#CYME SKM SOFTWARE#
SKM Systems Analysis offers Power Tools for Windows (PTW) line of software for project analysis flexibility, easy to use, speed or database integration encompassing the breadth of support from the professionals in the engineering community. CYME offers an extensive line of Power Engineering Software that feature some of the most advanced analysis tools for transmission, distribution and industrial power systems. So some basic funda mentals of power system engineeri ng has to be attai ned or brus hed bef ore an engineer can use the software.CYME International is recognized internationally as a world-class Power Engineering Software provider and with more than 5000 copies of their software solutions stand behind thousands of T&D projects in over 100 countries worldwide.
Electrical power system analysis engineering softwares (such as ETAP, CYME, SKM Power Tools, EDSA or ERACS) are excellent for studying power systems but it cannot be used as a substitute for knowledge and experience. It is important to emphas ise the need for thorough f oundation and base of experience in electrical power system engineering in addition to modern, effective computing tools and software. Furthermore, a basic understanding of power engineering is essential to correctly interpret the results of the power system software calculation results. Failute to use valid analytical procedure to establish a sound basic approach to the problem could lead to disastrous consequences in both the design and operation of a system. The engineer can then analyse the problem, prepare necessary equivalent circuits and obtain appropriate data before using a power system software to perform repetitive calculations.
The Lead engineer or Specialist Engineer must decide which studies are needed to ensure that the system will operate safely, economically and efficiently over the expected life of the system.įor a design or plant electrical engineer to solve a power system analysis problem, the engineer must be thoroughly familiar with the fundamentals of electrical power engineering. The studies most like ly to be neede d are load fl ow studie s, short circuit of fault studies, relay coordination studies, harmonic studies, transient stability and motor start studies. Answers to many que stions regardin g impact of system expansion, short circuit capacity, stability, load distribution etc, can be intelligently and economically obtained, The planning, design and operation of Utility (i.e the Electricity Board), industrial, oil and gas, petroch emical and commerc ial power sys tems require severa l studies to assist in evaluation of the initial and future system performance, system reliability, safety and ability to grow with the production and/or operating requirements. The industrial and commercial systems have advanced and grown in recent years with capacities close to or sometimes exceeding that of small electric utility (EB = Electricity Board) system Today¶s intensely competitive business environment forces management personnel to be very aware of the total owning cost of their electrical power distribution system Therefore they demand assurances of maximum return on all capital investments in the electrical power systems The use of digital computers with sophisticated electrical system softwares (like ETAP, CYME, SKM Power Tools, EDSA, ERACS) makes it possible to study the performance of proposed and actual systems under many operating conditions.
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