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Aquatic LED lighting to optimize growth results and reduce sea lice treatment
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2024-02-26
LED lightingNot only does it support and optimize the growth of plants, it can also help fish farming.Xin Nuofei announced that he was breeding in aquacultureledThe latest innovative achievements in the field of lighting, as well as related products, can improve the land and marine breeding of salmon, sea bass and seabirds.uniqueofLight distribution also reduces the exposure of sea lice and reduces up to 50%of treatment.
SIGNIFY said that alone is a powerful tool for improving fish production and benefits.With the degree of optimization, Philips aquaculture LED lighting supports low food conversion rates, and the correct light distribution helps prevent sea lice from exposing.With the rise of stable slope and the low -key light level, it also reduces the pressure of fish and improves their benefits.The spectrum is optimized for underwater distribution, the eyesight of the fish's eyes and the pine cones sensor, and maximize the contribution to growth without maturity.Salmon is preserved in a permanent summer state to prevent spawning and maintaining great taste and texture in the growth stage.
(Image source: SIGNIFY)
Its uniqueness is that the light is distributed, and it goes down alone in the ocean or tank.The optimized light density is combined with the downward beam to ensure that the fish will swim deeper.When it is installed below 5 meters, it reduces the need for sea ice treatment, because most of the fish will take below the sea iceswimEssenceThis also reduces electricity consumption and ensures that there is no light pollution.In the water tank, the light distribution solves the lighting needs of each part of the water tank to ensure that the light can reach the place where it needs to reach, and there will be no fish or tiny particles to cover the light.
Planting salmon with high market value at low operating costs, while maintainingConstantThe level of production is a challenge.Among the salmon cultivated in Norway, lice are 10%of the cost of production.In addition, because fish feed accounts for 50%of operating costs, the reduction of any food conversion rate will bring more profits.
Philips aquaculture and lighting combine the latest LED technology with professional knowledge of fish physiology research.Xin Nuofei cooperated with leading universities and research institutions through funding for doctoral and post -doctoral research projects.This includes research on growth at the University of Scotland, as well as the research on the effects of spectrals, uniformity, strength, and darkness on the invasion of salmon during the University of Bergen, Norway.The results show that lighting helps to avoid the pressure of fish, resulting in a decrease in mortality from incubation to growth by 15%.
