Cape software simulation

Cape Software is an experienced provider of products and engineering services that are integral for the deployment of immersive and engaging Operator Training Simulator OTS systems.

We also assist our clients with conducting successful factory acceptance testing FAT of their process control system PCS and safety instrument system SIS logic applications. The simulation environment can connect to your offline control system s and provides it with real-time Virtual Process feedback.

VP Link has interface drivers for most commercially available control and safety systems, providing unmatched flexibility in communications option. This VP Link module offers an ultimate logic validation tool that provides the engineering team with pragmatic system check-out functionalities, such as unattended, repeatable tests that programmatically generate validating documentation as the tests execute.

Industries We Serve! Chemical Industry. The PRC application in the Compliance Module is a complete suite of tools that allows you to fashionbly and flexibly configure massive automated coordination studies of the part of the system you would like to evaluate for compliance.

The amount of produced result may be staggering and thus difficult to manipulate. This is a challenge that the Compliance Module helps you in managing, as these results are stored in a separate SQL-based database. By tagging the dates of those studies, the Compliance Module allows you to easily track the status of your protection coordination compliance. Assuring optimal protection performance, such as coordination analysis, relay loadability, and corret protection behavior during power swings can be a time-consuming and repetitive task.

The protection engineer can study the evolution of relay settings in their system — how they have changed over time and in response to what system modification or reliability requirements. Comprehensive reports are generated automatically. The wide-area coordination review application in the Compliance Module goes even further. It is a complete suite of tools that allow you to configure massive automated coordination studies of the part of the system you would like to evaluate for protection coordination.

The amount of produced results may be staggering and thus difficult to manipulate. The Compliance Module helps you manage these results, by storing them in separate SQL-based databases. These databases may be tapped by the Compliance Module to.

By tagging the dates of those studies, the Compliance Module allows you to easily track the status of your protection coordination. Protective relays must be set to reliably detect all fault conditions and protect the electrical network from these faults. Using the Compliance Module, users can perform transmission line loadability studies on one, several or all the transmission lines of their system automatically.

The Compliance Module provides summary reporting and detailed reporting upon demand. This study ensures that generating units remain connected during defined frequency and voltage excursions by simulating the performance of voltage, frequency and volts-per-hertz protective devices associated to generation units, GSU transformers, high-side of unit auxiliary transformers of under voltage or frequency disturbance from the.

Their performance is then compared to predefined boundary curves — normally defined by system operators — to assure that the studied protection meets those operation requirements.

The protection studied may come from relays or control units. Comprehensive report data and auxiliary graphs are generated automatically. This function evaluates the generator relay loadability. Based on the system data, load-responsive protections as well as their locations within the generation plant are identified automatically, regardless of the complexity of the generation plant topology.

This relay location and type of protection function further determine specific loadability criteria for which the protection is tested for.

Up to two overload scenarios are considered, one conservative and a second using a special power flow solution. Both scenarios are determined by using special requirements of the real power and reactive power in the generators and voltage level at the generator step-up transformers. This unique Siemens developed methodology using power flow calculation considers the plant internal impedances with the aim of building a realistic overload scenario.

Short-circuit studies of all the buses of your system is easily done in the Compliance Module. Comparison of these historic short circuit levels may be made at different levels: by substation, by Local Zone of Protection LZOP , etc. A customizable threshold allows the user to readily identify violating buses that may represent critical areas for coordination reevaluation. It enables a reliable simulation of the bulk electric power system in a way that models the effect of protective relay operations on the dynamic behavior of the system.

The Bridge manages the mapping of data common to both systems in a way that preserves data integrity throughout. Depending on the transfer the user requests, it can create new substations, LZOPs, relays, and relay settings in the destination database or simply update them if they already exist.

Did you know you can study the coordination of transformer protection with transformer thermal and mechanical damage curve in the Coordination Graphics module? Download the Damage Curve white paper to learn more. More than 6, relay models with more new styles added each month to an already impressive library of highly detailed relay styles, reclosers and fuses.

Support has also been added for frequency relay and Volts-per-Hertz relay models. Enhanced Functionality in many modules including automated time-distance diagrams with option to store in the database, edit forms for adjusting existing double, triple, quadruple, ring, and breaker-and-a-half detailed bus structures, point-to-point line structure for graphical connections involving transmission lines and connections of point buses, bus ties, transformers, and shunts.

New capabilities to allow for modeling of generator and induction motor fault decay in Short Circuit, System Simulator, and Relay Checking, support for modeling unbalanced three-phase transformers, enhanced Shunt Capacitor Bank Performance macro, quickscan fault studies, quick protection system simulations in Short Circuit, CT saturation simulation in differential relays, protection, and sliding fault impedance feature.

Need technical support? When it comes to power grid protection - the stakes are high and there are multiple factors to consider. The perfect virtual image of the physical grid - the Siemens Electrical Digital Twin provides utilities with a single source of truth to model data across their entire IT landscape. Master the transformation to a sustainable, digitalized energy infrastructure - with energy business advisory, power system consulting and grid planning software from Siemens PTI. Drawing upon more than 60 years of international experience and continuous innovation in power system planning, Siemens PTI addresses the full scope of system analysis, design, and optimization studies.

Bridge the gap between multiple utility domains, including operations and planning. Siemens offers a wide range of consulting services in the field of protection and control, aiming at sustainably optimizing the reliability and safety of power grids. This page requires JavaScript in order to be fully functional and displayed correctly. Please enable JavaScript and reload the site.

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Energy automation and smart grid Low-voltage power distribution and electrical installation technology Medium-voltage — Power distribution Topics References. Access the worlds largest library of relay models, with over 0. Register now. Keeping the lights on with highly detailed protection simulation Protection engineers face an ever-increasing landscape of challenges around power system protection. Increasing penetration of embedded generation has made system analysis ever more complicated. In addition, with the same staff, we increased the number of relay settings calculated per year from 95 to Webinar On-demand.

Watch Now. Driven by customers, we offer focused capabilities that enhance your everyday work. Leverage detailed modeling capabilities based on a single open source database. Complete analysis and simulation to solve data management issues, uncover potential network and protective device problems, and evaluate alternatives. Run simulations on networks of any size ranging from under buses to 10, buses — including protection systems with 20, to 50, relays or more. Utilize capabilities for setting complex modern digital relays, relay coordination functions and automation of wide-area coordination studies.

Largest Library of Highly Detailed Relay Models Get access to the world's largest library of highly detailed relay models, with over 6, relay styles, reclosers, and fuses.

Automated Wide Area Coordination Review Leverage an innovative proven methodology to automate the wide area coordination review of your protective devices, this feature utilizes the existing network model as a basis to verify coordination among backup protection devices throughout a high-voltage transmission system. Interfaces with Relay Manufacturers' Setting Software Reduce time and errors through automatic import of relay settings files.

NERC PRC Compliance Support With the increasing number of regulatory requirements being imposed on utilities, it is important to have a relay protection simulation software tool that can assist with meeting these voluminous requirements and help utilities understand the reliability of their system.

If relays are modeled correctly, they will show proper operation or no operation conditions, taking into account all aspects of the relay functionality. Tyler Bruning, Wolverine Power Cooperative. Any package can be enhanced with optional modules. Pro-Standard and Pro-Ultimate. Short Circuit. Coordination Graphics.

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