How Edsa Power System Analysis Software Enables Power Analytics for Any Data Acquisition System

March 1, 2010 – EDSA released Paladin DesignBase 3.0 power system design and simulation modeling software.Product HighlightsDesigning for Energy Efficiency: New capabilities in the Paladin DesignBase Power Flow and DesignBase Power Systems Optimization (PSO) modules now make it even easier for power systems designers to know PUE and DCiE based on their design. This results in power systems that, once they are constructed, will ensure the lowest possible levels of energy consumption, without jeopardizing system reliability. Powerful Data Management: Paladin DesignBase 3.0 utilizes a Microsoft Access-compatible database that loads, saves, and runs up to 10 times faster than previous versions. With this new architecture, users can quickly and easily export data to applications such as Microsoft Excel, edit the data in Excel, and export the resulting changes back to DesignBase. Unprecedented User Productivity: Though it contains hundreds of new features and functions, Paladin DesignBase 3.0 remains the industry’s easiest-to-use, most productive modeling platform. It is compatible with Windows 7 (32- and 64-bit machines). Designing for Deployment Paladin DesignBase 3.0 remains the only CAD modeling platform – in any industry category – capable of extending beyond the design phase and into live operations. Using EDSA’s Paladin Live platform, power systems models created using Paladin DesignBase 3.0 can be redeployed in on-line mode, to serve as a baseline for the finished facility. For faster deployment to Paladin Live, DesignBase 3.0 is now visually connected to Paladin Live. By connecting devices and components of the design into Paladin Live, engineers can realize in-depth analysis and ‘what if’ scenarios of their design in real-time. By continually synchronizing “live” readings with their corresponding “as-designed” specifications, potential power problems are isolated the instant they emerge. Moreover, because 80 percent of electrical power problems originate within an organization’s electrical infrastructure – due to gradually evolving problems such as loading, aging of infrastructure, or seemingly minor equipment or procedural changes – the early identification of issues at the “anomaly stage” is crucial in preempting them from becoming larger, operations-threatening problems over time.Paladin DesignBase 3.0 is a 50 plus program suite of integrated design, simulation and analysis modules that help consulting engineers and facility design teams model power systems infrastructure that is “Perfect on Paper,” thereby achieving the highest levels of energy efficiency, promoting system-wide reliability, and preempting electrical power problems.Unlike traditional power systems computer-aided design (CAD) packages intended for static, off-line modeling, Paladin DesignBase gives power design engineers the ability to simulate and resolve critical issues – like arc flash, power flow, power quality, protective device coordination (PDC) and dozens of others – at the level of detail required for real-time deployment. After the design phase, models created using Paladin DesignBase can be redeployed in “live” mode with EDSA’s Paladin Live program, to perform predictive analysis and ‘what if’ scenarios to preempt power faults and energy inefficiencies once the facility is operational. Now, with the release of DesignBase 3.0, engineers and designers can utilize the many advanced features and functions including: arc flash program enhancements, ANSI libraries with hundreds of devices added, enhanced short circuit/PDC data, enhanced power flow function reporting and overall ease of use in data entry and editing. Moreover, with its comprehensive database and analytics, design engineers can now determine what is the power usage effectiveness (PUE) or design center infrastructure efficiency (DCiE) based on their design – critical when designing the facility for optimum energy efficiency. All of these features are packaged in an easy-to-use electrical modeling interface that resembles products like Autodesk’s AutoCAD or Microsoft’s Visio. Pricing for the Paladin DesignBase 3.0 software suite begins at $1,495 (USD); existing users with a valid service maintenance agreement are upgraded to the new version at no charge. A free, 14-day downloadable trial version is also available for qualified prospective users; for more information visit the EDSA web site.

This paper is a review of few Power System Analysis software tools available in electrical industry (ERACS, EDSA and PSCAD), that provides the study of proposed and actual systems under a variety of possible operating conditions. The main intention is to present the information, application, features, models, procedure and also comparing specific elements of available software tools in power engineering. Get Help With Your EssayIf you need assistance with writing your essay, our professional essay writing service is here to help!

