The blades' shape has undergone countless simulations and optimizations, ensuring they can capture even the faintest air currents to the greatest extent possible. Whenever a breeze blows, the blades begin to rotate slowly, initially slowly, but as the wind grows stronger, their speed increases, creating a whirring sound. At the base of the blades, a complex and sophisticated transmission system efficiently converts the mechanical energy generated by their rotation into electrical energy. Xiao Yi also installed special airflow collection devices on the base's structures. These devices act like tiny air ducts, guiding the flow of air and collecting its energy. Even the changes in airflow caused by daily activities can be effectively utilized. To ensure the stable storage and distribution of aerodynamic energy, Xiao Yi also established an advanced energy storage and intelligent allocation system. Massive energy storage batteries are neatly arranged, ready to store the collected energy for use when needed. The intelligent allocation system precisely distributes energy according to the energy needs of each area within the base, maximizing its utilization. The introduction of this advanced aerodynamic energy technology not only provides the base with a steady supply of clean energy and reduces its dependence on traditional energy, but also further demonstrates Xiao Yi's outstanding vision and firm determination in scientific and technological innovation.
The entire new base resembles a colossal mechanical behemoth, and its complex and intricate aerodynamics are the key to its mobility. At the base's base, densely packed propellers are scattered, each crafted from new metals and boasting an intricate internal structure. These propellers resemble giant trumpets, their turbine blades spinning at high speeds driven by aerodynamic forces. Along the base's edges, arrays of adjustable air jets are installed. These jets can flexibly change the direction and force of the jets, precisely controlling the base's movement. At the base's summit, several large air compressors tower. Like giant bellows, they continuously draw in and compress the surrounding air, then pipe it to the various power components, providing powerful power for the base's movement. In the control room, a massive screen displays various data and images, while operators precisely adjust the operating parameters of each aerodynamic device using a complex control system. When the base needs to move, the powerful aerodynamic system roars to life. The hum of compressed air and the whirring of turbine blades intertwine to form a powerful symphony. The base slowly rises, then, under precise control, smoothly moves forward, backward, left, or right. Whether crossing rugged terrain or avoiding potential dangers, the new base, thanks to this ingenious aerodynamic device, can respond flexibly and freely, demonstrating amazing maneuverability.
Like tireless warriors, these devices skillfully harness the power of airflow, continuously providing powerful momentum for the base's movement. As ambient air flows, it's first captured by the massive air collection hood atop the base. This air then surges through carefully designed channels into the device's interior. At the device's core, a complex series of impellers begins to spin at high speed. Made of a new metal, these impellers are lightweight yet incredibly strong. They rotate at breakneck speeds under the impact of the airflow, maximizing the conversion of the airflow's kinetic energy into mechanical energy. As the impellers rotate, energy is transferred to the propellers at the base's base through a sophisticated transmission system. The pressure within the propellers instantly increases, and the compressed air is ejected at an incredible speed, generating a powerful reaction force that propels the base forward. Furthermore, the force of airflow varies. Sometimes it's a gentle breeze; sometimes it's a howling gale. Yet, these devices intelligently adapt to these changes in airflow. When airflow is weak, they automatically adjust their internal mechanical structure to improve energy conversion efficiency, ensuring that not even the smallest bit of power is lost. When encountering strong airflow, the devices open more reserve channels, fully absorbing and utilizing this powerful force, transforming it into a surge of power to propel the base forward. In this process, energy is transferred and converted with virtually no loss. The power of the airflow is efficiently collected, converted, and utilized, providing a stable and continuous source of powerful power for the base's movement, allowing it to move freely in various environments, like a bird soaring freely over the earth.
When the base faced the need to relocate, the massive fans, which had previously stood silently, suddenly sprang to life, beginning their breathtaking rotation. Like the arms of a mythical giant, their massive blades, driven by electricity, gradually accelerated, first slowly, then accelerating until a blur of light and shadow formed. The blades, crafted from a sturdy new metal with a smooth, textured surface, sliced through the air with a deafening whistling sound. As the fan speed increased, a powerful thrust gradually became apparent. The air, stirred by the blades, formed into surging streams that blasted violently backward. This thrust, like an invisible giant hand, gripped the base tightly, propelling it forward with all its might. The thrust generated by the fans was not uniform but precisely calculated and controlled. Fans in different locations worked in tandem, some providing the primary forward force, while others helped adjust the direction and maintain balance. With their combined power, the base began to slowly move away from its original location, initially slowly, but as the fans reached full power, the base's movement gradually accelerated. The dust surrounding the base was swept up by powerful air currents, forming a dust fog that obscured the sky. Within the dust fog, the base was like a giant battleship, breaking through the waves in the wind and waves, moving resolutely towards its target. The roar of the huge fans, the whistling of the airflow, and the friction of the base against the ground as it moved intertwined, forming a migration symphony full of power and determination. Xiao Yi stood in the control center, staring at the data on the monitoring screen. Through the sophisticated control system, he continuously adjusted the speed and angle of the fans to ensure that the base's relocation process was safe, smooth, and efficient. Under this powerful thrust, the base moved step by step towards its new destination, opening a new chapter.
My dear, there is more to this chapter. Please click on the next page to continue reading. It will be even more exciting later!
Continue read on readnovelmtl.com
