CN202266374U - Arrangement layout for wind driven generator in track system - Google Patents

Abstract

An arrangement pattern of a wind power generator in a track system, characterized in that: there is a wind power generating device (2), characterized in that: the above-mentioned wind power generating device (2) is arranged on both sides of the track (1) system, and The plane formed by the wind power generating device (2) and the rotating blades (b) of the generating device (2) forms an included angle with the traveling direction of the train (3) that is less than 90 degrees and greater than zero degrees. ——In the track (1) system, the technical solution for the collection and utilization of wind power waste energy inevitably caused by the train (3) running at high speed has the characteristics of strong operability.

Description

A layout pattern of wind power generators in the track system

technical field

The invention relates to energy utilization technology, in particular to the arrangement pattern technology of wind power generators in rail systems. the

Background technique

The method of utilizing solar power generation to provide road lighting has been adopted by people, but its disadvantage is that it will cause inconvenience to people's use during the time period similar to the rainy season (sunshine deficiency). the

At present, the utilization (power generation) of the inexhaustible wind power energy has received extensive attention, however, the problem of how to collect and utilize the wind power waste energy caused by man has not yet attracted people's attention, for example, trains (trains) running at high speed The wind power (its power is not small) waste energy that produces next to the automobile at the time has not yet solved the problem of its being collected and utilized. the

Contents of the invention

Purpose of the invention

Purpose of the present invention: just propose a kind of technical solution to the collection and utilization of above-mentioned wind power waste energy that inevitably causes when above-mentioned train travels at high speed. the

In order to realize the above-mentioned purpose of the invention, it is proposed to adopt the following technologies:

There is a wind power generation device, characterized in that: the wind power generation device is arranged on both sides of the rail system, and the plane formed by the rotating blades of the wind power generation device and the train running direction is less than 90°. degrees, angles greater than zero degrees. ——The size of the included angle is related to the output power of the wind power generation device. The included angle data when the maximum output power is obtained under the same conditions (referring to: vehicle type, vehicle speed and parallel distance from the wind power generation device) can be tested through experiments. the

The characteristics of the present invention: because the wind power collected at a fixed position and caused by high-speed vehicles is used to generate electricity on the expressway, this opens up another utilization path (such as road lighting) for the application of wind power generation and creates conditions. the

Description of drawings

The figure illustrates an embodiment of the present invention (a layout with wind power generating devices arranged on both sides of the dual-track system). the

1: train track; 2: wind power generation device; 3: high-speed train; a: wind power generator constituting the wind power generation device; b: blades constituting the wind power generation device. the

Detailed ways

The key of the present invention is: the wind power generation device 2 is arranged on one side or both sides of the train track 1, and the purpose is to allow the useless wind force caused by the train 3 running at high speed on the track 1 to be driven and arranged on the track at the same distance. 1 wind power generation device 2 generating electricity on one side or both sides. ——Obviously, the wind power generators 2 installed on both sides of the track 1 are all facing the high-speed train 3, and the distance away from the train 3 should be as small as possible. From the perspective of safety, the farther the better, the distance between them should generally be It is appropriate to consider controlling it at about one meter; the diameter of the blade b in the wind power generating device 2 should be slightly greater than the height of the train 3 compartment, and the total height of the wind power generating device 2 can also be slightly higher than the height of the train 3 compartment. the

If, what lay for train 3 is the single-row track 1 system, just can safely all be provided with the wind power generation device 2 that is arranged on the both sides of this single-row track 1, the wind power generation device 2 of these two sides work simultaneously, the power generation of unit time The amount is twice that of the wind power generation device 2 on one side, and the wind power generation devices 2 on the two sides will not have the adverse effect of canceling each other. ——If it is a double-track track 1 system, the arranged wind power generators 2 are arranged on both sides of the entire double-track track 1 system as shown in the figure, such processing is easy to operate. the

The lamp that adopts in the present invention is preferably acted as with the energy-saving light-emitting diode class light source, can imagine, with a train 3 of per hour 80 kilometers per hour advancing speeds, when passing by a wind power generating device 2 besides, the wind force that causes can reach On the order of hundreds of watts, assuming that the short-distance wind power caused by each train 3 reaches 200 watts and the wind duration is 10 seconds, then light a 1-watt LED light source (quite bright), It can last for 2000 seconds. ——It is not difficult to imagine that in 24 hours a day, as long as a train 3 is passed on the track 1 next to each wind power generating device 2, then, it can be guaranteed in design: the above-mentioned 1-watt light-emitting diode class The light source can be lit for 2000 seconds. the

Obviously, once the laying of the track 1 is completed, the number of wind power generation devices 2 arranged on its side will be far more than one, and once the track 1 is opened to traffic, the train 3 passing one wind power generation device 2 every day will also be far more than one. If there is more than one row, ... the calculation result (the total electricity that can be sent out by the present invention and the total wattage that can be turned on) by the above-mentioned method is quite considerable. It is conceivable that as long as the design is proper, all the light energy required on the entire train track 1 system can be solved by the method disclosed by the present invention, and no matter how the climate changes, as long as there is a train 3 running in the track 1 system, it will not affect normal practice of the invention. ——It is very possible that the method disclosed in the present invention can meet the power consumption of all auxiliary power consumption facilities (mainly referring to low energy consumption facilities such as lighting and communication) in the modern track 1 system. the

Claims (1)

1. a wind-driven generator is provided with general layout in rail system; Wind generating unit (2) is arranged; It is characterized in that: above-mentioned wind generating unit (2) is arranged on side in track (1) system; And, let constitute this wind generating unit (2) and utilize the formed plane of rotation blade (b) of this electricity generating device (2) become with train (3) direction of travel less than 90 spend, greater than the angle of zero degree.

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