The United Nations (UN) recently organized an effort through the UN Secretary-General’s Advisory Group on Energy and Climate Change to commit UN member countries to address energy poverty. The effort is led by UN-Energy, a collaboration of 20 UN agencies, as the UN Campaign on Sustainable Energy For All. It has three main objectives to meet by 2030: 1) Achieve universal access to modern energy services; 2) Improve global energy intensity by 40 percent; and 3) Produce at least 30 percent of the world’s energy from renewable sources.
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New white papers and presentations presented by General MicroGrids:
White Papers
Architecting the Microgrid for Interoperability
Information Understanding and Interoperability For The Modern Power Grid
Spectrum Management for Microgrid
Gridwise® Alliance – Advocating for a smarter grid [Article 1]
Gridwise® Alliance – Advocating for a smarter grid [Article 2]
What’s so good about a Smarter Grid - A look at Renewables
Optimizing the Self-Healing Smart Grid
How long will electric utilities remain relevant?
Presentations
Perspectives on Smart Grid Implementations
MicroGrids – Opportunities for Campus Environments
Renewables…Storage…What’s next?
Enhancing and Evolving your Smart Meter Deployments
Home Area Network – The Vision for California
Home Networking and Connectivity
The Smart Grid
Vision & Smart Meters for the Gas Industry
Energy issues across the energy sector
The Smart Grid: Making the electricity grid smarter
NIST Interoperability Standards Presentation
Smart Grid Opportunities
using Smart Meters
The Smart Grid: measuring our national progress
Smart
Grid – Example of how it works
Please select any of the above titles to view the PDF.
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General MicroGrids is part of a technology coalition to advance smart grid technologies
General MicroGrids focuses on the end-to-end development, design and deployment of integrated microgridand dispatchablerenewable generationsolutions. Safe, controllable and reliable microgrids and renewable generationare complimentary infrastructure customer assets that increase grid reliability, stabilize long-term energy costs, and mitigate negative environmental impact. They can be self-sustainable, networked together or dispatched through the bulk electric grid to service large campuses, manufacturing, small communities and regional utility customers.
Please contact us for further information.
To download a press releass, click here »