- Sustainability Champions
- Big Challenges
- Environmental
- Social
No More Deaths- Farming and Food Production
- The Sustainability Mindset
- What is Sustainability?
- Black Lives Matter
- Corporate Social Responsibility (CSR)
- Conflict-free Minerals
- One Water
- Design and Architecture
- Ecotourism and Sustainable Tourism
- Equal Rights for Women and Girls
- Sustainability in Higher Education
- Empathy and Consciousness
- Health and Wellness
- Culture and Consciousness
- Leadership Development
- Economic
- Events
- Places
- Series
- AI for Good
- Global Warming Teaching Circle
- Reconciling Ways of Knowing
- Called From Darkness
- Sustainable Today
- Native Perspectives on Sustainability
- Peak Moment
- The Natural Way: Indigenous Voices: Speaker Series
- Sustainability Pioneers
- 24 Hours of Reality by The Climate Reality Project
- Ray Anderson Memorial Interviews
- The Ways: Great Lakes Native Culture & Language
About This Collection
Clean technology includes the renewable energy (wind power, solar power, biomass, hydropower, biofuels), information technology, storage technologies, green transportation, electric motors, green chemistry, lighting, and many other appliances that are now more energy efficient. We focus this collection on renewable energy and development of the Smart Grid.
Sponsored by:
Curated by mokiethecat
The UCSD Microgrid - Showing the Future of Electricity by RMI |
Rocky Mountain Institute visited the University of California, San Diego to study and document the "microgrid" that controls and Learn how RMI is seeking to identify and amplify the kinds of solutions that have the potential to transform the electricity system by visiting http://www.rmi.org/electricity ncluding a central cogeneration plant, an array of solar photovoltaic installations and a fuel cell that operates on natural gas reclaimed from a landfill site. EarthSayers Gary Matthews; James Newcomb; Dave Weil |
integrates electricity supply and demand on the campus. UCSD's microgrid is one of the best examples of an electricity network that provides local control yet is interconnected with the larger electricity grid. At UCSD, the microgrid provides the ability to manage 42 megawatts of generating capacity.-
Smart Grid Dr. Woerlen 1 of 11
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Solar power is working for the Munduruku in Brazil
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Wind-powered energy security - Cabeolica, Cape Verde
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Mapping the Gap: The Road From Paris with Michael Leibreich
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Squeezing into our Ecological footprint by Paul Hawken
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Climate Change and Clean Energy
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Solar Jobs Spotlight: Mike Barlow
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Solar World in Oregon
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The GridWise Alliance and the Smart Grid
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Energy (R)evolution is Happening by Tzeporah Berman
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German's Renewable Energy Revolution by Christine Worlen
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Davos Annual Meeting 2010 - Global Energy Outlook: Energy Security
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Sustainable Energy: Affordable Domestic Solar in Africa
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The Energy Revolution
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Will Falling Oil Prices Kill Wind and Solar Power? with Dr. Steven Chu
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Solar Power works for the Munduruku in Brazil
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Bonneville Environmental Foundation: Todd Reeve
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The UCSD Microgrid - Showing the Future of Electricity by RMI
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Carbon Capture and Sequestration by Scott Anderson
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Solar Power Industry and XsunX
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What is the Advanced Energy Economy by Graham Richard
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Citizens Generate Their Own Power by Ursula Sladek
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A Case for Integrating Solar Geoengineering into Climate Policy | David Keith | Talks at Google
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Local and Sustainable Biodiesel in Oregon
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The Potential of Solar in Growing Markets by Paolo Frankl
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What is Smart Grid by Scientific American
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Opportunities for Cleantech Start-ups by Laina Greene
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Clean Tech Open - Crossing the Chasm
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Amory Lovins and the Evolving Car Industry
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Low Carbon Economy and On Being Sustainable
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The Era of Mainstream Clean Energy: Solar Rising by Arno Harris
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Advanced Energy by the AEE
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Routes of Power: Energy and Modern America by Christopher Jones,
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Renewable Energy: Get Off Our Bottoms by Helen Caldicott
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The Grid of Tomorrow by 24 Hours of Reality