Solar Heating Energy TRIZ Cases

Pre-sealing the peripheral belt to the glass front plate cuts welding stress on the glass-metal seal while maintaining vacuum tightness.

Integrated stepper motors and lead screw actuators make single-panel solar tracking practical by improving azimuth accuracy with lower cost and complexity.

Snap-in channel nuts, flashing, and adjustable clamps speed solar rail mounting on uneven roofs while reducing leakage risk.

Conductive sandwich heating lets solar receiver plates quickly reactivate non-evaporable getters and maintain vacuum without electric feedthroughs.

A partially evacuated cavity with phase-change material cuts night-time heat loss and helps solar water heaters hold temperature in low-insolation regions.

Dual-axis sensor-guided tracking keeps a solar concentrator aligned for stronger liquid heating and photovoltaic power generation.

Refraction and auxiliary light guides help an internal optical sensor track sunlight accurately in both high illuminance and low-light periods.

A fluid interspace around the roof fastener absorbs leverage loads, preventing tile breakage while keeping rooftop mounts secure and watertight.

An edge-guided service unit cleans solar panels without fixed rails, improving debris removal while reducing labor and panel damage.

Insulating plates within a PV roof clamp block panel-to-roof conduction while preserving electrical connection between adjacent panels.

A rotating cam clamp secures solar arrays to standing seam metal roofs without drilling, cutting leak risk, roof damage, and install time.

Inorganic sputtered basecoat and protective layers let solar mirrors keep silver reflectivity through heat treatment while reducing wet chemical waste.

A wax-actuated plunger and O-ring seal simplify freeze protection while minimizing leakage and relieving excess pressure through one outlet.

Bypass elements redirect light around downstream injection features, reducing scattering, leakage, and étendue dilution in CPV guides.

A reactive barium spot inside the panel reveals vacuum loss from getter saturation or seal damage without costly gauges.

Combining low-pressure and high-pressure solar receivers raises CSP temperature capability while limiting material cost and system complexity.

Selective filters and angled mirrors route band-gap-matched light to photovoltaic cells while rejecting heat-causing wavelengths.

Localized heat pipe contact with the absorber improves conduction in a vacuum solar collector, cutting radiation losses and boosting heat transfer.

By placing the motor and crankshaft on the same side of the intermediate gear, this layout cuts device length, bending moments, and lubricant use.

Segmented liquid pathways and a transparent cover let one solar panel capture heat and generate electricity with lower space and system complexity.

Controlled gas circulation in a double-partition wall cuts heat flux, reducing insulation thickness, energy loss, and summer overheating.

Gas pressure and tension elements shape a membrane reflector into concave sections, concentrating solar radiation with lower structural complexity.

A spring-charged wiper clears snow and debris from antenna surfaces with minimal power, avoiding manual cleaning and continuous heaters.

A storage-tank radiator with heat pump and solar coils combines space heating and hot water production while limiting legionella risk.

A floating matrix of solar-heated distillation modules condenses seawater vapor into fresh water with minimal electrical power and labor.

Phase change materials store solar heat at 400-1000°C and transfer it through liquid, solid, and vapor phases without complex heat pipes.

A sputtered sodium barrier coating blocks ion leaching in shaped soda-lime glass mirrors, preserving specular reflection and solar transmission.

Segmented connectors and a U-shaped sealing corridor integrate solar panels into low-slope tile roofs with better watertightness and faster installation.

Direct thermal storage with primary and secondary mirrors cuts refraction and heat transfer losses while extending Stirling engine operation.

A hanger bolt with a shoulder and sealing washer cuts roof mount parts while keeping solar structure attachment secure and watertight.

A bypass-fed liquid seal in the outlet pipe blocks air ingress during solar steam generator shutdown without steam injection or nitrogen.

Embossed sheet channels replace joined copper pipes in a modular solar panel, cutting production cost while improving heat transfer.

A multilayer vapor-deposited solar mirror protects the silver reflector during heat bending while improving durability and reducing wet chemical waste.

A USB storage device lets one PV inverter trigger automatic software and configuration updates across the inverter network.

Selective edge or mid-plate loading shapes a multi-thickness hybrid plate into an accurate parabolic concentrator without costly molds.

A parabolic trough concentrates sunlight onto reduced PV cell area while a transparent tube limits moisture damage and thermal losses.

A floating rotating platform uses an over-pressurized air cushion and flexible cover to support large solar thermal collectors with less land use.

Modular optical waveguides collect and sum solar radiation without mechanized tracking, enabling low-profile installation on roads and building exteriors.

Multiple co-axial dish reflectors on one two-axis tracker cut structural and material cost while maintaining high solar concentration.

Continuous particle circulation and heat exchange improve temperature uniformity, cut waste heat, and reduce thermal fatigue in solar fuel reactors.

By routing panel weight through the outer post and bearings, this tracker cuts slew drive load, wear, and cost while preserving tracking precision.

Pre-assembled support bases and removable hooking profiles cut rooftop PV installation time, handling risk, and visual clutter.

Preassembled slider clips on pivoting PV rails replace repeated on-site screw fastening, cutting installation time and labor for large arrays.

Preassembled slider clips on pivoting PV rails cut field fastening steps, reducing labor and installation time for module mounting.

Elongated-slot panel clamps fit different solar frame hole positions, cutting custom bracket needs and speeding compliant installation.

Varying the commutation duty cycle helps a solar circulation pump maximize motor speed, avoid noisy low-energy starts, and adapt to changing PV power.

Cable winding and a pivoted middle column let a solar module track the sun while maintaining stable support under strong winds.

A transparent plastic layer over a metal reflector replaces fragile glass mirrors, improving impact resistance, transport, and service life.