Efficiency and Resiliency CAN happen together – DC Microgrids Show the Way
When deploying a microgrid, operators can achieve high resiliency. If these microgrids are deployed with direct current transmission, efficiency savings…
Initial PITT-OHIO Success drives further investment in DC Systems
Working with the University of Pittsburg, PITT-OHIO demonstrates financial benefits to using DC based micro-grids in freight and logistics applications.
Will Siemens investment in microgrids push DC forward?
Siemens announced a massive investment in microgrids at their Princeton, New Jersey campus. Will this and similar investments make the…
Next Generation Power for Industry
German research groups from Fraunhofer Institutes for Manufacturing Engineering and Automation IPA and Integrated Systems and Device Technology IISB push for…
Direct Current Applications in Lighting Solutions
Reduced carbon emissions, increased cost savings, enhanced safety and resiliency are achieved when using direct current technologies.
Legrand Leads Push for Mass DC Commercialization
On February 15, 2017, leaders from industry, government labs, standards and non-profit groups gathered in Denver for a one day…
GE Shows Silicon Carbide Inverter-Talks DC Future
As the solar industry boom continues, Peter Oram of GE’s Power Conversion discussed the role of GE in the renewable…
DC-Pedia FAQ Updated
As part of our educational efforts, we continue to work with our DC-NEXUS Collaborative members to improve the FAQ section…
380V direct current benefits data centers
Founder David Geary launches the white papers section of the DC-NEXUS site. His initial contributions describe the benefits of 380V dc…
DC-Pedia FAQ is launched
Chairman level adviser, Dr. Brandon Grainger, helped the DC-NEXUS team formally launch the DC-Pedia frequently asked questions (FAQ) site section…