavailable for monitoring; transformer compensation cannot be intelligently switched on and off; there is no integrated efficiency evaluation model, and tiered voltage metering still cannot support loss calculation.
The Following Are Some Of The Features Of The Enterprise Power Monitoring System:
1. Enterprise Power Usage Analysis
Company details can be viewed, including basic company information, power usage, alarm information, load curves, and operating status. The platform provides functions such as power load analysis, reporting methods, and abnormal power usage. Users can query real-time, hourly, daily, and monthly data from monitoring points, as well as event-based data.
Production and Emission Reduction Analysis: Compares an enterprise’s load on polluted and non-polluted days, displaying power curves in hourly units.
Enterprise Power Usage Monitoring: Users can query daily power curves for enterprises/industries. The default comparison is today/yesterday, and the comparison date can be selected.
2. Real-Time Alarms
The platform features a built-in intelligent alarm analysis engine, providing real-time alarm functionality. This allows for accurate and real-time monitoring of power usage at an enterprise’s production and pollution control facilities, and provides accurate and timely alerts for operational anomalies, production suspensions, and substandard production restrictions.
Alarm information filtering is supported. Real-time alarm information can be filtered by number of alarms, alarm level, alarm type, industry, and region. For real-time alarms, the system should provide handling options and the ability to enter feedback. Users can view alarm information and analyze detailed alarm curves. For alarm information, the platform should support platform and app notifications, and generate relevant statistical summary data in the backend.
3. Comprehensive Analysis
The platform provides a wealth of analytical capabilities, including at least alarm trend analysis at different levels, enterprise alarm registration, alarm statistics (including handling and alarm type statistics), and month-on-month electricity consumption analysis.
The platform can provide commonly used reports, including enterprise alarm summary, alarm handling statistics, pollution control production alarm statistics, equipment transmission statistics, electricity usage statistics, and enterprise alarm statistics. Report types can be customized based on actual user needs.
Achievable Effects of Building an Enterprise Electricity Consumption Monitoring System
- Helping industrial enterprises coordinate internal power resource allocation
- Optimizing enterprise electricity usage structures and transforming electricity usage methods
- Establishing a full-process electricity management system
- Applying information technology (platforms) and advanced energy-saving technologies (technical upgrades)
- Promoting scientific, orderly, economical, and intelligent electricity use in enterprises
- Improving electricity efficiency and effectively reducing electricity costs
