Turbomeca Chooses the Q.series

EES Europe ist the largest international trade fair for batteries and energy storage systems in Europe. Over 450 energy storage companies will present energy storage systems in Munich.

Quiescent current measurement is essential across various industries, notably in the development of battery-powered devices, automotive electronics, and energy-efficient technologies. Also known as standby current, this crucial parameter measures the current in electronic systems during idle states, significantly impacting power consumption, battery longevity, and overall efficiency. Minor inaccuracies in its measurement can lead to considerable consequences.

Gantner Instruments is proud to announce that is has delivered it’s Q.series Data Acquisition System to the Technical University of Denmark (DTU) for their Villum Center for Advanced Structural and Material Testing (CASMaT). The center is a collaboration between DTU Civil Engineering, DTU Mechanical Engineering and DTU Wind Energy with the objective to strengthen experimental research in mechanics of structures and materials. A large donation from VILLUM FONDEN made it possible to establish the center.

The energy landscape is in a state of flux, shifting towards sustainable practices, and fuel cells have risen as a promising beacon of renewable energy. The mastery of fuel cells, their inner workings, and the nuances of their measurement, is central to this paradigm shift towards green energy. These devices, which are essentially electrochemical cells that transform chemical energy into electricity, promise a more sustainable, carbon-neutral future, provided we can harness their full potential. This blog post delves into the captivating scientific universe of fuel cell measurement, elaborating on the methodologies, complexities, challenges, and breakthroughs that make fuel cell technology so intriguing.