| 摘要 |
Disclosed is a power efficiency improving apparatus comprising a plurality of efficiency enhancers, the number of which is the same that of phases forming a AC power line provided to a reception side, and which is respectively connected to each of the phases in parallel. Each efficiency enhancer includes: a main body having an inner space surrounded by the bottom face, the top face and side faces; first and second magnets disposed at the center of the top face and at the center of the bottom face in the inner space, respectively, with polarity to apply attractive forces to each other; first to sixth copper rods, which are positioned in the inner space, and arranged such that a virtual line connecting the center of each copper rod forms a regular hexagon; and a connecting line coated with an insulating material, with a conductor inside thereof, one end connected in parallel to any one phase of the AC power line and the other end positioned on the central top of the bottom face, wherein the connecting line passes the first to sixth copper rods in turn while winding two neighboring copper rods in the inner space in opposite rotational directions of the two copper rods. According to the present invention, magnetic energy generated from magnetic dipoles of the first and second magnets is linked with the AC power line through the six copper rods disposed in a hexagonal shape and the connecting line winding the copper rods, thus the power efficiency improving apparatus improves power efficiency without causing negative effects such as generation of harmonics, etc., on an existing power generation facility, and also is easily installed by being connected in parallel to the existing power generation facility. |
