Energy Monitoring & Management System
Optimize Energy. Improve Efficiency. Drive Sustainable Operations.
Energy is a major operational cost for industrial facilities. Without accurate, real-time visibility, organizations may experience excessive consumption, inefficient equipment operation, high peak demand, poor power quality, and limited control over energy expenditure.
PT Scada Prima Cipta delivers integrated Energy Monitoring & Management System (EMMS) solutions that collect, visualize, analyze, and manage energy data across industrial facilities. By integrating multifunction power meters, SCADA, industrial communication networks, historians, IoT devices, and analytics dashboards, we help organizations reduce energy costs, improve operational efficiency, and support sustainability objectives.
Why This Service Matters
An Energy Monitoring & Management System provides accurate information on where, when, and how energy is consumed. It enables organizations to identify abnormal usage, inefficient assets, power quality issues, and opportunities for energy optimization.
Without centralized energy monitoring, organizations may face:
- Limited visibility into energy consumption
- Rising electricity and utility costs
- Excessive peak demand
- Energy losses and inefficient equipment
- Power quality disturbances
- Inaccurate energy allocation and reporting
- Difficulty meeting sustainability targets
Key Benefits
Our Energy Monitoring & Management System helps organizations:
- Monitor energy consumption in real time
- Reduce electricity and operating costs
- Identify abnormal consumption and energy losses
- Optimize peak demand and equipment loading
- Improve electrical system performance
- Detect power quality problems
- Allocate energy costs by area, process, or equipment
- Support ISO 50001 energy management programs
- Improve sustainability and emissions reporting
- Enable data-driven operational decisions
Power Meter Parameters
The system can integrate multifunction power meters and power quality analyzers to collect comprehensive electrical parameters, including:
Electrical Measurements
- Phase-to-phase and phase-to-neutral voltage
- Phase and total current
- Frequency
- Active power in kilowatts
- Reactive power in kilovolt-amperes reactive
- Apparent power in kilovolt-amperes
- Active, reactive, and apparent power per phase
- Power factor per phase and total
- Voltage and current phase angle
- Neutral current
- Voltage and current unbalance
Energy Measurements
- Imported and exported active energy in kilowatt-hours
- Imported and exported reactive energy in kilovolt-ampere reactive hours
- Apparent energy in kilovolt-ampere hours
- Total accumulated energy
- Daily, monthly, and annual energy consumption
- Energy consumption by equipment, area, process, or production line
- Energy intensity per unit of production
- Energy cost and tariff-based consumption
Demand Measurements
- Present demand
- Average demand
- Maximum demand
- Active power demand
- Reactive power demand
- Apparent power demand
- Demand interval and peak-demand timestamp
- Configurable demand limit and early-warning alarms
Power Quality Parameters
- Voltage total harmonic distortion
- Current total harmonic distortion
- Individual voltage and current harmonics
- Voltage sag and swell
- Overvoltage and undervoltage
- Overcurrent
- Frequency deviation
- Power factor deviation
- Phase loss and phase reversal
- Transient or disturbance records, where supported by the meter
The monitored parameters can be selected according to the installed meter capabilities, electrical distribution architecture, and project requirements.
Our Capabilities
PT Scada Prima Cipta provides end-to-end Energy Monitoring & Management solutions, including:
- Energy monitoring system assessment and design
- Power meter and power quality analyzer integration
- Main incomer, feeder, panel, and equipment-level metering
- SCADA, PLC, DCS, and IoT integration
- Real-time energy dashboards
- Historical trending and energy analytics
- Peak-demand monitoring and alarms
- Power quality monitoring
- Energy cost allocation
- Consumption benchmarking
- Baseline and target monitoring
- Energy performance indicator calculation
- Automated reporting
- Energy forecasting and anomaly detection
Our solutions can integrate with:
- Multifunction Power Meters
- Power Quality Analyzers
- Smart Energy Meters
- Protection Relays
- PLC and Remote I/O Systems
- SCADA and DCS Platforms
- Historian Databases
- Building Management Systems
- MES and ERP Applications
- Cloud and On-Premise Platforms
Communication protocols may include Modbus RTU, Modbus TCP, OPC UA, IEC 61850, BACnet, MQTT, and other standard industrial protocols.
Our Engineering Approach
- Assessment – Review electrical distribution, existing meters, communication infrastructure, tariffs, and energy objectives.
- System Design – Define metering points, system architecture, communication networks, dashboards, and reporting requirements.
- Implementation – Configure and integrate power meters, gateways, SCADA, historians, and analytics applications.
- Testing and Validation – Verify meter readings, communication reliability, calculations, alarms, and reporting accuracy.
- Visualization and Reporting – Develop operational dashboards, energy KPIs, power quality displays, trends, and management reports.
- Training and Knowledge Transfer – Train operators, engineers, energy managers, and administrators.
- Continuous Improvement – Support energy performance reviews, system expansion, analytics enhancement, and optimization initiatives.
Industries We Serve
Our Energy Monitoring & Management System supports:
- Oil & Gas
- Petrochemical
- Power Generation
- Manufacturing
- Mining
- Water and Utilities
- Commercial Buildings
- Data Centers
- Transportation and Infrastructure
Why Choose PT Scada Prima Cipta
- Experienced industrial automation and electrical engineering professionals
- Vendor-independent system integration
- Expertise in SCADA, power monitoring, historians, and industrial data analytics
- Integration with new and existing power meters
- Scalable architecture from equipment-level to enterprise-level monitoring
- Standards-based engineering and documentation
- Strong testing, commissioning, and lifecycle support
- Focus on measurable energy savings and operational improvement
Deliverables
Typical project deliverables include:
- Energy Monitoring System Design
- Metering Point Schedule
- Power Meter Parameter List
- Electrical and Communication Architecture
- Instrument and Meter Data Sheets
- Communication Register and Modbus Mapping
- SCADA and Dashboard Configuration
- Energy KPI and Power Quality Dashboards
- Alarm and Event Configuration
- Energy Consumption and Cost Reports
- Testing and Commissioning Reports
- User Manuals and Training Materials
- Final Technical Documentation
Empower Smarter Energy Management
Effective energy management begins with accurate measurement. An integrated Energy Monitoring & Management System enables organizations to understand consumption, improve power quality, control peak demand, reduce energy costs, and support sustainable operations.
Partner with PT Scada Prima Cipta to transform power meter data into actionable insights and build a more efficient, reliable, and sustainable industrial operation.