Power Cables Including Optical Transmission Elements TRIZ Cases
- Power Cable Cooling Through Hollow Filler Elements
Hollow filler elements carry cooling fluid while temperature sensing adjusts flow and power to manage cable heat without increasing cable diameter.
- Rigid Submarine Cable Joint for Multi-Core to Single-Core DC Links
A rigid joint bridges multi-core dynamic and single-core seabed DC cables, cutting buoyancy hardware and water column use.
- Ceiling-Mounted Hybrid Network Enclosure for Long-Distance Power Delivery
High-voltage DC over hybrid fiber-copper cabling cuts voltage drop and avoids local backup power in subordinate office network enclosures.
- Fiber Optic Splice Case Rotation for Powerline Conductor Mounting
A rotatable inner enclosure and conductor clamp enable direct aerial fiber splicing on powerlines without phase-to-ground transitions.
- Power Cable Internal Cooling With Hollow Fillers for Heat Control
Hollow filler elements carry cooling fluid inside power cables to relieve thermal bottlenecks without increasing cable diameter.
- Rigid Submarine Cable Joint for Multi-Core Dynamic DC Connection
A rigid joint links one multi-core dynamic DC submarine cable to two single-core seabed cables, reducing buoyancy units and water column use.
- Splice Enclosure Heat Management With Solar Shield and Venting
External solar shielding, enclosure venting, and condenser cooling limit heat buildup in power and fiber splice enclosures.
- Stranded Cable Assembly with Optical Waveguides
A stranded cable assembly integrates power conductors and optical tubes without external sheaths.
- Tool for Opening Extruded Power Cord Profile
A specialized tool widens extruded power cord slits using guide and support means to introduce fibre optic cables.
- Hybrid Cable with Branched Conductive Armor for Remote Radio Head Power
Branched conductive armor in a hybrid cable reduces inductance and voltage drops, allowing longer power supply runs for remote radio heads.
- Airborne Wind Power Tether with Segmented Load-Bearing Layer
Segmenting the tether into distinct functional layers resolves tensile strength versus weight trade-offs while protecting conductors from radial compression.