Low Signature ICCP Systems
Impressed current hull protection engineered for naval and frontline platforms where underwater electric potential and supply ripple must be tightly controlled.
On A Frontline Platform, Corrosion Protection Is Also A Signature Question
Underwater electric potential, supply ripple and shaft-related contributions all follow from how protection current is generated and distributed across the hull.
Individually Controlled Anodes, Tightly Regulated Supply
The system performs the same protection duty as a commercial installation while shaping current across the hull module by module, holding ripple and hull potential inside naval limits.
Eight Individually Trimmed Output Channels
- Per-channel anode current
- Regulated low-ripple supply
Three Steps, Continuously
- 01
Each anode is driven by its own controlled module, allowing current to be trimmed per anode.
- 02
Reference electrodes feed hull potential to the controller; automatic changeover selects a healthy electrode.
- 03
Output ripple is held below 0.03%.
Built For The Platform, Not Adapted To It
- Individually controlled modular anode outputs
- Supply ripple below 0.03%
- Hull potential control to ±5 mV at the controlling electrode
Specified On Naval And Frontline Platforms, In Newbuilding And In Refit.
- Naval surface combatants and frontline platforms
- Platforms with defined underwater electric potential requirements
- Installations requiring shaft-related ELFE contributions to be addressed alongside hull protection
Discuss A Low Signature Installation
Configuration is project-specific. Share the platform requirements, environmental test schedule and interfacing philosophy, and our engineering team will respond with a technical proposal.