| 摘要 |
The cavitation power station operates according to the principle of a low-temperature steam engine using the vacuum method and operating temperatures below 100 DEG C. The vacuum container (1) is mounted rigidly or movably. Its steam (2) and condensed water chamber (3) is fitted with a piping network (4) which is alternately charged with hot or cold water. The hot water originates, e.g., from solar collectors (5). After heating the condensed water in the condensed water chamber, said condensed water evaporates after opening of the sliding closure (6) and flows into the steam chamber, where the steam pressure moves one or more pistons (7) in the steam chamber wall. The piston thrust force is relayed via a force-transmitting system (8) to the generator (9). Subsequently, the piping network is charged with cold water, whereupon the water vapour condenses and runs back into the condensed water chamber. Thereafter, the pistons are pushed back, e.g. by means of a hydraulic device (10), the slide is closed and the piping network is recharged with hot water, and so on. The cavitation power station can be used to generate electrical energy for small-scale and large-scale consumption. <IMAGE>
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