Self-Consumption and Arbitrage Optimization (ECopti)

ECopti is an advanced optimization algorithm designed to maximize self-consumption and enable arbitrage opportunities. It intelligently manages energy costs by leveraging fixed daily tariff profiles, daily TSO spot prices for European markets, or a combination of both. The controller predicts load consumption based on site-specific historical data and forecasts PV production using past generation records, local weather patterns, and site conditions. This ensures that energy storage and consumption are always optimized for efficiency and cost savings.

Smarter energy, optimized for every day.

Advanced cost optimization: Combines fixed daily tariffs and daily TSO spot prices to ensure maximum economic benefit.

Intelligent self-consumption: Maximizes on-site energy usage through predictive control and flexible energy storage management.

Data-driven forecasting: Predicts load demand and PV production using historical data, weather patterns and site-specific conditions.

Automated energy orchestration: Continuously optimizes storage, consumption and energy trading for highest efficiency.

Flexible integration: Designed to work across different sites, hardware setups and market configurations with minimal adaptation.

Questions? We got answers.

How can I purchase ENcombi products?

How does pricing work?

Do you offer international shipping?

Do you have an online webshop?

How can I get technical support?

What does the system do in self-consumption applications?

In self-consumption setups, the ECpv controller ensures that solar production never exceeds the local load, preventing power from being fed back into the public grid. This works for both simple rooftop installations and advanced sites such as factories or campuses with multiple PV feed-in points. If control over PV production is lost, the ECpv can automatically trip a relay to fully disconnect the PV plant until control is restored.

How much fuel can I save?

Fuel savings depend on load profiles, generator setup, and PV system size. The ECpv prioritizes solar energy and can theoretically achieve PV penetration of up to 70% of the load, limited by minimum genset load. Due to solar availability and nighttime consumption, average diesel fuel savings are typically around 20%. We recommend careful system design and realistic calculations, or working with professional consultants.