Abstract: A container locating system and method, and an electronic tag are disclosed. The system includes: an electronic tag, a reader/writer and a detection module. The electronic tag is disposed on the container and stores product identification information of the container; the detection module transmits a first level signal to the electronic tag when the detection module detects that the stored electrical capacity of the electronic tag is greater than a preset electrical capacity threshold; the electronic tag transmits, upon receiving the first level signal, an information acquisition signal to other electronic tags within a designated area to cause said other electronic tags to transmit their respective stored product identification information to the electronic tag; the reader/writer reads product identification information stored in the electronic tag to determine a location of a container.

Abstract: Provided is a packaging method for a photovoltaic module. The method comprises: providing a flexible substrate roll and unwinding the substrate roll at a set unwinding speed to obtain an extended flexible substrate, the substrate including a conductive film, a first packaging adhesive film and a polymer substrate which are stacked from top to bottom; providing a chip and a diode and connecting the chip and the diode to the conductive film; and providing a second packaging adhesive film, a first and second intermediate films, a water resistant film and a back-sheet, and packaging the these films and the back-sheet respectively on the substrate to form the photovoltaic module while the substrate transporting successively through a first working station, a second working station, a third working station and a fourth working station at a preset speed, and reeling to form a photovoltaic module roll for performing temperature-pressure control processing.

Abstract: A groove type mounting bracket, a photovoltaic power generation unit and a method for mounting a photovoltaic power generation assembly are provided. The groove type mounting bracket includes a support plate and grooves arranged on the sides of the support plate. The groove is suitable for snap-fitting with a vertical member which extends on a building surface and has a projection on the side thereof. The photovoltaic power generation unit includes a photovoltaic power generation assembly and a groove type mounting bracket of the application. By using the groove type mounting bracket of the application, the flexible photovoltaic assembly can be directly snap-fitted and mounted on the standing seam roof.

Abstract: A road surface power generation system is provided, which includes a glass layer, a solar cell chip, a substrate and a heating device. The solar cell chip is arranged between the glass layer and the substrate. The heating device is arranged on the glass layer or the substrate. In the road surface power generation system, the heating device is arranged on the glass layer or the substrate, for heating the glass layer, such that frost, snow and ice accumulated on the glass layer can be melted, thereby enhancing the light absorption rate of the solar cell chip, and improving the power generation efficiency.

Abstract: A road surface power generation assembly is provided, which includes a substrate, a solar cell chip and a glass layer. The glass layer includes an upper glass layer and a lower glass layer which are secured through a sheet adhesive layer. The solar cell chip is arranged between the lower glass layer and the substrate.

Abstract: A reel-type packaged flexible assembly module is provided. The reel-type packaged flexible assembly module includes a packaging cloth, cables and two or more flexible photovoltaic assemblies. The two or more flexible photovoltaic assemblies are bonded to one packaging cloth. The two or more flexible photovoltaic assemblies are connected in series through cables.

Abstract: A portable reel-type solar power generation device and a reel-type solar power generation device are provided. The portable reel-type solar power generation device includes a roller, a moving apparatus and a solar cell packaged assembly. The solar cell packaged assembly is configured to be wound on the roller which is arranged on the moving apparatus.

Abstract: A trailer-type energy vehicle includes a trailer-type compartment, a reel-type packaged flexible photovoltaic power generation device and an electrical system. The reel-type packaged flexible photovoltaic power generation device is arranged in the trailer-type compartment and includes a winding mechanical device and a reel-type flexible photovoltaic power generation strip. The reel-type flexible photovoltaic power generation strip is wound on the winding mechanical device. The electrical system is connected with the reel-type flexible photovoltaic power generation strip.