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Solar radiation receiver for solar irradiation of solid particles, an industrial plant with a solar radiation receiver, as well as a process for the solar irradiation of solid particles

机译:用于固体颗粒的太阳辐射的太阳辐射接收器,具有太阳辐射接收器的工厂以及用于固体颗粒的太阳辐射的方法

摘要

Solar radiation receiver (1) for solar irradiation of solid particles, with an absorber device (3), in which the solid particles are heated by concentrated solar radiation, wherein the absorber device (3) a horizontal conveyor (7) with a horizontal or at an angle of maximum 10 ° the horizontal arranged conveying surface (11), wherein the conveying surface (11) is movable in at least one main conveying direction and the solid particles on the conveying surface (11) are transportable and wherein the concentrated solar radiation is directed to the conveying surface (11), characterized in that between the solid particles and the conveying surface (11) there is an average friction coefficient μ for the static friction and the conveying surface can be accelerated in repetitive sequences in the main conveying direction with an acceleration avor of maximum μ · acceleration g up to a predetermined speed and subsequently after a predetermined period of time with a delay of at least 1.5 · avor can be braked, wherein the conveying surface (11) by a plate (7) is formed and wherein the plate (9) is a ceramic plate or a steel plate and / or wherein the plate (9) on the conveying surface (11) forming side is coated with a ceramic layer, preferably an aluminum oxide layer.
机译:用于吸收固体颗粒的太阳辐射的太阳辐射接收器(1),其具有吸收器装置(3),其中固体粒子通过集中的太阳辐射加热,其中吸收器装置(3)带有水平或水平的水平输送机(7)水平布置的输送表面(11)以最大10°的角度,其中输送表面(11)可在至少一个主输送方向上移动,并且输送表面(11)上的固体颗粒是可输送的,并且其中聚集的太阳能辐射被引导到输送表面(11),其特征在于,在固体颗粒和输送表面(11)之间存在静摩擦的平均摩擦系数μ,并且在主输送中可以以重复的顺序加速输送表面方向达到最大μ·加速度g达到预定速度,随后经过预定时间至少延迟1.5·a ca n被制动,其中通过板(7)形成输送表面(11),并且其中板(9)是陶瓷板或钢板,和/或其中板(9)位于输送表面(11)上形成面涂覆有陶瓷层,优选氧化铝层。

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