PV Power Plants TRIZ Cases

Amorphous silicon layers coat through hole walls to suppress carrier recombination in heterojunction solar cells.

Segmented switching devices disconnect energized conductor strings during emergencies, eliminating high voltage risks for emergency personnel.

A solar-infrared hybrid collector merges reflectors and infrared heaters to produce thermal and electric output.

A foldable solar panel frame deploys into a gabled roof structure to maximize surface area exposure.

A solar cell pre-laminate assembly uses compositionally distinct ionomeric and non-ionomeric encapsulant layers to secure the component.

In-laminate diode assemblies and edge-mounted connection mechanisms reduce parasitic series resistances caused by shading effects.

A floating seawater reservoir uses water level differences to drive a turbine for power generation.

A hermetically sealed photovoltaic device uses cascaded dichroic filters to split concentrated radiation into distinct spectral beams for targeted cell arrays.

Sacrificial substrate removal enables high-temperature GaN processing and precise alignment on flexible receiving substrates.

Low-viscosity silicone encapsulant fills gaps between transparent barriers and semiconductor junctions to transmit light while providing electrical insulation.

A photovoltaic cell active layer uses a fullerene mixture to maintain energy conversion efficiency at elevated temperatures.

A solar battery module sealing process uses segmented heating and vacuum treatment to secure cells before resin melting.

A solar cell apparatus uses a recessed back electrode layer to increase connection wire contact area.

Correlating differential power profiles with reference patterns detects unreported photovoltaic devices, resolving network management challenges.

A urethane-modified acrylate resin formulation provides high tensile elongation for durable electrical connections in photovoltaic modules.

Nanostructured heat sink aligns surface plasmon resonance with bandgap energy, resolving frequency mismatch for higher conversion efficiency.

A solar battery module uses a light diffusion section in the invalid region to reflect incident light toward active areas.

Segmenting cells into concentrated and diffuse networks resolves efficiency drops in cloudy weather while lowering production costs.

A flexible back sheet uses an isolated metallic moisture barrier to protect photovoltaic cells without grounding.

Trench-based interconnection isolates and connects thin film PV cells on flexible substrates without damaging underlying layers or reducing absorbing area.