就照明技术而言,在水族馆的爱好中,感应灯是准散布的,并且这种照明技术的最大营销推动已致力于生长陆地植物。使感应照明有效且持久的一件事是,它使用感应而不是电极将能量传递到灯中,这意味着它们持续了很长时间,而且更好的是,灯光是完全可潜水的。
圣地亚哥州立大学使用了这种感应照明的水不足的超级能力Inda Growwas submerged in a cold water tank to light up various kelp, macroalgaes and some invertebrates. After eight weeks of the trial it is clear that the light-hungry kelp has made good use of the lighting from the Inda-Grow induction lamp by growing so much it already experienced several harvests.
We don’t know how efficient it is to use a hot, submerged light source in an otherwise cold water aquarium setup but the concept has our attention simply based on the submerged nature of the lighting source. We’ve had great expereiences with submerged LED striplights which don’t experience any reflection off the surface of the water, giving a rather neat and very pleasing uniform light distribution.
在大多数海洋水族馆中,大而笨重的感应型生长的光具有可疑的实用性,但我们希望引起人们对这种设置的关注,主要是因为将光源放在水面下的好处。我们非常习惯于坦克上的灯光,以至于我们认为这是必须的方式,但是有了许多新兴技术,我们希望非常规的照明位置可以导致照明效率和分配以及一些戏剧性的水族馆照明介绍的有趣提高。