We connect renewable energy to the grid. Safely, compliantly and on time.
We design, integrate and maintain ALO systems, power plant controllers and SCADA for solar, wind and storage projects in Romania. From grid permit to control room, with a single partner.
Who we are
We are a Romanian energy automation integrator that takes projects from single-line diagram to control room. We bring together automation, industrial IT and cybersecurity in a solution that works from day one.
- Where we work
- Renewable energy, transmission and distribution, energy efficiency, SCADA control centres
- What we master
- OT and IT systems, cybersecurity, integration of equipment from multiple vendors
- How we deliver
- Turnkey: design, installation, commissioning and maintenance, with one accountable team
Our mission
We accelerate the energy transition with automation and control systems that make grids safer, more flexible and more efficient.
Our vision
To be the first technical partner that producers, developers, grid operators and industrial consumers think of when integrating renewables, storage, SCADA or operational limitation (ALO) systems.
Grid connection has become complicated. We make it simple.
Grids are congested, requirements keep rising and cyber risks are real. We help you clear all three without delays.
What is changing
- Solar and wind capacity is growing fast, making congestion and critical N‑1 conditions more frequent
- The Romanian regulator (ANRE) demands more: ALO, plant control, remote control, SCADA
- Cybersecurity is now mandatory: CRA, IEC 62443, ISO 27001
What your project risks
- Delayed grid connection
- Curtailment and lost revenue
- Unplanned outages and non-compliance
What you get from us
- Complete automation for ALO, plant control, SCADA and hybrid BESS/PV/wind systems
- OT/IT architectures that are secure by design
- Guaranteed compliance and lower operational risk
From the first drawing to the latest update
One partner for the full system lifecycle, with no handovers lost between suppliers.
Design
- OT/IT architecture
- Systems engineering
- Schematics and I/O lists
- Telecommunications
- SCADA and control centres
- Complete documentation
Installation and commissioning
- Panels, RTUs and PLCs
- Industrial networking
- FAT and SAT testing
- Field equipment integration
Maintenance and support
- SLA contracts
- Preventive and corrective maintenance
- Update management
- Configuration audits
- Periodic testing
Four solutions, one goal: a stable grid
Choose a solution to see what it includes.
ALO system: faster grid connection, without compromising safety
ALO automatically limits the power exported to the grid during N-1 conditions that could cause overloads. It is part of the connection solution and recorded in the grid connection permit, and the full response, from disconnection to reduction or shutdown, stays below the critical time set by system studies.
Implementation principles
- Limitation control equipment is installed at the plant
- Data for the ALO logic is collected in TSO/DSO substations
- Redundancy, for example two RTUs/PLCs
- No single fault can take the automation out of service
- Dual communications: fibre as primary, 4G/5G as backup
- ALO channels fully separated from the substation SCADA
Signals to EMS/DMS
- ALO active / cancelled
- Active power setpoint P [MW]
- Primary and backup path status
- ALO initiation signal
- Where applicable: voltage/Q control status at the PCC
- P setpoints (and U/Q where applicable) for the plant
Minimum testing
- N-1 conditions
- Operation on the backup path
- Loss of both paths: reduction down to shutdown
- Verification of transmission on both paths
Benefit: faster grid connection and safe operation even under congestion.
BESS hybrids: every MWh produced, put to work
We add storage to solar and wind plants to cut curtailment, gain flexibility and stabilise the point of common coupling.
Architecture
- Design of the complete hybrid system: PV/wind, BESS, substation and PCC
Energy control
- Limitation and ramping
- Peak shaving and time-shifting
- Self-consumption
- Ancillary services, where applicable
SCADA integration
- Measurements and alarms
- Reports and event log
- KPIs
Benefit: more energy sold, predictable revenue and a platform ready for future requirements.
Solar plant control: your plant responds exactly as the grid requires
The power plant controller reads PCC measurements in real time and sends setpoints to the inverters, coordinated with SCADA and the dispatcher. The solution works regardless of equipment manufacturer.
Active power
- Coordination of inverters and transformers
- Limitation, setpoint, ramp rate, reconnection
Voltage and reactive power
- PF, Q(U) and U(Q) modes
- Setpoints from the dispatcher
- Grid event management
Integration and safety
- Real-time PCC measurements
- Full SCADA integration
- Redundancy and fallback procedures
Benefit: grid code compliance and precise plant control in every grid condition.
SCADA for solar and wind plants: all your assets in one place
We collect data, control equipment and flag any issue early, for solar and wind plants, substations and transformer stations.
Functions
- Telemetry, commands, alarms
- Trends, reports, audit log
- HMI screens, mimic diagrams and charts
Integration
- Industrial and energy protocols, as required
- BESS integration, data aggregation and KPIs
- Optional: predictive maintenance
Where it applies
- Solar and wind plants
- Substations and transformer stations
- Multi-site control centres for asset operators
Benefit: complete visibility of your assets and reliable data for better decisions.
Cybersecurity, built in from the design stage
We never bolt it on at the end. We use equipment aligned with EU requirements (Cyber Resilience Act) and certified to IEC 62443 for OT and ISO/IEC 27001 for IT.
OT – IEC 62443
- IT/OT segmentation into zones and conduits
- Access control, hardening and logging
- Patching policies tailored to OT
IT – ISO/IEC 27001
- ISMS: risk assessment, policies, controls
- Audits and continuous improvement
- Data protection and business continuity
Cyber Resilience Act
- Security across the full product lifecycle
- Vulnerability and update management
- Transparency and clear responsibilities
How we work
Six clear stages, rigorous testing and a handover with no surprises.
- 1Analysis and technical auditRequirements, grid permits, TSO/DSO, cybersecurity
- 2DesignArchitecture, signal lists, interfaces, telecom, documentation
- 3InstallationPanels, equipment and networking on site
- 4SAT and commissioningOn-site acceptance testing
- 5Training and handoverTrained operators and final documentation
- 6Maintenance and SLAMonitoring, updates, fast response
What you gain
Results you see in operation, not just on paper.
For compliance and safety
- ANRE compliance for ALO, plant control and SCADA
- Lower risk of unavailability
- Full monitoring, alarms and history
- Cyber resilience for critical infrastructure
For your business
- Faster commissioning
- Fewer unplanned outages
- Better data for optimisation
- A solid base for expansion: BESS, multi-site
Delivered projects
A few of the systems already running with our signature. Out of respect for client confidentiality, we present them without names.
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01
SCADA and control 3 MW solar plant – self-consumption and distribution grid integration
SCADA and control implementation for a self-consumption solar plant, integrated with the local distribution system operator.
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02
SCADA and control 7 MW solar plant
SCADA and control implementation for a solar plant, with a weather station and DLC integration.
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03
ALO 49.8 MW wind farm – ALO system
Design, permitting, implementation, commissioning and maintenance of the ALO system for a 49.8 MW wind farm in Constanța County.
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04
Control and monitoring 14 MW solar plant – control, monitoring and DSO integration
Control and monitoring solution for a solar plant, integrated with the distribution system operator, in Dâmbovița County.
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05
BESS hybrid Solar plant with storage – 35.7 MW and 7.68 MWh
Hybridisation, control and SCADA for a 35.7 MW solar plant with 7.68 MWh Li-ion storage, integrated with the transmission system operator, in Dâmbovița County.
Have a project underway? Let’s talk.
Tell us where your project stands and what you need. We will come back with the right solution.
Contact person: Liviu Drăgoi