Theory of energy generation through the separation of forces

Carlos Manuel Silva Caetano
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Abstract

Study to Increase the Capacity of Renewable Energy Production. It will be the demonstration of a mechanical movement that, in its design, performs a dynamic utilization of forces in one direction and aerodynamic forces in other directions, but in the continuation of the direction of the original force, there is a particularity. The resulting forces can perform work. With this theory, it could be used to develop mechanisms such as those for producing energy and protecting infrastructures like ships, ports, coastal areas, high-altitude vehicles, etc. Do these theories work exactly in reality? If they don’t work one hundred percent, what corrections will be necessary? How many tests are required to obtain satisfactory results? Many simulations should be conducted. To produce energy, it could be from wind power, water such as ocean waves, river currents, and solar wind in space. The representations in various drawings promise good mechanical performance. With mechanical adaptations, it could become a large-scale mechanism. It could be large equipment capable of producing a lot of energy.
通过力的分离产生能量的理论
提高可再生能源生产能力的研究。这将是一种机械运动的演示,在其设计中,它可以动态地利用一个方向上的力和其他方向上的空气动力,但在原始力方向的延续上有一个特殊性。由此产生的力可以做功。有了这一理论,就可以用来开发诸如生产能源和保护船只、港口、沿海地区、高空车辆等基础设施的机制。这些理论在现实中是否完全可行?如果不是百分之百有效,需要做哪些修正?需要进行多少次试验才能获得令人满意的结果?应该进行多次模拟。要产生能量,可以利用风力,也可以利用水力,如海浪、河水,还可以利用太空中的太阳风。各种图纸中的表述保证了良好的机械性能。经过机械改装,它可以成为一个大型机械装置。它可以成为能够产生大量能量的大型设备。
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