Construction technology for paving and prepressing solar power generation road surface photovoltaic module board
A technology of photovoltaic modules and construction technology, which is applied to the support structure of photovoltaic modules, photovoltaic power generation, photovoltaic modules, etc., which can solve the problems of laying and preloading photovoltaic module boards without solar power generation surfaces, and reduce the void at the bottom of photovoltaic module boards Probability, effect of ensuring compactness, effective and durable bonding
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[0042] Example 1
[0043] A construction process for laying and pre-pressing photovoltaic module panels on a solar power generation road surface, the specific implementation steps are:
[0044] (1) Pavement treatment of the lower bearing layer. First, use a pavement brushing machine to carry out brushing treatment on the pavement area paved with photovoltaic module panels, and then use a bobcat sweeper to follow the brushing machine to remove the loose aggregate particles and mineral powder on the road surface. The mud is swept away.
[0045] (2) Road cleaning and drying, first, use a high-pressure sprinkler to clean the loose aggregate particles and mineral powder slurry on the road surface and in the groove. Then, use a blower to blow dry the road surface.
[0046] (3) Supporting the junction box groove. In the longitudinal power groove 6, use a rough-surfaced elastic-plastic material such as cardboard to support the junction box groove 8.
[0047] (4) The bottom bearing ...
Example Embodiment
[0052] Example 2
[0053] A construction process for laying and pre-pressing photovoltaic module panels on a solar power generation road surface, the specific implementation steps are:
[0054] (1) Pavement treatment of the lower bearing layer. First, use a pavement brushing machine to carry out brushing treatment on the pavement area paved with photovoltaic module panels, and then use a bobcat sweeper to follow the brushing machine to remove the loose aggregate particles and mineral powder on the road surface. The mud is swept away.
[0055] (2) Road cleaning and drying, first, use a high-pressure sprinkler to clean the loose aggregate particles and mineral powder slurry on the road surface and in the groove. Then, use a blower to blow dry the road surface.
[0056] (3) Supporting the junction box groove. In the longitudinal power groove 6, use a rough-surfaced elastic-plastic material such as cardboard to support the junction box groove 8.
[0057] (4) Brush the acrylate ...
Example Embodiment
[0062] Example 3
[0063] A construction process for laying and pre-pressing photovoltaic module panels on a solar power generation road surface, the specific implementation steps are:
[0064] (1) Pavement treatment of the lower bearing layer. First, use a pavement brushing machine to carry out brushing treatment on the pavement area paved with photovoltaic module panels, and then use a bobcat sweeper to follow the brushing machine to remove the loose aggregate particles and mineral powder on the road surface. The mud is swept away.
[0065] (2) Road cleaning and drying, first, use a high-pressure sprinkler to clean the loose aggregate particles and mineral powder slurry on the road surface and in the groove. Then, use a blower to blow dry the road surface.
[0066] (3) Supporting the junction box groove. In the longitudinal power groove 6, use a rough-surfaced elastic-plastic material such as cardboard to support the junction box groove 8.
[0067] (4) Brush the polyureth...
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