Load Balancing In Dc Network TRIZ Cases
- Hybrid Solar-EM Power Architecture for Nighttime Operation
Remote EM energy augments photovoltaic charging to keep battery-powered loads running in low light and at night without wired power.
- Undersea Power Switching for Temporary Load Reliability
Power is supplied to undersea loads only during required operations, cutting cumulative energization time and reducing component defects.
- Removable Battery Charging Control Under Defect and Power Constraints
Server-verified battery ID checks block defective packs and adjust charging to available power for more reliable battery sharing.
- Lock Load Enumeration for Secure Activation and Current Control
Resistor-based load codes verify lock authenticity before raising current, preventing brown-outs and over-current in access control power delivery.
- Single-Twisted-Pair DC Power Supply for Adaptive Multi-Device Bus Power
A single twisted-pair bus lets connected devices report voltage and current needs so supply power can adapt during startup, operation, and hot plugging.
- Battery-Powered Multi-Implement Supply With On-Demand Power Distribution
A battery bank with electric, hydraulic, and pneumatic modules powers site implements on demand, cutting noise, emissions, and idle energy use.
- HVDC Switchgear Busbar Layout for Return Path Switching
Three busbars and shared switches let HVDC converter neutrals switch clearly between pole, earth, and metallic return paths.