Abstract: Formed by modules (1) with bi-convex (2) configurations in the central modules (1) of the lens, becoming plano-convex and finally concavo-convex in its end modules (1), with a smooth transition (3), all ridges or grooves being minimized, and with the vertical face joining the upper and lower facets of the modules (1) being flat and inclined towards the optical axis, eliminating spherical aberration by incorporating in the modules (1) refracting fluids with different refraction index and very small volume, in a construction with a minimal thickness and weight.

Abstract: Formed by modules (1) with bi-convex (2) configurations in the central modules (1) of the lens, becoming plano-convex and finally concavo-convex in its end modules (1), with a smooth transition (3), all ridges or grooves being minimised, and with the vertical face joining the upper and lower facets of the modules (1) being flat and inclined towards the optical axis, eliminating spherical aberration by incorporating in the modules (1) refracting fluids with different refraction index and very small volume, in a construction with a minimal thickness and weight.

Abstract: Liquid modular lens, without sphencal deviation, provided with means to absorb the solar energy condenser, supplied with a thermal plate capable of absorbing high temperatures, consisting of a liquid modular lens consisting of lenticular circular crowns, with a precise and adequate refraction index, making possible the convergence of the luminous front captured by the lens towards a single focus, having blunt ends in the lenticular crowns, it being possible to modify the exit angle of every luminous ray in the lenticular crowns, and keeping a proper separation to prevent breakages caused by dilatations, all the constituent pieces of the lens being sealed in their internal and external perimeters, thermal plate consisting of a body made of a ceramic material of great thermal resistance provided internally with a cavity.

Abstract: A condenser of solar energy on a moving structure, with east-west solar tracking and a modular liquid lens, the former consisting of a system capable of concentrating the solar energy by the incorporation of one or several modular liquid lenses, and the latter comprised by the connection of different transparent lenticular recipients, capacitated for installation on a metallic structure of spherical or cylindrical shape which, by means of the action of a divergent lens and a liquid prism transmits the heat to the fluid in a primary circuit which by means of a heat exchanger provides the temperature necessary for the different energy uses.