ICO-F: Intelligent Voltage Optimization
Advanced voltage optimization technology that stabilizes your power supply, reduces grid losses, and extends the lifespan of your electrical equipment.
Stabilize voltage, reduce grid losses, and extend equipment life.
How ICO-F Technology Works
ICO-F is Icopower's range for reducing Customer's grid losses (energy paid for but dissipated by the system). Grid losses are strongly influenced by excess voltage fluctuations from the grid. ICO-F is a next-generation voltage optimizer system, covered by several international patents.
Thanks to an innovative technology, we can contractually guarantee the reduction of energy waste generated by surges in the power grids. The models in the ICO-F line also make it possible to eliminate voltage spikes within systems, resulting in a longer life of the system components themselves.
Visualizing the transformation: Low Efficiency Grid Power → High Efficiency Optimized Power
Grid Side
Unstable voltage with fluctuations causing low efficiency and energy waste
ICO-F Processing
Patented technology stabilizes and optimizes voltage in real-time
Company Side
High efficiency optimized power with stable voltage to all loads
Technical Deep Dive
VDE-AR-E 2055-1 Compliance
ICO-F is fully compliant with the VDE-AR-E 2055-1:2009 standard, the German engineering specification for voltage optimization devices. This certification ensures:
- Validated energy savings methodology recognized across Europe
- Standardized measurement and verification protocols
- Guaranteed performance within specified parameters
Automatic Intelligent Bypass
Safety is paramount. ICO-F features an Automatic Intelligent Bypass system that ensures uninterrupted power supply in any scenario:
- Seamless bypass activation in milliseconds
- Zero interruption to critical operations during maintenance
- Automatic fault detection and protection
Technical Performance & Hardware
See ICO-F technology in real-world industrial environments — from voltage analysis to robust hardware design.
Multiple ICO-F500 Units in Industrial Setting
Scalable Installation with Multiple Units
Robust Industrial Design (ICO-F1000)
Seamless Integration with Existing Infrastructure
Energy Efficiency in Three Moves
See how ICO-F transforms unstable grid voltage into optimized, stable power supply — reducing energy waste and protecting your equipment.
395V – 425V
(Fluctuating)
400V
(24/7 – Real time optimization ±1%)
Voltage from Grid
The grid delivers unstable voltage with constant fluctuations between 395V–425V, causing energy waste and equipment stress.
ICO-F Optimization
ICO-F analyzes and stabilizes voltage in real-time, delivering a consistent 400V output with ±1% precision 24/7.
Avoided Extra-Voltage
The dark red area represents eliminated overvoltage waste — energy that would have been lost without optimization.
The Result
Stable, optimized voltage reduces energy consumption by 5-9% while extending equipment lifespan.
Guaranteed Savings
Technical Specifications
Key Features
See ICO-F in Action
Watch how our voltage optimization technology delivers measurable results in real-world industrial applications.
Guaranteed Savings backed by IPMVP & VDE Standards
We don't just promise savings. We calculate, verify, and guarantee them using internationally recognized engineering protocols.
Evidence of Savings: Real-Time Results
See the actual performance data displayed on our Human Machine Interfaces (HMI) at client sites. Each screen shows live energy savings measured and verified in real-time.
All readings captured from live ICO-F installations. Results may vary based on facility conditions.
The Calculation Methodology
Transparent, standardized, and scientifically validated
VDE-AR-E 2055-1:2009
German Engineering Standard
This German standard defines the precise methodology for calculating energy savings from voltage optimization. It ensures our measurements are objective, reproducible, and aligned with international engineering best practices.
- Standardized measurement protocols
- Independent of external consumption fluctuations
- Based on actual active power measurements
- Internationally recognized methodology
This formula ensures that our reported savings of 5% – 9% are based on actual active power measurements, independent of external consumption fluctuations.
IPMVP Protocol
International Performance Measurement and Verification Protocol
Icopower applies the IPMVP protocol to establish an objective baseline for energy consumption. This internationally recognized standard ensures that efficiency gains are measured independently of actual production volume changes.
By isolating the true impact of our voltage optimization technology, we provide transparent and verifiable proof of energy savings that you can trust.
Scientific Validation
University of Trento
Validation of IPMVP procedure for energy saving calculation
3-Step Optimization Logic
How Icopower technology delivers guaranteed savings
Analysis
Real-time detection of grid overvoltage and inefficiencies. Our system continuously monitors your electrical network to identify optimization opportunities.
Optimization
The CPU-controlled processor adjusts voltage instantly to limit surges. Intelligent algorithms optimize power delivery in real-time, preventing energy waste.
Economic Benefit
Elimination of non-productive energy waste while maintaining full operational efficiency. Measurable savings from day one with zero impact on operations.
Standards & Certifications
Compliance with international standards for transparency and credibility
ISO 14064-2:2019
Greenhouse Gas Validation
This international standard validates our GHG (Greenhouse Gas) emission reductions, providing credible and transparent environmental impact reporting crucial for CSRD compliance.
VDE-AR-E 2055-1
Voltage Optimization Standard
German engineering standard that defines the precise methodology for calculating energy savings from voltage optimization with scientifically validated formulas.
Powered by Schneider Electric PME
View your energy data in real-time. Generate detailed reports on demand. Our partnership with Schneider Electric's Power Monitoring Expert (PME) system ensures continuous, accurate monitoring of your energy consumption and savings.
- 24/7 real-time energy monitoring
- Automated savings verification reports
- Power quality analysis & alerts
- Predictive maintenance capabilities
- Historical data & trend analysis
Energy Dashboard
Frequently asked questions
Straight answers about how the guaranteed savings are calculated, verified and paid.
How much can voltage optimisation reduce our electricity bill?
The contractually guaranteed saving is 5-9% of active energy consumption, calculated with the German VDE-AR-E 2055-1:2009 standard. Documented installations range from 6.3% in the steel industry to 10% in sterile food production.
How are the savings measured and verified?
Measurement follows the IPMVP protocol (Option A or Option B) together with the VDE-AR-E 2055-1:2009 formula, which compares active power before and after optimisation and is therefore independent of production volume. Consumption is monitored in real time through Schneider Electric Power Monitoring Expert, and the methodology was scientifically validated by the University of Trento.
What happens if the guaranteed savings are not achieved?
The savings are contractual. If the measured result falls short of the agreed target, Enthrust Energy pays the difference, so the project carries no financial risk for the client.
What is the payback period on an Icopower installation?
Typical payback is 2 to 4 years. In documented projects it ranged from 2.2 years in food production to 2.8 years in the steel industry. Installations often qualify for White Certificates and external financing.
Which Icopower systems does Enthrust Energy install?
ICO-F stabilises the supply voltage and is the core energy-saving unit. ICO-M bridges micro-interruptions in under 5 ms using supercapacitors instead of batteries. ICO-R corrects the power factor and removes reactive power penalties. ICO-FA filters harmonics from the 2nd to the 50th order.
Which countries and industries does Enthrust Energy serve?
The company operates from Zaventem in Belgium (headquarters), Warsaw in Poland and Terres-de-Haute-Charente in France, covering the Benelux countries, Poland, the Czech Republic, Slovakia and France. Typical clients come from food production, cold storage and logistics, metals, plastics, chemicals, data centres, retail, healthcare and hospitality.