Parallel-panel

A 'parallel-panel' refers to a system or arrangement where multiple, usually flat, components or panels are placed side-by-side in a way that their surfaces maintain a consistent and equivalent distance from each other. This configuration is designed to work in a shared operation to distribute work, facilitate even exposure to an element like heat or light, or otherwise provide a unified function. The key characteristic is the precise maintenance of equal distances and consistent alignment between individual panel elements, ensuring consistent output across the entire arrangement. This structure commonly offers a balanced, organized, and uniform operation.

Parallel-panel meaning with examples

• The solar array utilized a 'parallel-panel' design, maximizing sunlight capture for energy generation. Each panel received an equal amount of light due to the precise positioning and consistently equal distances. This arrangement enabled an effective and uniform power generation, efficiently harnessing the sun's energy. The maintenance was made easier due to even distribution of heat.
• In the heat exchanger, 'parallel-panel' channels facilitated efficient thermal transfer. Coolant flowed through the spaces between evenly spaced panels, uniformly removing heat from a source. The consistent spacing ensured uniform heat dissipation, thus optimizing the cooling process and preventing hotspots. The uniformity also meant an increase in its durability over the lifespan of the device.
• The museum's exhibition displayed a 'parallel-panel' display structure showcasing historical artifacts. Each panel held curated information at even distances, providing an equal viewing angle. The uniform placement facilitated visitor flow and accessibility of the artifacts displayed. Each panel had the same height and width, allowing for easy integration with any room.
• The artist used a 'parallel-panel' canvas to explore the effect of light and shadow. Each panel within the structure was placed in a series. Each one was carefully aligned. This consistent placement allowed for an intricate, uniform aesthetic, creating a harmonious effect across the artwork. This setup allowed for a better ability to distribute the light.
• The structural engineers incorporated 'parallel-panel' walls to enhance the building's stability. Each panel, installed with perfect spacing, effectively distributed the load across a wide area. This design strategy contributed to the structural integrity, enabling the building to withstand external forces. The parallel configuration provided strength.