Natural Lighting for High-Tech Shrimp Farming Area

Quick conclusion

Skylights can reduce daytime lighting needs in covered shrimp farming areas, but they do not inherently increase biosecurity or prevent disease. The design must simultaneously control light, temperature, ventilation, condensation, salt environment, and hygiene procedures.

The light must be suitable for the cultivation process

Intensity and lighting duration affect operation, but specific needs depend on the culture system, tank depth, density, and aquaculture expert procedures. A general ratio for daylight panels should not be applied to all farms.

Heat and condensation control

Light transmission and heat transmission are two different indicators. Roofs need to combine sun shading, ventilation, building orientation, and humidity management. Condensed water must be drained so it does not drip into the breeding area or equipment.

salt and cleaning chemical environment

Not only the panels but also screws, washers, sealant, and support frames must be suitable for humid/salty environments and cleaning chemicals. The type of chemicals used, concentration, and exposure frequency must be declared so the supplier can check compatibility.

Hygiene and biosafety

The surface, joints, and drainage details must minimize dust/dirt accumulation and allow cleaning. However, the effectiveness of biosafety still depends on the control of people/vehicles, water, seedlings, tools, and operating procedures; it cannot be attributed to a roofing material.

Design documents that should exist

• Floor plan of zoning and location of daylighting strips.
• Indoor/outdoor environmental data and ventilation options.
• Structural drawings, condensate drainage, and connection details.
• Technical sheet, cleaning instructions, and warranty conditions for the panel.

See more Overview of plastic roofing sheets and skylight panels Maxlight or send documentation for project-based consultation.