Real-time protection simulation and testing

Why real-time protection testing?

Protection and control devices play a key role in safeguarding the availability of power grids. PTI Consulting offers hardware-in-the-loop tests to test protection and control hardware using digital simulation of power system in real-time (RTDS).

Customers benefit from increased confidence and reliability in protection scheme design, protection devices themselves and their implementation and operation in real time within digitally simulated complex electrical power systems. This helps customers to improve the reliability and availability of their power systems.

PTI Consulting services are part of the curated and modular Siemens Xcelerator portfolio, enabling customers to accelerate their digital transformation easier, faster and at scale.

ประโยชน์ที่สำคัญ

Verified protection and control system performance

Avoid disconnections and the resulting costs due to wrong setting values.

High-performance RTDS

Analyze complex power system switching sequences, power system faults, and electromagnetic transients, and increase the reliability of power system protection and control.

Comprehensive test documentation

Have the documentation you need for every tested case, tailored to your individual requirements.

Featured capabilities

Hardware-in-the-loop protection system testing

PTI Consulting offers protection hardware-in-the-loop tests in the power system to optimize and verify protection device settings with closed-loop switching sequences that support accurate protection analysis.

Wide Area Monitoring and control scheme testing

We help increase reliability and verify the performance of control and protection devices for special power system protection schemes using key building blocks to test WAMPAC systems efficiently in real time.

Controller testing for grids and microgrids

PTI experts test controller hardware in a closed loop with detailed real-time environments to develop new control schemes for transmission and distribution systems as well as microgrids and refine emerging concepts.