FR2871182A1 - Solar fence device for swimming pool or comfort station, has five collectors painted in mate black to absorb solar energy, and streamer transferring heat from solar energy to water for transferring heat to storage system or directly to pool - Google Patents

Abstract

The device has a railing (A) and five inclinable collectors (B) painted in mate black for absorbing solar energy. A streamer is situated at the interior of the collectors and poles (C), and water of a swimming pool or a storage system e.g. hot water tank or heat exchanger, circulates in the streamer. The streamer transfers the heat from the solar energy to the water for transferring the heat to the system or directly to the pool.

Description

-1-DESCRIPTION

  The present invention relates to a safety solar guardrail device (referring to the law 2003-9, of January 3, 2003 which imposes the implementation of standardized safety device from January 1, 2004) for all new unclosed buried pools , for individual or collective use.

  The most suitable way is to combine heating plus safety (two in one), to exploit it to the maximum.

  However, it is necessary that this heating is not in its turn a financial pit by the energy which it is entitled to ask.

  That is why this system is very ingenious, solar thermal energy here recovers the heat captured on the railings by the sun to heat the latter. In addition, it combines design, safety and the solar collector.

  This favors its purchase in order to have an optimal profitability with regard to the safety and the warming of the water by the free and ecological energy. The attached drawings illustrate the invention: FIG. 1 represents each guardrail with a surface area of 2.30 m2 and consists of five reclining receivers B for precise adjustment of the IR (solar) rays. Figure 2 shows in section, the railing device.

  The receivers B painted in matt black are intended to capture the heat and to transmit it to a storage system (exchanger balloon).

  Lice transform the IR (solar rays) into heat, the guardrails figure 1 are made of a good heat conducting material, made of aluminum.

  Since the amount of energy absorbed depends largely on B-receivers, they are covered with a matte black paint.

  By warming up, the guardrail Figure 1 then becomes a source emitting IR rays.

  To prevent this loss of heat, the phenomenon of the greenhouse effect is used by enclosing a copper coil E in the railing Figure 1 and the sensors B and C columns. The heat is transmitted by conduction to the fluid or water of the swimming pool circulating in the latter Figure 1 using the coil E. It consists of a transfer of solar energy absorbed by the sensors B to a storage system (exchanger balloon).

  This transfer is carried out by means of a carrier liquid (antifreeze) which moves in the solar collectors FIG.

  NB: For the use of this system for a swimming pool, we can simplify it by directly passing the water of the swimming pool in the sensors B figure 1. We will simply use a circulator and a pump with a temperature probe which will trigger this one. The fluid where the hot water circulating in the guardrail 1 will not exceed high temperature to avoid possible burns.

  That is why this device will have a temperature probe and moreover it will not circulate inside the handrail A which will be of a very light color or of a material which will not charge itself as little as possible. heat.

Claims (1)

-3-CLAIM   1) Standard safety solar guardrail device for swimming pool, characterized in that the guardrail consists of a handrail (A), sensor (s) (B) preferably black matte promoting the absorption of heat that will be transmitted by heat exchange with the coil (E), located inside the sensors (B) and the poles (C), for heating the liquid flowing in it and returning to a storage system (exchanger balloon) or directly the swimming pool.