Solutions

We connect technologies into one controlled energy system

Four pillars of modern power engineering. Click a card for the detail.

Diagram connecting EMS, BESS, PV, the grid and dispatcher control

EMS & Remote Monitoring and Control (RTU)

Lower costs through optimized consumption and generation."

Real-time intelligent control based on operational data. Monitoring, visualization, reporting, optimization and automated control of energy technologies.

  • Real-time automated control
  • Visualization and reporting
  • Consumption and generation optimization
Key technologies: EMS, RTU, SCADA, PLC, cloud dispatching
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Battery Energy Storage System

Reduces reserved capacity, maximum demand and operational peaks."

Maximizing the value of battery storage for grid stability and operating economics — peak shaving, self-consumption optimization and better use of on-site generation.

  • Peak shaving
  • Higher use of on-site PV, MHP, wind and other renewables
  • Load shifting using day-ahead market prices
Key technologies: BESS, PCS / hybrid inverters, EMS integration
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Backup & power quality

EMS together with BESS prevents outages and minimizes downtime losses."

Alongside backup power, we deliver dynamic reactive-power compensation, phase balancing, harmonic filtering and voltage stability.

  • Backup power and reduced outage impact
  • Reactive-energy charge elimination
  • Phase balancing, voltage stability and harmonic filtering
Key technologies: EMS, BESS, active filters, dynamic digital compensators
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Monitoring & data

Gives managers the data they need to decide."

We turn data into information for efficient operations. Online supervision, alarms, notifications, reporting and analytics.

  • 24/7 online supervision
  • Alarms and notifications
  • Consumption reporting and analytics
Key technologies: Metering systems, IoT, cloud, dashboards
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Added value

Measurable benefits for operation and investment

Our solutions deliver more than technology — they deliver tangible value.

Lower costs

Optimized consumption, peak management and better use of on-site generation.

Higher stability

Better power quality, faster response and tighter control of energy assets.

Better decisions

Monitoring, data, reporting and inputs for both operational and investment decisions.

Higher infrastructure value

An energy system ready for storage, electromobility, energy sharing and future requirements.

Sustainability

More efficient operations, lower emissions and better use of renewable sources.

Want to find out how your energy infrastructure could work smarter?

Book an introductory consultation. We will review your operation, your goals, and optimization options, and propose the next steps.