Protection using Traveling Waves (TW) is gaining increasing ground in power systems for a simple reason: it works with extremely fast phenomena, allowing for fault detection and location with high precision in the time domain. However, along with this evolution…
The use of Traveling Waves (TW) in protection systems has grown significantly, driven by the need for faster responses, greater fault location accuracy, and the capability to operate on complex, hybrid lines or those with high Inverter-Based Resource (IBR) penetration.…
The evolution of protection, automation, and control testing systems demands increasingly flexible, precise, and integrated tools. With the growing use of digital real-time simulators—such as RTDS®, OPAL-RT®, and Typhoon HIL®—there is a critical need to amplify analog signals generated by…
The growing digitalization of substations and the evolution of protection and automation technologies demand robust, precise, and versatile tools for commissioning, maintenance, and validation of power systems. In this scenario, Conprove’s CE‑6710 stands out as one of the most complete…
Conprove will take part in DISTRIBUTECH 2026, one of the largest and most influential global events dedicated to modernizing power transmission and distribution. The conference will take place from February 2 to 5, 2026, at the San Diego Convention Center,…
Axia, a reference in services and engineering in the power sector, further expanded its technical capacity with the acquisition of another CE‑6710, one of Conprove’s most complete and versatile instruments for secondary-level testing. This purchase reinforced the company’s commitment to…
The growing complexity of interconnected power systems demands increasingly intelligent, integrated, and efficient tools to ensure reliability, stability, and operational security. With this scenario in mind, Conprove presented—during a recent webinar—an innovative solution: remote control of test sets, a technology…
Overcurrent tests are essential to ensure the reliability and performance of protection relays in power systems. To make this process faster, safer, and more comprehensive, Conprove developed Overcurrent Software—a solution that automates tests, analyzes curves, and validates protection-function behavior quickly…
Conprove carried out a technical visit to the Capim Branco Hydroelectric Plant, accompanied by the team from Hidroelétrica de Cahora Bassa (HCB), Mozambique, as part of the Training Program for Small Hydropower Plant (CGH) Operators. This activity was included in…
PS SIMUL was designed to unite numerical precision, high performance, and ease of use in power system studies and control. With an intuitive interface, extensive component library, and native integrations for bench and field testing, it accelerates the complete cycle:…
Methodology for Traveling Waves with CE‑TW1: High-Fidelity Testing Based on the Superposition Theorem
Conprove Solution for Traveling Waves: Advanced Technology for Time-Domain Protection Testing
Real-Time Simulator Amplifier: Conprove’s Smart Solution for Advanced Testing
CE‑6710: Universal Tester for Protection, Automation, Control, and Measurement with Full Support for IEC 61850 and IEC 61869
