| 摘要 |
<p>The subject of the invention is a buoyancy power plant, generating energy, following laws of hydro- and aerostatics. According to the invention, the buoyancy plant is a set of interconnected power generation devices. The plant consists of one or more buoyancy units (100), (100.1), with a built-in float (121) (121.1). The float (121) (121.1) moving inside the tank (141), (141.1) of the device and is connected via a connector (502), (502.1) with a mechanical drive assembly (200) (200.1) (200.2) (200.3) (200.4) (200.5) (200.6) and/or a hydraulic drive unit (300) and/or a hydraulic power unit. These assemblies are connected to an electricity generator (505) and/or a mechanical energy generator. Preferably, the connector (502) (502.1) is equipped with a mechanical energy storage unit (600). The operating principle of the. basic buoyancy device system (100) (100.1) is based on the interaction of two buoyancy assemblies. In this system, two buoyancy devices operate alternately, i.e. when float (121) of the first buoyancy device (100) operates in the duty cycle, the float (121.1) of the second buoyancy device (100.1) operates in the passive cycle. A connector (502), connecting the float (121) of the first buoyancy device (100) with the float (121.1) of the second buoyancy device (100.1) moves between these two buoyancy displacement devices (100) (100.1) (100.2) (100.3), (100.4), cyclically, in reciprocating motion.</p> |
