Portable photovoltaic array generator set container and utilization method thereof

An operation method for unfolding a foldable portable solar photovoltaic array power generator set container, comprising:

• placing a container, after being transported, in a designated site;
• opening a door of the container, taking out two lower latch square tubulars at a lower part of a foldable solar photovoltaic power generation unit of the foldable portable solar photovoltaic array power generator set container and placing the two lower latch square tubulars below the folded solar photovoltaic power generation unit, and synchronously jacking the two lower latch square tubulars by using four jacks to take out four battens, to allow a caster of the foldable solar photovoltaic power generation unit to fall on a lower track, laying a rail component in the container outwards, laying a transfer track first, and then laying track racks and tracks;
• drawing out a latch for fixing the foldable solar photovoltaic power generation unit, and unfolding the foldable solar photovoltaic power generation unit;
• pulling out folded frames, to allow an angle limiting steel cable to limit an angle of the folded frames with respect to the tracks to 15 degrees;
• after the folded solar photovoltaic power generation unit is unfolded in place, mounting blocking plates to head and tail ends of the rail component respectively, to limit positions of two sets of frames at the head and tail ends;
• removing the transfer track closest to the container;
• mounting S-shaped fixing hooks to fix the two sets of frames at the head and tail ends;
• removing a cover plate of a wire hole, and passing power cables of the foldable solar photovoltaic power generation unit through the wire hole and connecting the power cables to inverters;
• and
• turning on each switch of electrical equipment, closing the door of the container after power generation is performed normally, and ending an installation,
• wherein the foldable solar photovoltaic power generation unit comprises a movable component,
• wherein the movable component comprises a C-shaped large frame fixedly connected to a lower end of a set of frames, a C-shaped small frame fixedly connected to a lower end of another set of frames and a caster,
• wherein the C-shaped small frame is located inside the C-shaped large frame, the caster is located inside the C-shaped small frame, and an axle bolt is configured to connect and fix the C-shaped small frame, the C-shaped large frame and the caster,
• wherein a sleeve tube is mounted between the C-shaped large frame and the C-shaped small frame for supporting, and a position-limiting eye nut is arranged on an outer side of the C-shaped large frame, and
• wherein the caster is arranged on a track of the rail component to travel in a rolling manner.

A method for packing and transferring a portable solar photovoltaic array power generator set container, comprising:

• opening a door of the container, turning off each switch of electrical equipment, disconnecting and pulling out power cables by which a foldable solar photovoltaic power generation unit of the foldable portable solar photovoltaic array power generator set container is connected to inverters, and drawing out the power cables from a wire hole;
• mounting a cover plate of the wire hole in a side door of the container, and using a transfer track to connect a track to the container;
• inserting sleeve traction tubes into frames and installing a traction steel wire rope;
• starting an electric winch, packing the frames into the container, inserting an upper pin to fix and limit a position;
• laying pearl cotton on front, left and right sides of the foldable solar photovoltaic power generation unit, and tying three tightening bandages on the foldable solar photovoltaic power generation unit to tighten the foldable solar photovoltaic power generation unit;
• placing two lower latch square tubulars below the foldable solar photovoltaic power generation unit, and using four jacks to contact the two lower latch square tubulars to jack up the foldable solar photovoltaic power generation unit, and placing four battens evenly below the foldable solar photovoltaic power generation unit, wherein two battens are respectively placed at two sides of the foldable solar photovoltaic power generation unit, lowering the jacks to allow the foldable solar photovoltaic power generation unit to press onto the four battens, and inserting two lower latch square tubulars into squares at a lower part of lateral sides of the frames by bolts;
• storing a disassembled rail component into the container and fixing the disassembled rail component;
• and
• after closing the door of the container, packing and transferring the container by a truck mounted crane,
• wherein the foldable solar photovoltaic power generation unit comprises a movable component,
• wherein the movable component comprises a C-shaped large frame fixedly connected to a lower end of a set of frames, a C-shaped small frame fixedly connected to a lower end of another set of frames and a caster,
• wherein the C-shaped small frame is located inside the C-shaped large frame, the caster is located inside the C-shaped small frame, and an axle bolt is configured to connect and fix the C-shaped small frame, the C-shaped large frame and the caster,
• wherein a sleeve tube is mounted between the C-shaped large frame and the C-shaped small frame for supporting, and a position-limiting eye nut is arranged on an outer side of the C-shaped large frame, and
• wherein the caster is arranged on a track of the rail component to travel in a rolling manner.