Photovoltaics TRIZ Cases

A track-guided cleaning gantry automates solar panel washing with controlled remover and spray motion to avoid manual handling and panel damage.

A reinforcement member aligned with bolt holes thickens the PV mounting portion, preventing cracking and improving assembly stability.

Segmented subsegments and edge-positioned bypass connectors cut shading losses, reduce material use, and preserve solar module output.

L-shaped corner jigs redirect diaphragm pressure away from solar cell module corners, preventing damage and simplifying laminating setup and removal.

Expandable solar wings deploy beyond roof obstructions to raise vehicle charging area and maintain steadier battery power.

A separate housing and bottom plate let electronic elements be replaced without changing the full junction box, cutting cost and preserving stability.

A bonded grid support layer fixes busbars on photovoltaic cells, cutting silver paste use and reducing thermal stress on thin wafers.

A multifunctional film isolates flat-mounted solar panels to cut wind load and structural weight while supporting thermal control and snow removal.

A solar-powered relay with hybrid battery backup keeps remote leaf nodes connected during outages while routing low-priority traffic to reduce latency.

A rear reflector sends unconverted light back through a translucent solar panel, increasing repeated photovoltaic conversion and reducing optical loss.

Temperature-activated seals and molded encapsulation let in-line fuses replace combiner boxes in PV DC wiring, cutting labor and failures.

A dome-protected RTK drone station combines charging, data upload, and remote control to support autonomous agricultural mapping.

Feedback-based current control balances parallel photovoltaic power units to reduce thermal stress, overloading, and maintenance costs.

Integrated outer-surface and cable terminals simplify parallel solar unit wiring, cutting branch cable cost, errors, and installation time.

Bent steel frame strips and interlocking corner connectors improve module strength and installation stability while reducing frame cost.

A virtual inertia controller stabilizes DC bus voltage in low-inertia microgrids by emulating capacitance through PV and battery DC-DC converters.

Interconnected PV sections fold compactly, then deploy with reflective surfaces to expand collection area, cut weight, and concentrate sunlight.

A tensioned Wind Cinch cleans turbine blades and solar panels from high to low points, cutting manual labor, downtime, and height risk.

During MPP curve sweeps, a controller shifts a primary microinverter's load to peers so excess PV power can be measured without interrupting output.

Integrated bypass conductors link east-west PV modules without external cabling, improving current collection and reducing deployment hazards.

A split upper and lower cover seals solar module connectors against corrosion and damage while allowing easy assembly and maintenance.

Galvanically isolated converter circuitry lets PV panels connect in series while keeping cell-side voltage lower to reduce insulation stress and degradation.

A concealed energy accumulator inside a balcony foundation stores and supplies energy to improve climate control, efficiency, and grid stability.

Stacked fan layers increase exhausted air without widening the radiator, improving photovoltaic inverter heat dissipation and heat exchange.

Flat-surfaced parabolic troughs spread sunlight more evenly onto solar cells, reducing hotspots while keeping the solar assembly lightweight and supported.

Alternating series-parallel substrings and polarity sequencing improve shade tolerance, cut resistive losses, and simplify solar module assembly.

Modular polygonal panels and truss assembly reduce launch mass constraints while enabling stiff, stable solar arrays built in space.

Recessed panel and mount contacts use elastic biasing and seals to auto-connect during installation while resisting outdoor corrosion.