Power Installations TRIZ Cases

See how cryogenic fuel cooling with dynamic flow control reduces drain-source resistance in pow

See how a cryogenic cooling loop uses fuel-tank thermal contact and valve control to minimize d

See how integrated spray nozzles in additively manufactured heat exchangers eliminate airflow b

See how an energy recovery module converts over 100 kW of waste heat from bleed air cooling int

See how an auxiliary supply unit with fuel cell and compressor operates the environmental contr

See how a thermoelectric cooler array cools jet turbine cases using electrical energy instead o

See how autonomous trolleys with fuel cell or battery power integrate heating, cooling, and dri

See how integrated nozzles in additively manufactured heat exchangers deliver water to precise

Onboard fuel-cell power lets an aircraft service trolley heat and cool meals while cutting galley space, crew workload, noise, and CO2 emissions.

Waste heat between bleed air and ram air is converted into electrical power while reducing ram air intake and aircraft drag.

Waste heat from a fuel cell drives an absorption cooling circuit that avoids compressors and bleed air while maintaining vehicle cooling capacity.

Thermoelectric modules between aircraft inner and outer skins generate local power from cabin-to-ambient heat, reducing wiring weight and discharge risk.

A Peltier element cools an aircraft thermal body by dumping heat into the structure, avoiding ram air channels and bleed air use.