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Detetion of short circuits 07.07.2017

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It took EPFL researchers only three minutes to detect and locate a short circuit triggered intentionally in the power grid serving Fribourg Canton. The researchers, using a computer and a single sensor, spotted it by “going back in time” to find the origin of the problem. Electrical Systems Laboratory. STI-EL It took EPFL researchers only three minutes to detect and locate a short circuit triggered intentionally in the power grid serving Fribourg Canton. The researchers, using a computer and a single sensor, spotted it by “going back in time” to find the origin of the problem. Electrical Systems Laboratory. STI-EL It took EPFL researchers only three minutes to detect and locate a short circuit triggered intentionally in the power grid serving Fribourg Canton. The researchers, using a computer and a single sensor, spotted it by “going back in time” to find the origin of the problem. Electrical Systems Laboratory. STI-EL It took EPFL researchers only three minutes to detect and locate a short circuit triggered intentionally in the power grid serving Fribourg Canton. The researchers, using a computer and a single sensor, spotted it by “going back in time” to find the origin of the problem. Electrical Systems Laboratory. STI-EL It took EPFL researchers only three minutes to detect and locate a short circuit triggered intentionally in the power grid serving Fribourg Canton. The researchers, using a computer and a single sensor, spotted it by “going back in time” to find the origin of the problem. Electrical Systems Laboratory. STI-EL It took EPFL researchers only three minutes to detect and locate a short circuit triggered intentionally in the power grid serving Fribourg Canton. The researchers, using a computer and a single sensor, spotted it by “going back in time” to find the origin of the problem. Electrical Systems Laboratory. STI-EL It took EPFL researchers only three minutes to detect and locate a short circuit triggered intentionally in the power grid serving Fribourg Canton. The researchers, using a computer and a single sensor, spotted it by “going back in time” to find the origin of the problem. Electrical Systems Laboratory. STI-EL It took EPFL researchers only three minutes to detect and locate a short circuit triggered intentionally in the power grid serving Fribourg Canton. The researchers, using a computer and a single sensor, spotted it by “going back in time” to find the origin of the problem. Electrical Systems Laboratory. STI-EL. Zhaoyang Wang, Mario Paolone, Reza Razzaghi et Farhad Rachidi It took EPFL researchers only three minutes to detect and locate a short circuit triggered intentionally in the power grid serving Fribourg Canton. The researchers, using a computer and a single sensor, spotted it by “going back in time” to find the origin of the problem. Electrical Systems Laboratory. STI-EL. Zhaoyang Wang, Mario Paolone, Reza Razzaghi et Farhad Rachidi It took EPFL researchers only three minutes to detect and locate a short circuit triggered intentionally in the power grid serving Fribourg Canton. The researchers, using a computer and a single sensor, spotted it by “going back in time” to find the origin of the problem. Electrical Systems Laboratory. STI-EL. Zhaoyang Wang, Mario Paolone, Reza Razzaghi et Farhad Rachidi It took EPFL researchers only three minutes to detect and locate a short circuit triggered intentionally in the power grid serving Fribourg Canton. The researchers, using a computer and a single sensor, spotted it by “going back in time” to find the origin of the problem. Electrical Systems Laboratory. STI-EL It took EPFL researchers only three minutes to detect and locate a short circuit triggered intentionally in the power grid serving Fribourg Canton. The researchers, using a computer and a single sensor, spotted it by “going back in time” to find the origin of the problem. Electrical Systems Laboratory. STI-EL It took EPFL researchers only three minutes to detect and locate a short circuit triggered intentionally in the power grid serving Fribourg Canton. The researchers, using a computer and a single sensor, spotted it by “going back in time” to find the origin of the problem. Electrical Systems Laboratory. STI-EL It took EPFL researchers only three minutes to detect and locate a short circuit triggered intentionally in the power grid serving Fribourg Canton. The researchers, using a computer and a single sensor, spotted it by “going back in time” to find the origin of the problem. Electrical Systems Laboratory. STI-EL It took EPFL researchers only three minutes to detect and locate a short circuit triggered intentionally in the power grid serving Fribourg Canton. The researchers, using a computer and a single sensor, spotted it by “going back in time” to find the origin of the problem. Electrical Systems Laboratory. STI-EL