Solar Heating Energy TRIZ Cases

A radially varying permittivity profile traps electromagnetic waves from broad angles and concentrates them for electrical or thermal conversion.

Thermal storage and solvent buffering stabilize solar-driven steam regeneration, keeping gas purification continuous and economical.

A hybrid CSP-PV setup supplies steam, electricity, and pumping power for stand-alone desalination in grid-poor water-scarce regions.

A pressure-activated bypass feeds inlet water into the delivery pipe during peak demand to maintain hot water pressure and temperature.

Phase change material stores coolness at night and absorbs daytime heat to protect enclosed solar electronics without power-hungry air conditioning.

By calculating each table's tilt and relative position, this case enables solar tracker control that cuts terrain-driven shading losses.

An adjustable overlapping-blade windshield cuts wind pressure and suction on sun-tracking module supports while improving stability on varied surfaces.

A liquid-metal conduit and vibration-free pump remove heat from optical stages while blocking vibration transfer that distorts precision components.

A pivoting insert clamps to standing seam ribs without puncturing panels, securing attachments while reducing leakage and corrosion risk.

Multiple lens panes with varying focal lengths concentrate diffuse solar energy to heat industrial materials with lower energy loss.

A tailored austenitic steel composition lets solar receiver tubes carry molten salt at 550-580°C while resisting sensitization and intergranular corrosion.

Sensors detect surface geometry and edges so a cleaning drone can align precisely, avoid collisions, and follow energy-saving flight paths.

Servo-tracked lenses and light conduction stabilize full-spectrum sunlight delivery to a photoreactor for hydrogen and methanol production.

A sloped conductive terminal for photovoltaic panel cleaners wipes off oxidation during charging to extend terminal life and reduce downtime.

A telescopic charging rack lets photovoltaic panel cleaning equipment stay on the panel and recharge by solar power without stopping work.

An intermediate steam store buffers exhaust heat between high- and low-pressure steam engines, enabling solar power generation beyond sunlight hours.

A layered polymer-silver reflector uses an abrasion-resistant coating to block UV-driven substrate damage while preserving specular reflectance.

A sternum-and-spine frame shapes glass into a parabolic solar concentrator mirror with uniform force, lowering forming and installation cost.

A spectral-splitting receiver uses selective fins and aerogel insulation to cool PV cells while capturing heat for thermal storage.

A triangular multi-heliostat frame cuts foundation work and installation complexity while maintaining wind stability and low optical blocking.

A double-walled extruded absorber routes downward and upward flow to drive thermosiphon circulation, improve heat transfer, and limit heat loss.

A variable-volume sealed enclosure relieves heat-driven gas pressure in solar thermal modules while preserving insulation and building heat delivery.

Modular sections, foam-backed panels, and interchangeable centerpieces cut heliostat weight and cost while preserving accurate solar focusing.

A profiled insert rail secures facade panels without extra clamps, speeds replacement, and avoids glass-metal contact under load and heat.

Buoyancy-driven airflow and solar chimney heating help a heat pipe dry cooling layout remove condenser heat with much lower fan power.

A cut-fibre resin reflector with silver coating and built-in attachment reduces glass weight, fragility, and light loss in CSP plants.

An ethylene-based polymer with antioxidant and UV stabilizer additives helps solar panels resist UV, chlorinated water, and low-temperature impact.

Precise spacer-based alignment, sealed optics, and hydraulic cooling improve solar concentration efficiency, durability, and maintenance access.

Using three molten salt tanks at different temperatures cuts storage material cost and limits high-temperature degradation in solar thermal plants.

A dual-layer roof pad combines elastic cushioning with aluminum foil to block PVC plasticizer migration and protect flat-roof waterproofing.

Corner brackets replace long mounting rails to cut solar panel installation time and material use while preserving structural support and stackability.

Nested conduits inside a pool fence rail capture solar heat to warm circulating water at different temperatures while reducing heat loss and heater cost.

A secondary tank condenses steam from a solar water heater back into water, reducing explosion risk, steam burns, and water loss.

A peripheral diffraction grating replaces thick outer Fresnel prisms to cut molding time, improve light use, and reduce ring-shaped flare.

A thicker dome-shaped quartz window keeps the outer surface cooler, limiting devitrification while allowing higher absorber temperatures.

Close-contact heat pipes move heat from the absorber to the generator with added thermal storage, cutting loss and stabilizing output.

A multilayer adhesive tape replaces aluminum frames to seal solar assembly edges, cutting weight and installation complexity while resisting weathering.

Intermediate roller-guided ribs cut frame deflection and pivot loads in solar trough mirrors, improving optical alignment and lowering material use.

Floating tube connections let an external solar receiver expand outside the insulation while preserving windtight sealing and panel maintenance.

Detachable hook assemblies keep photovoltaic panel cleaning equipment attached during movement, reducing fall-off risk across panel arrays.

Closed-cell silicone foam flaps clean and polish solar panels without water, improving light transmission while reducing surface wear.

Rotatable hollow solar tiles switch between absorption and reflection while circulating heat exchange fluid to cut building heat loads.

Biomass char particles dispersed in a heat-storing liquid improve solar heat absorption while lowering cost, heat loss, and structure complexity.

A glass-bulb heat tube and condenser heat tank water with low heat loss, simpler installation, and no electricity or complex hoses.

Stored solar heat keeps drying running at night while condenser and dust collection improve efficiency and cut emissions.

A controller switches solar collectors and fuel-fired heating modes to keep EOR steam flow stable while cutting wasted energy and fuel use.

Metal ducts integrated beneath slate-matched roofing capture solar heat while simplifying installation, preserving appearance, and preventing leaks.

A separate force-bearing frame and inflatable floats cut manufacturing cost while simplifying transport and on-site assembly of floating PV arrays.

A gas-filled channel behind the photovoltaic module captures waste and ambient heat for transfer to the thermal collector, improving building energy balance.