Search

Premium Membership ♕

Save 50% on all EEP Academy courses with Enterprise Membership Plan and study specialized LV/MV/HV technical articles & guides.

Home / Technical Articles / Why more and more automation in power distribution? Aren’t we already automated?

Automation in power industry

One may wonder why is everybody talking more and more about automation in power distribution. Aren’t we already automated? Well, we are not. It can always be better, faster, with more possibilities and more optimized. This is something that pushes the development process in the power industry straight forward.

Three essential features of automation in power distribution systems
Three essential features of automation in power distribution systems

Table of Contents:

  1. Overview of distribution systems
  2. Distribution automation
    1. Customer automation
    2. Feeder automation
    3. Substation automation
      1. Topology and functionality
      2. System Elements
      3. System Requirements

1. Overview of distribution systems

Distribution systems are mostly below 69 kV level and supply all their customers with electricity, whether it is bulk supply at higher voltage levels or residential service at the lowest voltage levels.

The distribution system starts from the substation, which hosts the substation transformer, from where the primary feeders emerge and provide electricity to the bulk customers and also to the secondary distribution system. The distribution transformers step down the voltage further, and the distributors carry the power to the individual commercial and household customers.

Distribution systems are largely radial and have single, two-, or three-phase lines.

Distribution systems are responsible for delivering power to the customers and have to make sure that the customer interruptions are reduced to a minimum and quality power is supplied at minimum cost.

Figure 1 provides a sketch of a typical distribution system.

A typical distribution system
Figure 1 – A typical distribution system

Go back to contents ↑


2. Distribution automation

All over the world, distribution automation has taken center stage and is the focal point of most of the developments owing to the tremendous opportunities ahead. Smart grid implementations with customer participation which necessitate two-way communications along with renewable integration are forcing utilities to automate the distribution systems in a big way.

Automating the substations, feeders and customers is essential for complete automation of distribution systems.

Distribution automation (DA) is a set of technologies that enables a utility to remotely monitor, coordinate, and operate distribution components in a real-time mode from remote locations.

Distribution automation is all about automating the entire distribution system operations. It will include the basic automation functions like supervisory control and data acquisition (SCADA) with all the communication requirements, automating the protection system to outage management systems including customer information systems, and managing assets and data warehousing.

Further, distribution automation encompasses two terms used by industry which are distribution management systems (DMS) and distribution automation (DA) systems (Figure 2).

Distribution automation and distribution management systems (DA and DMSs)
Figure 2 – Distribution automation and distribution management systems (DA and DMSs)

DMSs are associated with operator-focused activities that happen in a control center using the real-time data from SCADA systems and the information from the manually operated devices in the system along with the customer information.

Distribution automation systems are part of the DMS and include all SCADA-related remote monitoring and control actions. This includes the automation spread over entire distribution systems from substation to feeder to customer and the communication infrastructure for implementation of the functions.

Premium Membership Required

This technical article/guide requires a Premium Membership. You can choose an annually based Plus, Pro, or Enterprise membership plan. Subscribe and enjoy studying specialized technical articles, online video courses, electrical engineering guides, and papers. With EEP’s premium membership, you get additional essence that enhances your knowledge and experience in low- medium- and high-voltage engineering fields.

Check out each plan’s benefits and choose the membership plan that works best for you or your organization.

50% Discount 💥 – Save 50% on all video courses with Enterprise Membership plan.

Log In »Purchase »

Premium Membership

Get access to premium HV/MV/LV technical articles, electrical engineering guides, research studies and much more! It helps you to shape up your technical skills in your everyday life as an electrical engineer.
More Information
author-pic

Edvard Csanyi

Electrical engineer, programmer and founder of EEP. Highly specialized for design of LV/MV switchgears and LV high power busbar trunking (<6300A) in power substations, commercial buildings and industry facilities. Professional in AutoCAD programming.

Leave a Comment

Tell us what you're thinking. We care about your opinion! Please keep in mind that comments are moderated and rel="nofollow" is in use. So, please do not use a spammy keyword or a domain as your name, or it will be deleted. Let's have a professional and meaningful conversation instead. Thanks for dropping by!

  ×  two  =  ten

Learn How to Design Power Systems

Learn to design LV/MV/HV power systems through professional video courses. Lifetime access. Enjoy learning!

Subscribe to Weekly Newsletter

Subscribe to our Weekly Digest newsletter and receive free updates on new technical articles, video courses and guides (PDF).
EEP Academy Hand-Crafted Courses
MV Switchgear Components