Photovoltaics TRIZ Cases

A calliport photon manifold redirects concentrated light into the depletion zone to raise photovoltaic cell current and reduce conversion loss.

Segmented cell connection units with parallel bypass diodes isolate shaded sections, reducing hot spots and preserving module output.

Output wiring exits through backsheet outlets to simplify solar module routing, cut assembly steps, and reduce shading-related power loss.

Separate connector pairs let tandem PV sub-cells run with independent MPPT while avoiding extra converters, heat exposure, and added faults.

A snap-fit separable hanger support creates multiple cable receptacles, improving solar cable organization, rigidity, and serviceability.

Multiple spring clamp sections spread mounting load across PV panel flanges, reducing pressure points and resisting wind- and snow-driven movement.

Electromagnetic detection disconnects PV string loops when reverse current exceeds a threshold, preventing damage with fewer breakers.

Pre-assembled foldable support rods let PV modules ship as one package, cutting warehouse sorting and speeding on-site mounting.

A grooved frame and encapsulating layers replace glass to cut photovoltaic module weight and thickness while simplifying assembly and recycling.

Segmented photovoltaic cell connection units with parallel bypass diodes confine shading loss to one unit and help maintain module output.

A releasable flexible substrate transfers a thin-film top sub-cell onto Si-PV, improving tandem integration while reducing waste.

A reinforced bracket and adjustable clamp let a junction box fit varied solar rails while protecting enclosed electrical components outdoors.

A dual-use clip spaces and protects solar panels in transit, then retains wires during installation to cut waste and reduce wire damage.

Separating the housing from the bottom plate lets photovoltaic junction box electronics be replaced without changing the full enclosure.

Even-order harmonic timing control balances NPC inverter bus voltages, reducing neutral point drift and output distortion across modulation types.

A grid-based parlay interface consolidates multiple event selections on one screen, reducing page switching and improving wager management.

Triangular connector surfaces redirect and scatter incident light while lowering resistive loss and thermomechanical stress in solar modules.

Periodic inverter heartbeat signals switch module-level PV converters between normal, safe, and shutdown modes to lower DC voltage during faults or maintenance.

A groove-mounted de-framing wire cuts the seal so photovoltaic modules separate cleanly from frames without damaging connection elements.

Insertion-connected bridge modules replace welding in photovoltaic converter assembly, improving scalability, reliability, and production simplicity.

LEDs placed between or within vehicle solar-cell layers enable message display while preserving exterior space for photovoltaic energy generation.

Lug and counter-lug fastening lets a photovoltaic panel be installed and removed without tools while keeping the cover securely fixed.

A phosphorus-nitrogen flame retardant package helps PBT reach V-0 at 0.4 mm while preserving melt flow and avoiding halogen gas emissions.

Continuous bending welding strips absorb stress between solar cell sheets, reducing cracking, warping, and yield loss in module assembly.

An elliptical barrier and dual wire channels route wires in multiple directions while avoiding sharp edges and maintaining bend radius.

Scattering nanoparticle clusters and segmented solar cells cut reabsorption losses while keeping transparent solar concentrators window-clear.

Magnetic frame connections let solar panels adapt light-receiving area around obstacles, simplifying installation while adjusting power output.

A silicate-silane preservative bonds with stone while letting residual moisture escape, preventing efflorescence and surface damage.

A shingled solar cell layout uses a sacrificial end cell and conductive bonding to hide rear connections while preserving module output.

A carbon steel photovoltaic frame with integrated support sections and a protective layer simplifies production while improving strength and stability.

A shared gas discharge tube and grounding unit protect parallel PV inputs from lightning while cutting protector size, space, and cost.

Output wiring exits through backsheet outlets instead of complex internal routing, cutting insulation steps and limiting shading-related power loss.