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Nerc Standards Suggestions Process control is actually an engineering principle that is essential in managing the manufacturing or control flow in a desired range. These include:
1.	Discrete: This system is beneficial in some particular niche. It works well in companies where production, packaging and assembly involve.  It involves production, assembling or packaging of specific materials, all which are handled mechanically without any user intervention. This can bring significant benefits to companies. It can help them improve their business operations.

2.	Batch: This is a process employed in the production sector, where raw materials should be mixed in specific ratios and quantities. The smart program controls the machinery here to make sure everything is prepared evenly. Batch process control is mainly used in medical laboratories (in production of medicines) and big food production firms. All things are preset so there is no need for manpower to operate the processes. 

3.	Continuous: This is a valuable administration system. It is mainly used to manage several variables with a never-ending time. You can actually find this anywhere. You can find them in the temperature control systems around you. The continuous control mechanism can be used in the manufacturing and production sector where temperature and flow needs to be controlled at all times.

Benefits of Process Control Systems
These are the primary systems that delivered mechanization and made business processes more successful.
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These systems are really valuable. They even offered impressive benefits such as:

1.	Increased production in manufacturing companies:  Thanks to these control system, production and manufacturing companies have recorded an increase in outputs within short moments. You can now set the systems with the use of a computer that manages the equipment. With this, you can be sure that it will constantly perform its work even without your interevention.

2.	There is no need for a huge number of labor force. These systems have replaced human work force, thus decongesting manufacturing firms. The firms have benefited with this in that, less accidents are recorded, and a single person can oversee dozens of machines at one go. You can be sure that products that these systems make are of great quality because of the precise work they provides.

3.	Facilitates production of high quality goods: Just ensure that the program is perfectly set and you can assure exceptional quality products. This will being significant effects to your business profitability.
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4.	Ability to produce more within a short time: You have power to control the profitability of your business. You can achieve your business goal with the use of these systems. If you want to acquire new customers, you need to make use of these systems. This is also your chance to give what your customers want. The systems can also handle complex tasks where a customer makes a custom request on products to be supplied.

These systems are mainly crafted for every user. They have been crafted to help your business improve your productivity. Having these systems installed gives you a leeway to compete effectively with your rivals in business too. If you want a cost efficient solution to your business, have these systems installed on your business. You just have to pay a one-time payment.

These days, there is a great deal of emphasis placed on the challenges faced by the distribution and transmission attributes of our distressed and aging infrastructure. For the past years, North American Electric Reliability Council or the NERC intends to do more voluntary activities in order to keep every electric grid at its snuffing stage.  These programs have proved unreliable.  For this reason, the NERC is transitioning to a mandatory program that imposes standardized standards of reliability, requires regular reporting and imposes harsh fines to electricity suppliers who fall out of compliance. It will be important for public utilities to be able to keep up with all developments in real time and make quick use of gathered information.  By these, the substation mechanization became a part of the electricity system that supplies larger consistency and more proficient supervision and services.
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This substation allocation is very important to came across with the integration of high tech Intelligent electronic device or the IED. These are being connected to substation areas in order to reach users in achieving important information in their utility. IED is a word that refers to a variety of equipment that are highly used processors in transmitting and accepting information to and from the different sources of electricity. These may include controllers, electronic meters and even digital relays.  This sort of intelligent technology assists public utilities in improving reliable service.  Additionally, the entire operation becomes more efficient, assets are better managed, maintenance is provided in a pro-active manner, and planning is made easier. 

Substation system as well as its integration is highly relying on the usage of the IED’s to put together all the data as one and for the safety of the utility while using their platforms.  The substation system lessens the financial burden that manifests the use of physical space. This is very important in order to lessen the price of all pieces of equipment they are using. Additionally, automation reduces human intervention and instances of human error. 

Using these IEDs assist in facilitating trades between non-operational as well as operational information. Non operational data are information which are not greatly needed by the supervisory control. These are also not required by the SCADA dispatchers. Examples of non operational data are the waveforms, event summaries and other reports which are not highly needed in the system. Additionally, data such as analog points and status that possess logical state or numeric value are recorded. 

 When it comes to operational data, these are SCADA data which are highly needed in a continuous operation. This data covers all the important equipments in the process. This includes current standing and power structure of the analog points. These are very important especially for that SCADA dispatcher in order to track power scheme problems.