Submarine Cables TRIZ Cases
- Cable Accessory Switching for Dual Resistance Testing
A polarity-switched one-way conductor alternates grounding and open circuit states to test both cable DC and insulation resistance.
- Wet-Mate Subsea Cable Repair for Faster Integrity Restoration
Wet-mate connectors and oil-filled hoses restore damaged subsea cable integrity underwater, cutting repair time and avoiding long contingency cables.
- Underwater Heat Dissipation Shell for Silt-Buried Equipment
A seawater-filled shell and conical permeating ends improve cooling for silt-buried underwater equipment in shallow, temperature-varying waters.
- Submarine Cable Insulation Extrusion Without a Metallic Water Barrier
Clean-room extrusion of ultraclean XLPE insulation helps submarine power cables resist water-treeing without a metallic water barrier.
- Armoured Power Cable with Sectioned Steel Wires for Hysteresis Loss
Sectioned armouring combines carbon steel and austenitic steel wires to cut AC hysteresis heating and preserve cable current capacity.
- Subsea Armoured Cable Joint Using Structural Adhesive Reinforcement
Structural adhesive reinforces subsea armouring-wire joints to avoid weld weakening and improve tensile reliability in deep water.
- Dynamic Power Cable Moisture Detection Without Barrier Bulging
An optical fiber wrapped in water-swellable material detects moisture ingress in dynamic power cables without bulging the water barrier layer.
- Dual-Metal Undersea Cable Conductor for Lower Cost and Weight
A layered aluminum-copper conductor cuts undersea cable cost and weight while maintaining low resistance and hermetic protection.
- Dual-Metal Undersea Cable Conductor for Low-Weight Power Delivery
A layered aluminum-copper conductor lowers undersea cable weight and copper use while preserving low resistance and hermetic hydrogen protection.
- Composite Power Cable Fiber Bedding for Bending and Repair
Helical polypropylene bolts bed fiber optic elements in composite power cables, protecting them while easing bending, spooling, and repair.
- Subsea Power Cable Buffer Layer for Lead-Free Water Barriers
A polymer buffer layer supports a lead-free water barrier in subsea power cables, improving fatigue resistance while cutting weight and lead use.
- Seafloor Sensor Processing With Environmental Calibration Updates
On-site software updates let seafloor sensors adapt calibration to local conditions, improving data accuracy while reducing land-side processing load.
- Submarine Power Cable Sheath Welding Without Embrittlement Cracks
Autogenous welding with low-oxygen copper or tuned stainless steel forms a crack-free water-blocking sheath that resists infiltration.
- Submarine Power Cable Sheath Welding Against Embrittlement Cracks
Low-oxygen copper or tuned stainless steel enables autogenous sheath welding that avoids cracks and preserves the cable's water barrier.
- Dynamic Submarine Cable Water Barrier for Fatigue and Pressure
A corrugated upper barrier and smooth lower barrier help dynamic submarine cables resist wave fatigue and deep-sea hydrostatic pressure.
- Subsea Cable End Sealing With Mouldable Watertight Sealant
A mouldable sealant seals cut subsea cable ends without heating or core-by-core end caps, reducing offshore sealing time and handling risk.
- Submarine Cable Network Architecture with Offshore Switching
Segmented architecture uses offshore switching to reroute traffic around faults, reducing deep-sea repair downtime.
- Impedance Controlled Subsea Ethernet Hose
Dielectric-matched insulation stabilizes cable impedance to prevent back reflection and extend signal transmission distance beyond standard limits.
- Insulated Submarine Cable With Varying Insulation Thickness
Varying insulation thicknesses along the cable length eliminate heavy hermetic barriers, reducing material weight and installation stress.
- Downhole Cable with Non-Metallic Tube for Subsea Operations
A downhole cable uses a hollow non-metallic tube core reinforced by counter-helical armouring layers to transport fluids in subsea environments.
- Submarine Cable Fatigue Monitoring via Curvature Strain
A submarine cable fatigue monitoring system calculates accumulated damage from real-time curvature measurements using strain gauges and mathematical models.
- Dynamic Submarine Cable Filling Member and Shielding
Arc-shaped filling members fill cavities between wire cores, while metal composite fiber shielding enhances fatigue resistance.
- Fiber-Reinforced Submarine Cable Splice Reinforcement
Composite reinforcement bodies resist mechanical stress and fatigue on submerged cable connections without adding significant weight.
- Resilient Cable With Compliant Layer for Defect Prevention
A resilient cable uses a compliant layer to absorb deformation energy and prevent defect formation in the outer sheath.
- Torque Balanced Metal Sheathed Cable Design
Counter-twisted steel layers eliminate torque deviation in deep-sea cables, preventing structural failure under load.
- Submarine Cable Armour Transition for Thermal Management
Segmented armour transitions replace carbon steel with stainless steel in thermal zones, eliminating eddy current heating while preserving mechanical strength.