Edsa Power System Analysis Software

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The EasyPower product suite delivers a full lineup of powerful Windows-based electrical software tools for intelligently designing, analyzing, and monitoring electrical power systems. With the fastest processing speeds on the market, EasyPower delivers instantaneous, accurate results to help you make more intelligent decisions. Watch this overview video to learn more.

The EasyPower Base Package has the following powerful features that can be added onto with additional modules and analysis capabilties. It is the foundation for all of the other EasyPower modules and is required when purchasing any additional capabilities.

EDSA Technical 2000 is a complete, highly integrated CAD/CAE system specifically designed for power system design and simulation. EDSA can be applied to the design and analysis of any type of power system and adapted to meet exactly the specific requirements of every electrical distributionsystem, both in engineering and operation and maintenance.

A full electrical model serves as the main information vehicle for power system design and simulation information. The model contains associative and parametric relationships, material definition, static and dynamic attributes, and manufacturing and installation data. This model is created once and increases in fidelity as the design matures and progresses from concept through detail.

EDSA Technical 2000 is setting a new benchmark for electrical engineers and power system specialists in productivity - delivering the fastest, most intuitive, and solution-rich toolset for creating and simulating detailed electrical one-line drawings in record time.

EDSA simulates how a power system will function in its intended environment - non-specialist design engineers can explore the electrical performance of design alternatives. With the insight gained from EDSA software, users can improve designs early in the development cycle, when changes are easier and less expensive to make.

Unique Object Oriented solution technology provides fast, accurate solutions automatically - solutions that help to improve power system quality and reliability, while decreasing costs associated with power failures, harmonic disturbances and power system instability.

Using ETAP software in our electric power course provides students with a unique experiencein analyzing real world electric system issues. They have a great opportunity to simulate andstudy issues common in industrial plants and electric utility systems with state-of-the-artsoftware. ETAP better equips our students to advance in their chosen field of interest. Asgraduates they are better prepared and trained in electrical system design and analysis.

From protective device coordination, arc flash, load flow and voltage profile calculations totransient analysis with auxiliary power systems interfaces, we must stay current with thelatest in software technology, and [the ETAP 2010 Nuclear User Utility Conference] is a bestpractice in achieving that.

The investment in ETAP has proven to be most valuable to our engineering consultancy as bothLota and its customer have significantly benefited from the power of ETAP. This was sosuccessful that now customers are suggesting new ETAP analysis, a result of their increasedtrust in both Lota and the ETAP software.

ETAP is the global market and technology leader in modeling, design, analysis, planning, optimization, monitoring, control, and automation software for electrical power systems. The company has been powering success for over 30 years by providing the most comprehensive and widely-used enterprise solutions for generation, transmission, distribution, industrial, transportation, and low-voltage power systems. Founded in 1986, ETAP is headquartered in Irvine, California, USA, with over 50 offices around the world.

Unitech Power Systems was established in 1985. After more than 30 years of operation, our company is recognized for its expertise within design, analysis and review of electrical power systems. Close to 35 specialists work for and with our clients from our offices in Stavanger and Oslo.

Unitech Power Systems provides services within all project phases, form early concept development to commissioning, measurements, operation and incident investigations in the electrical power system.

Our main markets are the oil & gas, industry and energy sectors. We have provided analyses for most of the installations on the Norwegian Continental Shelf. Our main service areas are electrical safety and operations support; power systems analyses; grid connections; power management systems; studies and project support; subsea power systems; power electronics and drives; high voltage cable systems and energy,environment and operational efficiency.

Unitech Power Systems was until the fall of 2016 European main agent and provider of the software family Paladin, developed by Power Analytics (USA). Paladin Design Base, formerly known as EDSA, is one of the most widely used tools for power systems analyses in its sector. In spite of the terminated partnership agreement we are still one of Power Analytics' largest user groups. 2ff7e9595c