Environment Efficiency

MAPPING AMERICA’S ENERGY FUTURE

All across America, universities, manufacturers, utilities and communities are realizing they have more control over how they manage their energy than they ever thought possible. Explore some of the new technologies that are redefining industry benchmarks in the U.S.

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My Neighbor Is My Utility

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Remoooable Energy Down
on the Farm

Hancock, Minnesota, is dairy farm country. The tiny Midwestern town, located about 160 miles northwest of Minneapolis, is home to tens of thousands of cows, vastly outnumbering the local population of 760 humans. Besides producing tons of milk, those bovines generate a whole lot of manure, too. Hancock’s District 45 Dairy LLP is putting the six million cubic feet of manure produced annually by its nearly 5,560 cows to smart, energy-efficient use. They’re using biogas—a renewable source yielded by accumulating and processing manure in an airtight, heated anaerobic digester—to fuel a combined heat and power (CHP) plant.

Driving the system is a trio of eight-ton engines supplied by Siemens that collectively provide 2.4 megawatts of electricity (MWe). The CHP plant produces clean power, heat and hot water—beneficial for dairy farms with a year-round demand.

WASTE NOT

Anaerobic digestion is the process by which organic matter, such as animal or food waste, is broken down to produce combustible biogas. As of 2016, there were

anaerobic digesters

operating on livestock farms
 in the U.S.

COWADUNGA!

The average dairy cow weighs about 1,400 pounds and produces

lbs

of manure — AKA dung — per day. That’s nearly 15 tons a year!

WHAT A GAS!

Biogas is comprised primarily of methane (50%–70%) and carbon dioxide (30%–50%). Animal waste produces about

billionmetric tons

of renewable, combustible methane in the U.S. each year.

MEGA-WHAT?

A megawatt (MW) is one million watts, the basic unit for measuring power.

MWe

is enough electricity to power 420 homes.

COW TO CAR

100 cows can produce the energy equivalent of

gallons of gasoline/year

To learn more about onsite energy solutions that will power your energy future, go to Siemens energy insights

America's Energy Roadmap

From the Editors of TIME and Fortune

August 29, 2017

Al Gore and Jerry Brown on America’s Renewable Future

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August 24, 2017

Why Your Dishwasher is Talking to Your Energy Company

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August 6, 2017

Where Are All of These Electric Cars Going to Charge?

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August 10, 2017

A Small-Scale Power Solution Could Pay Big Dividends Across the U.S.

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July 31, 2017

Inside the Effort to Fight Climate Change Beyond the Power Sector

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July 26, 2017

Renewable Energy Just Hit a Big Milestone

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June 30, 2017

How Your Food Waste Could Eventually Power Your Home

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June 29, 2017

A Fight Over the Electric Grid Could Reshape America's Green Power Boom

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June 17, 2017

Cheap Solar Power Could Gut the Global Coal Industry by 2040

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June 15, 2017

Why California's Climate Change Fight Is Also About Public Health

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May 25, 2017

Wind Power Catches a Mountain Breeze

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May 22, 2017

See the Fortune 100 Companies Doing the Most to Stop Climate Change

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May 18, 2017

Why Your Power Company Wants to Sell You More Than Electricity

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May 01, 2017

How Batteries Could Revolutionize Renewable Energy

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Solar Power to the People

Arizona Public Service, which provides energy to 1.2 million customers around sun-drenched Phoenix, teamed with Siemens on a pilot project to install solar panels on the roofs of nearly 1,600 homes, capable of generating 10 MW of renewable energy. The twist on the Solar Partner Program was that APS not only paid for the installations but also credited each household $30 a month for excess electricity sent back to the utility via a two-way microgrid. Siemens energy management software helped APS operate the system by relaying real-time data from smart inverters, devices that convert power from the solar panels into the homes.

Partners Clear Pathways for Renewable Energy

An obstacle in the large-scale adoption of renewable energy, principally solar and wind, is how to seamlessly integrate new-age sources onto legacy electricity grids. Siemens and OMNETRIC Group—its joint venture with Accenture—partnered with San Antonio’s electric provider CPS Energy to test a solution. CPS Energy installed a microgrid on the Fort Sam Houston military base, and utilizing Siemens Microgrid Management software, successfully tied together a solar array, storage battery and weather station. The success of the test, which was a supporting project to a US Department of Energy renewables program, advances the future of renewables by establishing easier, faster and more manageable integration of multiple energy sources.