The MB Control Energy Management System (EMS) is a modular, multi-layered platform built to deliver real-time monitoring, detailed consumption analysis, and automated control across diverse infrastructures. Designed for industries, renewable plants, commercial sites, and utility grids, it integrates industry-leading hardware, high-performance MBSCADA software, and seamless compatibility with third-party systems.
01
Real-Time Insights
Integrated Solution
Enables instant visualization of energy data across feeders, equipment, and hybrid sources.
02
Customizable Dashboards
Integrated Solution
Flexible MBSCADA/EMS platform tailored for live analytics, reports, and alarms.
03
Seamless Integration
Integrated Solution
Built for easy interfacing with Satec, Siemens, ABB, Schneider, and other MODBUS-enabled devices.
Key Features
Multi-Source Energy Monitoring
Captures data from energy meters (MODBUS-enabled), generators, solar inverters, UPS systems, and battery storage.
Real-Time Data Acquisition with MBLogger
MBLogger 1000/Nano series record consumption, frequency, voltage, current, power factor, and other metrics across multiple feeders or equipment.
Customizable Dashboards & Analytics
MBSCADA/EMS platform offers real-time visualization, kWh reporting, peak load detection, cost computation, and carbon footprint dashboards.
Alerts & Automated Control
Configure alarms for critical thresholds (overcurrent, under-voltage, overloads) and trigger actuator-level responses.
Multi-Protocol Support
Integrates with Modbus RTU/TCP, BACnet, IEC 61850, MQTT, and FTP for seamless connection to existing SCADA/DMS/BMS platforms.
Hybrid Energy Ready
Designed to manage solar + diesel + battery hybrid systems, with logic for priority source switching and SOC-based BESS dispatch.
Metering & Signal Inputs
| Device Type | Description / Integration Scope |
|---|---|
| SATEC Energy Meters | Primary metering units (e.g., SATEC EM133, PM180, BFM136) for total energy, voltage, current, PF, harmonics, demand, power quality logs |
| Third-Party Energy Meters | Supports Schneider, Siemens, Secure, L&T meters via Modbus/RS485 where SATEC is not installed |
| DG Controller, UPS, BMS Units | Captures real-time genset performance, backup system status, battery health |
| Modbus Digital I/Os | Inputs from breaker status, relay outputs, panel alarms, transformer temp, or capacitor banks |
General
Architecture
Please note:We have shown a general architecture of the solution, actual architecture may vary depending on the client's requirement
System Interface
Transform solar potential into operational excellence with MBCS. Our advanced Solar Plant Automation Systems ensure constant supervision, maximal energy yield, and grid code compliance.
Transform solar potential into operational excellence with MBCS. Our advanced Solar Plant Automation Systems ensure constant supervision, maximal energy yield, and grid code compliance. Experience maximum uptime, reduced maintenance costs, and streamlined engineering processes, promoting a sustainable, low-carbon future.
01
Cost-effective
Integrated Solution
Our SCADA and Energy Management Solution offers a cost-effective way to monitor and control various applications. It includes all necessary hardware and software components for energy monitoring.
02
Maximum Uptime,
Minimum Costs
Optimized solutions guaranteeing maximum plant uptime, reducing maintenance expenses, and streamlining engineering processes.
03
Green Energy
Pioneering
Leading the charge in promoting green energy, MBCS facilitates a low carbon future through cost-effective, reliable, and efficient Solar Plant Automation Systems.
Key Features of Our Renewable Plant Monitoring and Control
Real-time Monitoring and Control
- Continuous supervision of solar energy generation, ensuring optimal performance.
- Instant access to historical trends and graphs for data-driven decision-making.
Compliance and Sustainability
- Ensures grid code compliance, meeting regulatory standards for seamless integration.
- Promotes sustainable practices, contributing to a low carbon future and global environmental initiatives.
Reliability and Efficiency
- Maximized plant uptime, reducing downtime and maintenance costs.
- Efficient engineering processes for streamlined operations and reduced operational overhead.