Bluemation

Automation for the Energy Sector

Control, supervision and remote management systems for generation, distribution and energy management. 24/7 reliability in critical environments.

Our Experience

Tailored automation for this sector

The energy sector is one of the most demanding environments for industrial automation. Generation, distribution and energy management installations require control systems with high availability, continuous remote supervision and automatic response to critical events.

At Bluemation we have developed projects in photovoltaic plants, cogeneration installations, electrical substations and distribution networks. Our experience spans from inverter and generator control to integration with energy asset management platforms.

We work with the main sector protocols: IEC 60870-5-101/104, IEC 61850, DNP3 and Modbus TCP, and design architectures that meet the OT cybersecurity requirements demanded by grid operators and distribution companies.

Sector Challenges

Key automation challenges in this sector

01

Availability and redundancy

Energy installations cannot afford downtime. We design redundant architectures with hot-standby CPUs, dual communications and uninterruptible power systems to guarantee operational continuity.

02

24/7 remote monitoring

Most energy installations are unattended. We implement remote monitoring with secure 4G/fibre access, automatic alarms, remote control from the operations centre and failure response without on-site intervention.

03

Grid integration

Connection with the grid operator requires specific protocols (IEC 60870, IEC 61850) and precise synchronisation. We manage the interface with grid operators and corporate grid management systems.

04

OT cybersecurity

Energy infrastructures are priority targets. We implement IT/OT segmentation, role-based access, event auditing and measures aligned with IEC 62443 and the NIS2 directive.

05

Energy management and efficiency

Beyond control, consumption analytics, inefficiency detection and ISO 50001 reporting are required. We integrate smart meters, network analysers and real-time dashboards.

06

Scalability and maintenance

We design modular and documented systems, with secure remote access for software updates and diagnostics without on-site travel.

Applications

Solutions we apply in this sector

Photovoltaic plants

Inverter control, string monitoring, performance alarms and communication with the grid operator via IEC 60870-5-104.

Cogeneration and generators

Automation of start/stop, synchronism control, demand management and electrical protection for cogeneration and backup generation plants.

Energy SCADA

SCADA for centralised production visualisation, data history, alarm management and energy KPI reporting. Compatible with WinCC, Ignition and N3uron.

Substation telecontrol

Substation automation with IEC 61850 GOOSE/SV, integration with grid management systems and remote control from the operations centre.

Smart distribution networks

Smart meter reading (AMR/AMI), recloser control, voltage regulators and Smart Grid distribution automation.

ISO 50001 energy management

Integration of smart meters, harmonic analysers and energy management platforms with automatic reporting for audits.

Technology

Platforms and protocols we work with

Siemens S7-1200/1500 · TIA Portal
Beckhoff TwinCAT 3
Schneider Modicon M340/M580
SCADA WinCC · Ignition · N3uron
IEC 60870-5-101/104 · DNP3
IEC 61850 GOOSE/SV
Modbus TCP/RTU · OPC-UA
GPRS/4G networks · Industrial VPN
Energy management platforms
Frequently Asked Questions
Which communication protocols are used in energy-sector automation?
The main ones are IEC 60870-5-101/104 for telecontrol of substations and generation plants, IEC 61850 for digital substations, DNP3 in North-American applications, and Modbus TCP/OPC-UA for integration with SCADA platforms and asset-management systems.
How do you guarantee availability in critical energy installations?
With redundant architectures: PLCs in hot-standby configuration, dual-path communications (fibre + 4G), UPS for guaranteed power, and automatic failover procedures. We also implement preventive alarms and predictive maintenance.
Which cybersecurity standards do you apply in energy installations?
We apply measures aligned with IEC 62443 (cybersecurity for OT systems) and the NIS2 directive, which covers operators of critical infrastructure. This includes IT/OT segmentation, industrial VPN, two-factor access control and event auditing.
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