| 摘要 |
Device (100) for the storage and production of electric power includes:
at least one energy source, preferably a source (400) of renewable energy;at least one pump (200), supplied by the energy source (400), adapted to compress the air inside a storage tank (6) of compressed air so that to feed it to at least one primary pneumatic actuator (1) connected to at least one secondary pneumatic actuator (1a), preferably connected to a plurality of secondary pneumatic actuators (1a, 1b, 1c), via pressurized pipings (3 and 4) and electrovalves (150 and 298);at least one transmission assembly (21) adapted to transform the reciprocating rotary motion of the pneumatic actuators (1, 1a, 1b, 1c) in a constant rotary motion;at least one electric generator connected to the transmission assembly (21) adapted to produce electric power when necessary. |
| 主权项 |
1. Device (100) for the production of electric power comprising:
at least one energy source, (400) preferably of renewable energy, adapted to activate at least one electric motor (5) connected through a screw mechanism (98) adapted to operate the drive shaft (97) on whose axis at least one pump (200) is arranged, preferably a plurality of pumps (200), (200a), (200b) adapted to compress the atmospheric air inside an appropriate storage tank (6) of said air, till a maximum pressure of 100 atmospheres is reached, thanks to the synchronous action of at least two couples of valves (13) connected to said pump (200) in such a way that every single pumping chamber (15) and (16) of each cylinder (90) is connected to said couple of valves (13) controlled by the control unit (14), which are adapted to open and close so as to exploit the compression action of the cylinder (17) during both the back and forth steps, and at least one pressurized piping (3) deriving from said storage tank (6) on which at least one pressure reducer (500) and one primary electrovalve (150) are placed, the latter being adapted to feed, at a pressure of about 10 bars, at least one pneumatic actuator (1) arranged on the axis (50) in turn connected, through at least one pressurized piping (4), to at least one secondary pneumatic actuator (1a), preferably a plurality of secondary pneumatic actuators (1a, 1b, 1c) connected in parallel one to another and arranged along said axis (50) too, which are adapted to be activated by the compressed air emitted by the primary pneumatic actuator (1) and entered into the pressurized piping (4), said pressurized piping (4) being provided with the secondary electrovalve (298) so as to allow said pneumatic actuators (1a, 1b, 1c) to be activated in parallel, these actuators also rotating, by their reciprocating rotary motion, the shaft (99) placed along said axis (50) with a reciprocating rotary motion, and said device (100) being provided with at least one transmission assembly (21) placed along said axis (50) and adapted to transform the reciprocating rotary motion of a first element, i.e. of the actuators (1), (1a), (1b), (1c), into the continuous rotary motion of a second element connected thereto, i.e. of the flywheel (58) connected to the electric generator (33). |
