JP2013095413A - Power generation device combinedly used as roof for electric vehicle - Google Patents

Abstract

PROBLEM TO BE SOLVED: To allow a battery of an electric vehicle to be charged during traveling without stopping the vehicle, allow the vehicle to be driven by electricity generated by solar energy, and reduce CO2 as battery charging is required for every predetermined traveling distance, though electric vehicles are mentioned nowadays to address a big issue of CO2 reduction.SOLUTION: A battery-operated vehicle is loaded with a small battery to be low-priced and spread, and in a system wherein rails for feeding electricity are laid on the road and only a rail in a location passed through by the vehicle is energized, thereby allowing battery charging during traveling of the vehicle and allowing long distance traveling even with a small battery, solar panels are placed on a roof above the road, and the electric vehicle is driven by the electricity generated by solar energy, and in addition to CO2 reduction in the electric vehicle, CO2 reduction is achieved through solar energy generation, in a power generation device combinedly used as a roof for an electric vehicle.

Description

  In order to prevent the installed rails from leaking electricity due to rain and snow moisture, a solar panel that also serves as a roof is placed on the road to prevent rain and snow, and the generated electricity is used to drive electric vehicles and batteries. It is a power generator that also serves as a roof for electric vehicles and is used for charging.

  Solar panels shall be placed on a frame that can withstand the weight of snow and will not leak.

  It is also necessary to have a structure that can be supported by a framework that can withstand strong winds and that can withstand corrosion.

  In the past, there was no road that could be charged while traveling, and there was no rail laying, so the road roof was of an arcade level.

  Now that we have a road that can be recharged while driving, the problem of rail leakage due to rain and snow moisture has arisen, and a solution is needed.

  In order to solve this problem, it is necessary to surround the rail with an insulator to block moisture from rain and snow, or to provide a roof that does not allow rain and snow to fall.

  However, since this rail method is often laid on an existing road, re-digging the existing road and surrounding the rails with an insulator to block rain and snow moisture is overwhelming, and there is also a problem of traffic interruption is there.

  Therefore, it is desirable to proceed with this method because there are many advantages to providing a roof that does not rain.

  In order to prevent the rails laid on the road for electric vehicles to be charged while driving from being leaked due to rain and snow moisture, a solar panel that also serves as a roof is placed on the road to prevent rain and snow, and the generated electricity is Used for driving and charging cars.

  The structure of the frame that supports the roof pillars and solar panels will be placed on a structure that will withstand the weight of the snow and will not leak, with no traffic obstruction.

  If there is a solar panel that works as a roof, the rails will not be submerged and the road will dry, so there will be less leakage and less insulation.

  The electricity generated by the solar panel is processed and returned to match the electricity being transmitted, and is used in the nearest electric vehicle that is running, so transmission loss is extremely low.

  Because solar panels are installed on the road, no site fee is required.

  Even if it snows, there is no need to remove snow and the cost of snow removal can be reduced.

  The configuration of FIG. 1 will be described.

  1 is a solar panel, 2 is a framework, 3 is a pillar, 4 is a current collector, 5 is an electric vehicle, 6 is a rail, 7 is a road surface, and 8 is a median.

  Hereinafter, an embodiment of the present invention will be described with reference to FIG.

  The solar panel 1 generates electricity with solar energy, the two frames are the platforms that support the solar panel 1 with a structure that can withstand the weight of snow, 3 is the pillar that supports the 1 solar panel and the two frames, and 4 is the current collector It is an instrument that takes electricity into an electric vehicle. 5 is an electric vehicle, 6 rails take electricity into the electric vehicle to run and charge the battery, 7 is the road surface of the roadway, and 8 is the median strip.

  Electricity generated by solar energy obtained from the solar panel 1 can be supplied to an electric vehicle.

  Since it is a dry road surface, there is little electric leakage from the rails and there is little electric loss.

  There is no need for snow removal, and snow removal costs can be reduced.

  Front view

DESCRIPTION OF SYMBOLS 1 Solar panel 2 Frame 3 Pillar 4 Current collector 5 Electric vehicle 6 Rail 7 Road surface 8 Median strip

Claims (1)

  In order to prevent the rails laid on the road for electric vehicles to be charged while driving from leaking due to rain and snow moisture, a solar panel that also serves as a roof is placed above the road to prevent rain and snow, Electric vehicle roof combined use power generator used for running electric vehicles and charging batteries.

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