A New, More Reliable Methodology for Fault Testing The pursuit of greater precision and reliability in fault testing for power systems has led Conprove to develop an innovative methodology set to transform the industry. This approach is designed to meet…
The Importance of Winding Resistance Tests Winding resistance tests are vital for ensuring the reliability and performance of electrical equipment. By comparing factory test values with actual measurements, these tests can provide critical insights into the condition of the system…
Field Experiences with IEC 61850: Insights from the Conprove 40 Years Workshop At the Conprove 40 Years Workshop, Leandro de Souza delivered a special lecture, sharing his practical experiences working with IEC 61850, a key protocol for modern power system…
Remote Access: Speed and Security in Technical Support With the increasing need for fast, secure, and efficient remote access during technical support, Conprove introduces Remote Access, a solution designed to transform the client support experience. Why Choose Remote Access? Remote…
Conprove demonstrates its expertise once again by introducing the CE-RBOX1, an advanced solution designed to expand the number of binary outputs in testing and automation systems. This tool is essential for professionals seeking greater flexibility and efficiency in their tests,…
Conprove presents an innovative and detailed study on the traveling wave analysis in transmission lines interconnecting converter-interfaced sources (CISs), such as Type III (DFIG) and Type IV (FC) wind farms. This work, developed in collaboration with renowned institutions, addresses challenges…
CE-GNSS: Precision and Reliability in Electrical Testing Discover Conprove’s CE-GNSS, the portable tool that combines up to 1-microsecond precision with reliable time synchronization, meeting the demands of end-to-end tests, teleprotection, coordination, and compliance with standards such as IEC 61850 and…
Simulating Real Situations with Conprove’s PS Simul PS Simul by Conprove provides a robust tool for simulating real-life protection scenarios in electrical systems, offering practical examples that support learning and detailed studies. One of the highlights available for free in…
Conprove contributed to the Cigre Session 2022! In Principal Subject 2: Question 2.03, we discussed experiences in fault identification and location and how to design schemes that meet practical application requirements. Discover how our innovative solutions are shaping the future…
Conprove at DPSP Global 2026: Reconnecting with CIGRE WG B5.86 in London
Conprove at DPSP Global 2026 | London, UK (2–6 March 2026)
Instrument Transformer Testing: What They Are, Why They Are Critical, and How to Test with Reliability
DPSP 2026: Why This Forum Matters for the Future of Power System Protection
