At Arcomes Engineering, we treat energy monitoring and management systems not merely as measurement tools, but as engineering solutions that control energy costs, improve efficiency, and optimize production.

We implement energy monitoring systems for industrial plants, factories, production lines, and machines, including single-point, multi-point, machine-based, and line-based monitoring architectures.

Using single-phase and three-phase energy monitoring devices, current transformers, voltage measurements, and field equipment, we collect real-time and historical energy data.

With our own energy monitoring devices and software, we deliver fully integrated hardware and software solutions.

Energy consumption is monitored in detail, including active/reactive/apparent power, current, voltage, power factor, harmonic analysis, and load profiles.

Seamless integration with existing PLC, SCADA, and automation systems is achieved via Modbus RTU, Modbus TCP/IP, RS485, Ethernet, and industrial communication protocols.

Energy data is collected on centralized software platforms, enabling dashboards, graphs, trends, and advanced reporting.

Energy consumption comparisons can be performed per machine, line, department, or entire facility, providing full visibility of energy usage.

By correlating energy data with production data, we analyze energy consumption per unit of production.

Remote monitoring and remote reading systems provide location-independent access to energy data.

Thresholds, alarm limits, and abnormal consumption scenarios are defined to implement early warning systems.

Reactive power control, compensation systems, and power quality improvements help prevent penalty costs.

We design, install, expand, and modernize energy monitoring infrastructures in existing facilities.

Integration with MES / ERP systems enables management-level energy reporting and decision-making.

Industry 4.0 and IoT concepts allow energy data to be transferred to cloud-based platforms for advanced analytics.

Energy monitoring projects are managed end-to-end, including site survey, panel installation, wiring, communication infrastructure, software deployment, and commissioning.

Energy efficiency projects identify unnecessary consumption, provide optimization recommendations, and establish sustainable energy management.