SS Component

Economic Influence: (Power and Energy)

The growth of technology and industry has traditionally been fueled by energy and power, which have historically been at the forefront of economic transformation. The availability and use of energy have greatly influenced the growth of the global economy, from the discovery of the steam engine to the creation of renewable energy sources.

For instance, the widespread use of steam power spurred the industrial revolution. The 18th-century invention of the steam engine made it possible to produce items effectively on a vast scale, which fueled the expansion of factories and the development of industrialization. The economy was tremendously strengthened by this rise in productivity and production, and it also prepared the door for more technical developments. The invention of the internal combustion engine and the discovery of oil in the 19th century both had a significant effect on the economy. Oil replaced other energy sources as the main source of power for industry and transportation, which fueled economic expansion and the growth of the automobile sector. The quick rise of international trade and the expansion of the global economy were also made possible by the cheap, plentiful supply of oil. The development of renewable energy sources like solar and wind power in more recent years has also had a big influence on the economy. There has been less reliance on fossil fuels as a result of the growing accessibility of these clean, sustainable energy sources, which has decreased greenhouse gas emissions and shifted economic patterns. Energy and power have significantly influenced global politics and social transformation in addition to promoting economic progress. Energy resource control and availability have long been a cause of international conflict and negotiation. Additionally, the growth of renewable energy has sparked the creation of new businesses and job possibilities, resulting in the social and economic advancement of towns and cities all over the world.

How Our Robot Utilizes Key Concepts like Power and Energy:

We successfully converted forward-facing rotational energy into side-facing rotational energy using four GoBilda motors to drive eight bevel gears. This has made it possible for us to be quite versatile in how we build our attachments and has made it possible to employ various methods. We can then modify and make it easier to utilise the electrical and chemical energy that is being released from the battery thanks to these technologies. Our robot can move quicker, stronger, and in general just better thanks to the transfer of different energy kinds and the total energy used.

When it comes to carrying out the labor itself, power is crucial. It's common knowledge that power is defined as the product of effort and time, or F*cosx *v (Force*cosine x * velocity). This implies that we had to evaluate the lift's power output when we were designing our attachment since it was too low to be able to counteract gravity and produce positive displacement. Due to these useful ideas, we decided to use torque motors rather of the more traditional rotational motors to provide a force to our lift that was far more than the pull of gravity. The lift was able to travel up and down quickly and steadily thanks to this precaution.