After explaining the general functions of the Module Production Line, Lü Kuan started up the machines and gave a demonstration.
The process still retained the greatest advantage of modularization: every stage operated as a complete black box.
The workers in charge only needed to carry each stage's output to the next stage. In the end, they could retrieve the finished Storage Module from the production line.
"If this were introduced to Earth, the major science and technology awards would be ours for the taking."
Holding the Level One Storage Module produced at the output end, Su Mo thought rather ungraciously.
The ever-changing Module Technology had not actually brought a earth-shaking revolution to the path of industrial development. Instead, it had perfectly integrated existing industrial outputs, allowing various industrial technologies and products to work together more efficiently, improving overall efficiency and performance and producing an effect far greater than one plus one.
It was like an outstanding conductor coordinating various industrial technologies and products like the instruments in an orchestra, together playing a symphony of efficiency and performance.
The differences between module levels, in fact, reflected differences in the degree of integration. Low-level modules might only be simple integrations of one or a few industrial outputs, while high-level modules involved the deep integration and optimization of multiple complex industrial systems.
That said, no matter how powerful the other modules were, their main limitation still lay in the Storage Modules that carried spatial abilities.
The existence of Storage Modules was like a magic pocket tailor-made for enormous industrial facilities.
Through this miraculous module, equipment that originally occupied vast areas and had enormous volumes could be ingeniously compressed to one-tenth, or even one-hundredth, of its original size.
This astonishing ability not only made industrial facilities effortless to carry and transport, but also provided