France’s smart grid project called SOGRID has rolled out to 1,000 homes in the country. The project in its test phase, is said to cover over one thousand actual households to test its effectiveness in real time conditions. This project aims to create new international standards of electrical networks. One of the goals of the SOGRID project is to create an electricity network that can incorporate renewable energy, electric vehicles and demand control management. Project SOGRID was launched in 2011, and it is after 4 years of tireless efforts from a team of expert engineers that it has been rolled out in 2015. The project is likely to change the way electrical distribution works. Read the complete post "The Brainchild of France — Smart Grid Project Rolls out in Pilot Phase" ...read more

Short circuit analysis is one many tools and analysis techniques in the field of electrical design and engineering that are used to determine a certain anomaly should it occur. In this instance, it is a short circuit itself. While deadly if left unchecked, there are analysis tools that can determine the extent of damage a short circuit in an electrical system. Almost every electrical system of any kind undergoes this analysis as part of their contingency and redundancy efforts to keep the system running in optional condition and to be fully aware of its capabilities as well as limitations. A short circuit analysis is done whenever there is a dire need to determine the magnitude of short circuit any given system can produce. It also compared the magnitude with the OCPD ratings. A thing to note about these ratings is that they are completely based on and dependent on standards. This means that the methods used in conducting a short circuit analysis must also conform to those guidelines and standards that are pre-specified for this very purpose. ANSI, which stands for American National Standards Institute publishes these standards for both the applications guides as well as the equipment. It must be noted that power distribution system components face some serious general hazards when imposed by short circuit currents. This makes them a primary concern when it comes to the developing and applying protection systems. The good thing on our side is that short circuit currents are quite easy to calculate. As far as deriving the basic nature of short circuit currents goes, three to four main concepts of circuit analysis will derive that easily. These concepts are then utilized in a step-by-step development. Let̢۪s take a look at three phased bolted short circuit currents for example. They are the basic reference variables in a system. In virtually all instances or scenarios, their value is not only wanted but rather needed in order to be singled out for independent treatment. This in turn will set the pattern to be applied and used in other types of cases. Any device that can interrupt a short circuit current, is essentially a device connected to an electric circuit. Its purpose is to provide safeguard against excessive damage in the event a short circuit occurs. The device provides this protection by interrupting the large value of current flow automatically. This means that the device should be rated as such to perform such intense tasks. It should carry a rating that depicts the rating to interrupt and stop the flow of fault current, all the while not causing any damage whatsoever to the overcurrent protection device. These are just a few ways to determine short circuit current analysis. It must be noted that there are a plethora of tools available for an Electrical Engineer today to utilize at their benefit to seek answers to pivotal questions of an electrical system. Some tools are no doubt obsolete and new ones have taken the place of the old one. Without the best way to approach the hazardous scenario of short circuits is through consultancy with a complete electrical engineering solutions provider. Such companies have certified experts who are well versed in all the concepts and sub disciplines ofelectrical engineering. They will be able to provide you with an in-depth analysis of your system and point out any potential flaws or hazards beforehand. Consider consultancy with such a firm first before your make your system fully operational. ...read more

Electricity is the lifeline for any building or business. Electrical power distribution system within a building or facility serves as the central nervous system of a body. Find out, how Current Solutions PC can help you with an efficient safer, and more productive electrical system design. What you electrical engineers need to know about power distribution and more. Slide now to find out the Current Solutions PC difference. Electrical Engineering Design And ConsultingfromCurrent Solutions PC ...read more