TRANSMISSION & DISTRIBUTION TECHNOLOGY


Fig.1. World grid connected electricity generation by power station type


MULTILAM TECHNOLOGY


Fig.2. Comparison of the simulation results with and without POD control of the damping


achieving the COP26 Paris Agreement. Securing significant improvement in this vital area is viewed as the most significant lever for the transition – achieving greater efficiency is the reason why global energy demand will level off, even as the global population and economy grows. Te fifth annual Energy Transition Outlook also


reveals that while 69% of grid-connected power will be generated by wind and solar in 2050, and indirect electrification (hydrogen and e-fuels) and biofuels remain critical, none of these sources are scaling rapidly enough. Grid stability is key to underpin the clean energy transition and GPM is fully committed to support this process towards a fully renewable ecosystem to improve the world for future generations.


José Montero is a power systems engineer at GreenPowerMonitor, a DNV company. www.dnv.com


The future of high power contact solutions


The new ML-CUX of the MULTILAM flexo line by Stäubli Electrical Connectors has been designed for demanding high power contact solutions for power transmission and distribution that require compactness and high power density. ML-CUX offers quality and longevity at best price performance ratio.


www.staubli.com


Stäubli Electrical Connectors, ec-ch@staubli.com


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