Photovoltaic horizontal beehive system

A photovoltaic horizontal beehive system, the system comprising:

• a brooder box having a floor wall and multiple sidewalls forming an interior cavity, the sidewalls being defined by at least one bee passageway enabling passage between the interior cavity and the exterior of the brooder box;
• a lid disposed on the sidewalls of the brooder box, the lid being operable to move between an open position and a closed position to regulate access to the interior cavity of the brooder box, the lid being defined by an outer surface and an inner surface;
• a fixed central divider traversing centrally across the interior cavity of the brooder box, the fixed central divider operable to segregate the interior cavity of the brooder box;
• at least one removable divider operable to segregate the interior cavity of the brooder box into multiple compartments, the removable divider being disposed substantially parallel with the sidewalls and perpendicular with the floor wall, the removable divider further being operable to reposition in the interior cavity,
• whereby the size and dimension of the compartments is adjustable;
• a solar panel disposed on the outer surface of the lid, the solar panel is operable to pivot up to 180° about an automated pivot hinge to harness sunlight for generating electricity;
• and
• one or more electrical components operatively connected to the solar panel, the electrical components operable to regulate the generated electricity, the electrical components disposed in at least one of the compartments of the brooder box, the electrical components including at least one of the following:
• a battery, an inverter, a charge controller, and an electrical cable,
• whereby the electricity is regulated for powering an internal brooder box apparatus in, or proximal to the brooder box, the internal brooder box apparatus including at least one of the following:
• a light source, a cooling component for cooling the interior cavity of the brooder box, and an electrical mite exterminator,
• whereby the electricity is regulated for powering an external electrical apparatus disposed distally from the brooder box, the external electrical apparatus including at least one of the following:
• an electrical fence, a data gathering device, and a generator.

A photovoltaic horizontal beehive system, the system comprising:

• a horizontal beehive having a floor wall and multiple sidewalls forming an interior cavity, the sidewalls being defined by at least one bee passageway enabling passage between the interior cavity and the exterior of the horizontal beehive, the sidewalls comprising a rail;
• a pallet disposed adjacent and parallel to the floor wall;
• a lid disposed on the sidewalls of the horizontal beehive, the lid being operable to move between an open position and a closed position to regulate access to the interior cavity of the horizontal beehive, the lid being defined by an outer surface and an inner surface;
• a fixed central divider traversing centrally across the interior cavity of the horizontal beehive, the fixed central divider operable to segregate the interior cavity of the horizontal beehive;
• at least one removable divider operable to segregate the interior cavity of the horizontal beehive into multiple compartments, the removable divider being disposed substantially parallel with the sidewalls and perpendicular with the floor wall, the removable divider further being operable to reposition in the interior cavity by sliding along the rail on the sidewalls,
• whereby the size and dimension of the compartments is adjustable;
• a solar panel disposed on the outer surface of the lid, the solar panel is operable to pivot up to 180° about an automated pivot hinge to harness sunlight for generating electricity;
• and
• one or more electrical components operatively connected to the solar panel, the electrical components operable to regulate the generated electricity, the electrical components disposed in at least one of the compartments of the horizontal beehive, the electrical components including at least one of the following:
• a battery, an inverter, a charge controller, and an electrical cable, the inverter being operatively connected to the solar panel, and operable to convert a direct current generated by the solar panel to an alternating current, the charge controller being operatively connected to the solar panel, and operable to limit the rate of electrical current flowing from the solar panel,
• whereby the electricity is regulated for powering an internal beehive apparatus in or proximal to the horizontal beehive, the internal beehive apparatus including at least one of the following:
• a light source, a cooling component for cooling the interior cavity of the horizontal beehive, and an electrical mite exterminator,
• whereby the electricity is regulated for powering an external electrical apparatus disposed distally from the horizontal beehive, the external electrical apparatus including at least one of the following:
• an electrical fence, a data gathering device, and a generator.