6 Sigma Categories
Business & Career Improvement
A Look at the Electrical Industry
- Categorized in: General Business Resources, Six Sigma Specialized (By Industry) - Implementing The DMAIC Methodology
It is a known fact that current times can be identified with the heavy use of electricity, not only in homes, but in many establishments and businesses as well. This is the reason why more people and industries have become reliant on the power industry to provide them with their necessary electrical energy.
People today have become highly dependent on electricity to aid in almost all the chores that are performed within a typical household. The availability of various electrical devices, gadgets and appliances caused this dependence because more people became used to needing these materials in order to get their tasks and chores done efficiently.
From rice cookers to washing machines to personal computers, one can list the number of electrical items that are available in most residences and get an accurate idea of the amount of electrical energy that every residential unit uses. One can also imagine the extent of inconvenience that these homeowners are likely to feel if the electrical energy is not present due to a failure or some other unforeseen circumstance.
The same inconvenience applies to companies and business establishments as well. Many of their operations rely on electricity in their day to day processes; especially in the manufacture of goods. Temperature control, lighting, and electronic devices are among the most electrically demanding parts of a business. This does not even include the processes the employees of the business need to accomplish in order to get their goods or services to the end user or customer.
Many manufacturers in the power industry have to get supplies distributed to their consumers by using a power grid. This distribution network requires the supply of electricity to provide power through a system where generation, transmission, and distribution are present. This allows for even electricity distribution. Because in essence one company needs to rely on another company (the power company) for things to run smoothly, the power company has an immense responsibility. Safety is another area where a power distributor needs to be diligent in ensuring that the electricity going into homes and businesses is safe.
Often, the setup in this grid allows the generation of the electrical energy where there is a station. Often, this can be done through the use of combustible fuels such as biomass, natural gas, or coal, or the use of non-combustible ones, such as hydro, solar or wind energy. These companies need to produce and distribute energy in the most productive and efficient manor possible in order to keep costs low, safety high, and energy flowing, as the buck stops with the power company when something goes awry.
Once energy has been created from the station, the transmission lines are used to carry the energy from one destination to the next. Often, they are delivered to various demand centers. Transformers are then used to reduce the voltage of the energy being transmitted and they will then be distributed to various establishments or households that require them. This particular process is often perfected through the use of the Six Sigma Methodology. This Methodology is a group of tools, theories, and processes used to perfect the processes within a business so that it as efficient, time-saving, and profitable as it can possibly be.
Today, the power industry has been trying to find ways it can successfully tap into renewable sources of energy, instead of having to rely on those that are not renewable. A number of providers nowadays have been attempting to tap the energy coming from the wind, the waves, the sun, or from geothermal sources to achieve a safer and cleaner resource for electricity. Until the best possible form of energy is discovered, we need to work hard as a society to use the energy sources that we have in the most efficient ways, which is why the Six Sigma Methodology is very important within the fuel and energy industries. These are the industries that ‘fuel’ all of the other industries that make the world go round!