Renewable Energy around the World Class 8 Canada, Mexico, and United States

Canada Population: 40 million GNI/Capita: $52,210 Annual population growth rate: 0.76% People per square mile: 9 RECAI #4 Onshore wind #1-3: China, US, Germany #5 Hydro #1-4: China, Brazil, US, Japan #6 Marine #1-5: Ireland, UK, South Korea, Philippines, France # 6 Overall

5 th International Conference on Ocean Energy (ICOE)

It’s a Beautiful World. Help save it – support renewable energy.

Solar Energy from Space

Mexico Population: 120 million GNI/capita: $9,940 Annual population growth rate: 1.21% People per square mile: 148 RECAI #9 Geothermal #1-8: US, Indonesia, Japan, Kenya, Philippines, Turkey, Italy, Germany #22 Overall

Geothermal

Efficiency saves energy

A way to go

United States Population: 320 million GNI/capita: $53,470 Annual population growth rate: 0.77% People per square mile: 85 RECAI #1 Solar CSP and Geothermal #2 Onshore wind #1 China #2 Solar PV #1 China #2 Biomass #1 China #3 Hydro #1 China and #2 Brazil #8 Offshore wind #1-7: UK, China, Germany, Belgium, Netherlands, Denmark, France #9 Marine #1-8: Ireland, UK, South Korea, Philippines, France, Canada, Portugal, Norway #2 Overall

Solar The Environment America Research and Policy Center found that the U.S. "has the potential to produce more than 100 times as much electricity from solar PV and concentrating solar power (CSP) installations as the nation consumes each year." It adds that every single state could generate more solar electricity than its residents currently consume.

Solar panels cover the employee parking lot on the Patagonia corporate headquarters campus in Ventura, California

Amazon to build North Carolina wind farm by Daniel J. Graeber Seattle (UPI) Jul 15, o_build_North_Carolina_wind_farm_999.html o_build_North_Carolina_wind_farm_999.html

Gulf Stream hydrokinetic power

The Gulf Stream and the Global Conveyor Belt /gulf-stream-renewable-energy/ /gulf-stream-renewable-energy/

Researchers to test Gulf Stream energy turbines off Florida’s coast By Zachary Fagenson June 5, 2014 Near the end of the summer, scientists will begin anchoring buoys equipped with a variety of sensors to the ocean floor, in about 900 feet (300 meters) of water some 12 nautical miles off the Florida coast near Fort Lauderdale. energy-turbines-off-floridas html energy-turbines-off-floridas html

Bureau of Ocean and Energy Management (BOEM) The Gulf Stream is a massive ocean current that runs north from the southern tip of Florida to the Canadian coast before turning east and heading across the ocean as the North Atlantic current. It comes closest to shore near south Florida, making it an ideal location to test tether turbines to harness the current, which moves at about 5.4 kilometers per hour (3.36 miles per hour) according to a 2012 University of Massachusetts study. Ocean currents are more reliable than fickle winds, according to the BOEM, and could potentially provide up to 35 percent of Florida's energy needs.

In the opposite corner – the Pacific North West

Vivace

Alaska

America’s First Wind Turbine /?utm_source=Wind+News&utm_campaign=e436b8d17d- RSS_ _CAMPAIGN&utm_medium= &utm_term=0_79fed14422-e436b8d17d /?utm_source=Wind+News&utm_campaign=e436b8d17d- RSS_ _CAMPAIGN&utm_medium= &utm_term=0_79fed14422-e436b8d17d

Installed Wind Power US #2

PV vs CSP Worldwide

PV Worldwide

Fusion a la Lockheed Martin Longer and more detailed explanation:

ITER The future of fusion with ITER Somewhere in America Renewable energy Siemens