Sustainable Energy

Sustainable Energy

High-performance protonic ceramic fuel cells manufactured by direct laser 3D printing in minutes

Advanced Materials, Manufacturing, Sustainable Energy

Compared with conventional methods, direct laser 3D printing (DL3DP) can avoid furnace firing, miniaturize the manufacturing space by one hundred times, and decrease the manufacturing time by 150 times down to minutes while only consuming 10% of processing electricity.

Renewable Source Protection Method for IBRs

Manufacturing, Sustainable Energy

This source-agnostic time domain distance relay uses only single-ended measurements to detect, classify, and locate any fault on the line it monitors while eliminating known weaknesses of distance relays. Recent advances in renewable energy technology allow several hundred megawatts of power to be in a single plant and connect to the electric grid through inverters. All major renewable resources, such…

Situational Intelligence System for Electric Power Systems

Sustainable Energy

Situational awareness is critical and important to control room operators for secure and efficient smart grid/power system operation. Continuous data sense-making is critical for ensuring the stability of the power system. This Clemson technology relates to an electrical grid control system and, more particularly, to an improved system and method for grid control using an n-dimensional cellular computational network to provide a situational awareness (SA) framework.

The Clemson University 15 MW Hardware-in-the-Loop (HIL) Grid Simulator System

Sustainable Energy

The Clemson HIL Grid Simulator allows wind turbine generator manufacturers to test both mechanical and electrical characteristics of their machines in a well-controlled and calibrated environment. This electrical grid simulation system and method combines components to better mimic and control expected and unexpected parameters in an electrical grid.
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