Heating Fuel TRIZ Cases

See how a segmented manifold with flow, return, and bypass chambers delivers return heat transf

See how a low-temperature district heating system uses heat pumps, layered thermal storage, and

See how cascaded heat exchangers in series utilize surplus heat from a subcooler and second cir

See how bi-directional heat exchange between domestic water and space heating subsystems reduce

See how a heating device controller calculates gas consumption using existing temperature and f

See how sum valve opening feedback automatically adjusts water temperature setpoints, eliminati

See how a process water tank nested inside a heat pump liquefier uses a compressed vapor gap fo

See how alternating high and low capacity operation patterns, assigned by serial number, distri

See how a heat pump transfers waste heat from cooling to heating systems using feedback control

See how a heat pump condenser divided into independent zones around the tank enables selective

See how an air switching box and safety circuit prevent phosgene formation by isolating the eva

See how a safety shutoff valve on the supply conduit stops heated water flow when appliances si

See how PID control and clock-based duty cycle modulation enable stable temperature regulation

See how a porous base with concave-convex patterns converts ground heat into visible-spectrum l

See how a cascade heat pump adjusts target heat storage temperature inversely with outdoor cond

See how a filler material eliminates stagnant cavitated zones in dome-shaped water heater tanks

See how a dual-circuit property heating system uses both inlet and return-line heat to lower re

See how a cascade heat recovery system connects the heating unit evaporator to the cooling unit

See how a control device coordinates heat, cold, and electrical generators using activation-bef

See how segmented heat exchangers with hydraulic separators and a mixing valve enable a heat pu

See how predictive pump control adjusts circulation flow rate before auxiliary heat activation

See how extrusion-molded integration of rod sidewalls and heat radiating plates eliminates adhe

See how a capacitor intermediary offsets induced voltage on accessible metallic parts in ungrou

See how overlapping heat pump and separate heat source operation prevents indoor temperature dr

See how dual furnaces sharing a tube plate and water jacket enable continuous boiler operation

See how ferrous substrates convert magnetic fields to heat through molecular agitation, then tr

See how dynamic switching between sealed system and supplemental heating element based on tempe

Priority switching among networked water heaters removes the central controller, cuts complexity, and maintains hot water during faults.

Direct water temperature is used to vary start and stop thresholds, improving parallel water heater efficiency under changing demand.

A thin underside thermal barrier redirects heat upward to cut panel heater warm-up time while keeping low build height for retrofit installation.

Continuous flow-return temperature and volume-flow measurement estimates building heating demand without user-behavior bias.

A rotary adsorption unit replaces multi-valve switching to enable continuous adsorption-desorption cycling with better heat utilization.

Heat accumulators store waste and useful heat so a heat pump can avoid peak electricity use while maintaining heating comfort.

Using CO2 as a shared working fluid, this district network cuts piping and heat-exchanger losses through local phase-state control.

A dual-plenum HVAC layout separates vertical heating discharge from horizontal cooling airflow to heat perimeter zones without losing displacement ventilation.

Cold-start heating control switches between stored thermal energy and ambient air using refrigerant pressure feedback to warm EV cabins efficiently.

A cold-tempered bidirectional fluid network uses shared storage, sensors, and central control to balance heating, cooling, and waste heat exchange.

Buffer storage near the heat exchanger delivers fast hot water without continuous heating-water circulation, cutting thermal losses and cost.

Waste heat from a tempered fluid loop is routed through a heat exchanger and refrigeration cycle to preheat domestic water with less piping and energy use.

A controller identifies active fixtures and adjusts a mixing valve to match typical outlet temperature, cutting standby and pipe heat loss.

Local heating coils and thermostats at each fixture deliver immediate hot water from a single line while avoiding pipe heat loss and tank failure risk.

Separate heating and cooling plenums let one HVAC unit heat exterior walls while preserving displacement ventilation and uniform room temperature.

An external induction coil heats metallic surface elements inside the fluid channel, combining electrical isolation with faster liquid heating.

Switching based on outdoor temperature and heat pump capacity improves heating comfort and energy use when capacity reaches its limit.

By combining a PTC heater with the heater core, this case improves cold-start cabin heating while saving HVAC space and limiting airflow resistance.

Compressor speed is set from indoor-outdoor temperature difference to finish hot water supply while preserving room heating comfort and COP.

Distributed control lets each water heater estimate workload and coordinate idle heaters, maintaining target outlet temperature without a main controller.

Embedded carbon fiber heaters warm concrete surfaces to melt ice and snow without salt, cutting roadway damage, labor, and pollution.

Check valves and timed fan rotation block exhaust backflow into idle combustion units, reducing corrosion, heat loss, and freezing.

Controller logic uses tank temperature and water flow data to switch heat sources, preventing top-of-tank overheating during small draws.