Solar Heating Energy TRIZ Cases

See how an edge-ray involute reflector geometry achieves high solar concentration ratios withou

See how a pivoting body with sun-tracking adjusts orientation to prevent plant over-exposure du

PV cells generate electricity while remaining concentrated sunlight heats volumetric bodies, enabling dual energy capture and limiting radiative loss.

See how articulated side supports and pivotable connecting elements enable foldable collector m

See how a UAV autonomously navigates to solar panels using radio signals and near-field sensors

See how through holes in frame corners drain water while adhesive sealing in straight sections

Daytime solar steam and stored hot water keep an absorption refrigerator cooling at night and during cloudy weather.

Direct solar irradiation removes cavity walls and windows from the receiver, while separate fluidization zones move absorbed heat into the particle bed.

See how a segmented mounting bracket with self-aligning compression members enables both horizo

A molded thinned section creates a controlled roof-tile hole after curing, allowing conductor routing without distorting the ceramic tile.

See how a pressure-driven motor converts water pressure into torque to automate solar panel cle

See how switchable valve assemblies connect dual geothermal systems to a heat pump for simultan

See how vapor transport under depressurized conditions eliminates pumps and salt-freezing risk

A welded sealing member closes the flange exhaust hole, preventing outer tube damage while preserving lengthwise tube connections.

See how segmented refractory canisters contain silicon phase-change expansion, enabling continu

See how a solar receiver heats transfer fluid and injects it as a gaseous jet to reproduce comb

See how a solid oxide electrolyzer cell converts captured CO₂ and H₂O into syngas and hydrocarb

See how circulating solid particles inside a nonimaging concentrator intercept sun rays beyond

See how a fixed reflector array with common focal receiver rotates on a single axis, eliminatin

A row-selective primary support and side supports stabilize solar collectors while reducing reinforcing structure and installation cost.

Dynamic mirror focusing redirects solar flux between vaporizing and superheating receivers to stabilize outlet steam temperature as conditions change.

See how sequential valve control reduces pump power at startup by activating one absorber at a

See how extruded chord sleeves, strut end pieces, and fin connections reduce frame deflection a

See how deformable brace members with adjustable fasteners enable truss frames to adapt to undu

See how a deployment mechanism converts one panel's gravitational force into lifting force for

See how interleaved heat transfer tubes and earth-filled enclosures replace molten salt systems

See how keder-channel sealing eliminates clamping plates in inflatable solar concentrators, red

See how a closed-loop fluid system cools photovoltaic panels while channeling waste heat to a S

See how an automated mobile cleaning system uses proximity and GPS sensors to maintain applicat

See how ventilation channels between glass panes manage convection, prevent moisture buildup, a

See how a front-heavy cleaning vehicle uses cantilevered cleaning elements and adjustable trave

See how a solar HVAC system integrates heating, cooling, refrigeration, cooking, and water heat

See how merging mounting profiles with metallic heat conductors and nested conduits simplifies

Seal-coupled injection-moulded elements reduce production and transport costs while forming floating supports for photovoltaic panels.

See how a pivoting brush assembly at 30-80 degrees removes dust from solar panels without water

See how radially arranged receiver panels with a shroud create a light trap that cuts heat tran

See how a spherical-shell enclosure with nested mirror assembly and photovoltaic power reduces

See how a triangular-profile rail and drive-wheel carriage enable non-perpendicular brush trans

See how secondary receiver tubes across panel gaps capture leaked solar flux and enable thermal

See how embedded fluid tubes use buoyancy-driven convection to overcome concrete's poor thermal

Historical weather states and Markov transition probabilities create validated annual photovoltaic sequences with realistic random fluctuations for grid planning.

See how thin, closely spaced concrete plates with laminar flow replace expensive piping to cut

Vacuum-insulated piping transfers concentrated solar heat while limiting radiation loss for continuous, low-water power generation.

See how waffle-like microcavity arrays on refractory surfaces achieve >95% visible absorptance

Low-mounted Fresnel lenses use two-axis tracking to reduce wind exposure while making solar collector maintenance easier.

See how a protective greenhouse enclosure allows lightweight mirrors and minimal structural sup

See how compressed air and vent positioning enable rapid molten-salt discharge from solar colle

See how mounting irradiance and temperature sensors directly on solar modules reduces monitorin

See how low-pressure solar receivers invert conventional design to reduce material cost and wei