Solar Heating Energy TRIZ Cases

See how ethylene-based polymer with carbon black, hydrogen peroxide, and silane additives impro

See how a dialysis clinic achieves net zero CO2 emissions by integrating photovoltaic generatio

See how an extended positioning system with wall mount and remote control enables solar ovens t

A two-phase jet, asymmetric impulse wheel, and deflector improve fluid separation while converting heat energy into shaft rotation.

See how a spherical header with optimized nozzle positioning reduces thermal strain, extends op

See how a three-part assembly system uses a prismatic adapter to enable 90-degree rail orientat

See how perspective projection and geometry dilation compute safe heliostat target positions to

See how a distributed heat pump network couples multiple energy sources to a common liquid loop

See how a bilayered cellulose-nanomaterial structure localizes photothermal conversion at the w

See how stored CO₂ reacts exothermically with amino fibres to heat water on-demand, decoupling

See how a high-temperature heat reservoir stores thermal energy above 180°C during low demand a

See how asymmetric Fresnel reflector geometry with curved facets reduces structural complexity

A longitudinal air path through the thermal storage tank improves ventilation uniformity and recovers stored heat from the solar collector.

See how a robotic cleaning system uses segmented brush assemblies and localized spray nozzles t

See how modular smart sensors mounted on solar arrays measure irradiance and temperature locall

See how CaCO3/CaO reversible decomposition stores solar energy chemically to resolve intermitte

See how a magnifying glass with hydraulic legs and automated light tracking concentrates sunlig

See how thermal expansion and check valves drive working-fluid circulation without a compressor

See how switchable heating elements and a controller optimize solar PV energy delivery to water

See how a frame-clamped skirt mount conceals base structures and reduces wind exposure without

See how collimated solar power beams with local converters reduce energy loss by shortening the

See how a rotating element with arc-shaped slot sandwiched between mounting brackets eliminates

See how indirect band-gap silicon nanocrystals enable large-area solar concentrators by elimina

See how a paraboloidal reflector system uses total reflection and parallel light formation to m

Solar-heated silica-gel beads replace compressor-based cooling to lower energy use while the same evacuated-tube module supports fresh-water production.

See how an integrated air/air heat exchanger preheats fresh intake air using exhaust heat befor

See how hollow protuberances on heat pipes mesh with collector duct indentations to reduce ther

See how fluid dilatation drives shielding elements in compact solar collectors to prevent overh

See how orthogonal-axis drive couplers with compliance mechanisms enable reliable torque transf

See how embedded micro-tube arrays with cold-welded sealing strips reduce thermal resistance an

See how spatially adjustable high-reflectivity panels and thermal carrier medium layers reduce

See how actuating liquid displacement creates pressure differentials to pump heat transfer flui

See how a heat pipe acts as a passive thermal switch in insulated solar panels, transitioning f

See how a rare earth perovskite coating adjusts infrared emissivity with temperature to reduce

See how separating pressurized cold storage from unpressurized planar hot-water tanks eliminate

See how an integrated cleaning assembly combines brushing, vacuum suction, and ionized air trea

See how segmented foldable membrane supports and telescoping columns enable compact stowage of

See how an inflatable non-imaging concentrator with hybrid thermal-PV cogeneration achieves 70%

Pre-cooling an anti-freeze water solution stores cold energy below freezing, extending refrigeration through nighttime or grid outages.

Radial receiver panels and a heat-retaining shroud capture concentrated sunlight while reducing radiative and convective losses.

See how a multilayer Ag structure with dispersed metals and protective layers prevents aggregat

Using two to six heat pipes in each absorption vacuum tube improves heat use by grouping their condensers in a dry-type heat exchanger.

Dispersed silicon or silicon nitride stabilizes the Ag infrared reflector, preserving heat conversion up to 700°C.

See how a modular roof tile integrates photovoltaic cells, thermal collectors, and wind turbine

See how a solar rotational manufacturing system uses monitoring devices and heliostat feedback

See how rotatable arms angled to roof pitches secure materials on-site before installation, pre

Transparent polymer sheets and internal metal conductors address collector weight and cost while transferring solar heat to water or air.

See how a planar reflection plate with serrated edges replaces tall parabolic surfaces, enablin

See how a solar heat collector uses radiation feedback to stop pump circulation during low-sunl

A servomotor-driven wiper arm uses translatory or rotary motion to retrofit difficult-to-access high-rise windows with reliable surface cleaning.