See, control and optimize power
An industrial energy management system: real-time multi-parameter metering, load analytics, anomaly detection and rule-based alerts — deployed on-prem.
Homicen EMS turns every metering point into actionable data: multi-parameter monitoring to the IEC 61850 standard, cost and load analytics, leak and overload detection, and long-term time-series storage across many sites.
Key features
Multi-parameter metering
Active/reactive/apparent power, power factor, frequency, 3-phase voltage & current, kWh.
IEC 61850 industrial standard
Integrate meters and measuring devices to industrial standards, scaling flexibly.
Load & cost analytics
Break down consumption by area, shift and device to optimize energy cost.
Anomaly & leak detection
Real-time alerts on overload, voltage sag, leakage and faults.
Rule-based alert engine
Configure custom threshold rules and alert channels to fit operations.
Multi-site dashboard & 5-year history
Monitor many sites centrally and retain time-series for up to 5 years.
System architecture
One meter, the whole plant connected
A DIN-rail meter collects data over RS-485 / Ethernet from every load, processes it with on-site AI and syncs to the cloud for remote monitoring.
The energy monitoring dashboard
The real Homicen EMS interface — factory overview, device management and data export in real time.
Extension · Energy storage (BESS)
Integrate solar and energy storage
On the same platform, Homicen orchestrates solar (PV), the grid and a battery storage system (BESS) through a PCS converter and a BMS — maximizing self-consumption, cutting peak-hour cost and providing backup power.
- Synchronize PV – grid – battery storage through a bidirectional PCS converter
- Manage battery strings by RACK / PACK with a BMS monitoring every module
- Charge when power is cheap, discharge at peak hours to optimize cost
- Back up critical loads when the grid goes down
Storage system components
Benefits
Energy management on a Plan – Do – Check – Act loop
An energy-management methodology for factories, buildings, cities and microgrids — continuous measurement, analysis and optimization.
Assess and control consumption, then find optimal, cost-saving ways to operate the business.
Reduce the labor cost of operating, computing and monitoring plant and building energy.
Data is secured and stored safely, avoiding loss during manual handovers.
Automatically compute, analyze and report — cutting time and human error versus manual work.
Technical specifications
Measured parameters and industrial standards of the Homicen EMS.
Measured parameters
- Voltage
- 3-phase (L-L, L-N)
- Current
- 3-phase + neutral
- Power
- P, Q, S
- Power factor
- PF
- Frequency
- 45–65 Hz
- Energy
- kWh, kVARh
Accuracy & standards
- Accuracy class
- Class 0.5S
- Standard
- IEC 61850
- Error
- ±0.5%
- Harmonics
- THD
- Sampling
- Real-time
System & storage
- Deployment
- On-premise
- Scale
- Multi-point, multi-site
- Retention
- Up to 5 years
- Alerts
- Rule-based
- Integration
- MQTT / API
Real-world use cases
- Monitor power across factories, buildings and site chains
- Optimize power factor, cut reactive-power penalties
- Detect overload and equipment faults early
- Periodic consumption and emissions reporting
Take control of your power
Explore Homicen EMS or contact us for a survey and integration consultation.