3results about How to "Convenient inclination" patented technology

The application belongs to the technical field of building integrated photovoltaics, and discloses a building photovoltaic integrated space deployment method under the double constraints of vision and performance. The application uses grid division and target point selection technology to screen photovoltaic deployment building surfaces. This method can make the layout of photovoltaic components more scientific and reasonable, avoid the problem of improper building surface selection caused by only relying on illumination conditions or simple experience judgment in traditional methods, and ensure that the photovoltaic system can maximize the reception of solar energy. At the same time, a dynamic shadow blocking calculation method is adopted, the blocking effect of the surrounding environment is considered, and the photovoltaic potential of the building surface is fully evaluated and tapped. Through a multi-objective optimization method, the power generation performance and visual impact of the photovoltaic system are comprehensively considered to find the best balance point. This not only guarantees the efficient operation of the photovoltaic system, but also reduces its negative impact on the visual environment, and improves the scientificity and practicality of the installation scheme.

The present application belongs to the technical field of artificial floating island, and particularly relates to an artificial floating island for common tern nesting; the artificial floating island for common tern nesting comprises a foam board, a bamboo pole is fixedly connected to the bottom of the foam board, and a circular groove is formed in the bamboo pole and located at the corner of the foam board; the artificial floating island for common tern nesting further comprises a buoyancy control unit; the present application is characterized in that a plurality of buoyancy control units are uniformly arranged around the foam board, each buoyancy control unit is provided with a No. 1 air bag, the buoyancy of the foam board is changed by changing whether the No. 1 air bag is inflated or not, so as to change the draft of the floating island and adjust the inclination of the floating island, and the risk of sinking and tilting of the floating island is reduced.

The invention provides a reservoir area floating type photovoltaic array anchoring system coupled with ecological water purification. The reservoir area floating type photovoltaic array anchoring system comprises floating type photovoltaic array units, a net-shaped main cable system, a multifunctional ecological anchor chain unit and multiple demersal fixing devices. The floating photovoltaic array unit is arranged on the water surface of a reservoir and serves as a power generation main body of the system; the net-shaped main cable system is connected below the floating photovoltaic array units to form a flexible connection and global load transmission network; the upper end of the multifunctional ecological anchor chain unit is connected to the net-shaped main cable system, and the multifunctional ecological anchor chain unit is internally integrated with a porous columnar carrier and is filled with a slow-release ecological mineral material; the benthic fixing device provides final anchoring force for the system. According to the invention, an anchoring solution which is high in reliability and adapts to a complex hydrodynamic environment is provided for floating photovoltaic in a reservoir area, multifunctional coupling of photovoltaic power generation, efficient utilization of a water surface space and ecological purification of a reservoir water body is synchronously realized, and comprehensive benefits and environmental friendliness of the system are remarkably improved.