Micro-array photovoltaic battery pack solar road surface with tracking system and construction method

Abstract

The invention provides a micro-array photovoltaic battery pack solar road surface with a tracking system and a construction method. The road surface comprises a plurality of surface layer units whichare mutually spliced and are mounted on a road surface structure bearing layer, wherein the surface layer units comprises a base, a plurality of strip-shaped photovoltaic solar cell panels, a rotary table group, a light-transmitting protection plate, a rotary driving motor and a swinging driving mechanism; a step mounting groove is formed in the base; the rotary table group is mounted in upper andlower grooves of the step mounting groove; all the strip-shaped photovoltaic solar cell panels are obliquely and movably arranged on the rotary table group at intervals; the rotary driving motor is mounted at the lower part of the rotary table group and is connected with the rotary table group; the swinging driving mechanism is mounted at the upper part of the rotary table group and is connectedwith each strip-shaped photovoltaic solar cell panel; the light-transmitting protection plate is in sealed connection with the upper groove of the step mounting groove. The method comprises the following steps: S1: prefabricating parts; S2: prefabricating the surface layer units; S3: splicing; S4: fixing. The micro-array photovoltaic battery pack solar road surface with the tracking system, provided by the invention, has the advantages of stable and durable structure, high power generation efficiency, environment-friendly utilization and convenience for construction.

Description

technical field [0001] The invention mainly relates to road engineering, intelligent transportation technology and photovoltaic solar energy technology, and in particular to a microarray photovoltaic cell group solar road surface with a tracking system and a construction method. Background technique [0002] Based on the principle of sustainable development, exploring renewable energy that can replace non-renewable energy has become a hot spot in research, development and utilization in the world today. However, road construction has the characteristics of large area and single function. In addition to burying the pipe network under the road base and greening the road above the ground, the road surface that occupies most of the space is only for pedestrians and vehicles. Therefore, how to make full use of the construction space of highways and expand their use functions will be one of the key research directions of transportation infrastructure construction under the situat...

AI Technical Summary

Problems solved by technology

At present, the solar pavements in the United States, France, the Netherlands and other countries are based on a solid structure in which the battery panels are placed horizontally, and are fixed horizontally between the base plate and the light-transmitting layer. The sun orientation is not distinguished, and the utilization rate of sunlight is insufficient

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