Energy Exchange

More Companies Turning to Distributed Generation – What Does it Mean for Utilities?

Last month, the Wall Street Journal reported on an initiative at an increasing number of companies nationwide: on-site, or distributed, power generation. There are many reasons for this growing trend in corporate sustainability, along with many ramifications for the prevailing utility model in the United States – all of which highlight the importance of employing market-based solutions to create a cleaner, smarter, more resilient electric system.

Why Do Companies Unplug?

For companies such as Walmart, increasing the use of distributed, renewable generation is a vital part of larger sustainability goals, including increased use of clean energy and a call for safer ingredients used in the products the company sells. To be sure, however, even the most altruistic companies would be hard pressed to shift off the power grid without sound economic reasons.

A confluence of market factors, including tax incentives that spur attractive returns on investment, advances in solar and wind technologies and policies that encourage greater use of and investments in clean energy (like net metering and time-of-use pricing), has created an economic environment that makes distributed generation not just a viable option, but often a very attractive one. Further, off-grid power can be an effective way for companies to hedge against outages due to storms or unforeseeable catastrophes, a key idea included in the Hurricane Sandy Rebuilding Strategy.

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Posted in Grid Modernization, On-bill repayment, Renewable Energy, Utility Business Models / Tagged | Read 1 Response

Texas Universities Exhibit At The Solar Decathlon And Drive Clean Energy Research

This commentary originally appeared on EDF’s Texas Clean Air Matter blog.

Source: Architect Magazine

The Solar Decathlon, a competition that challenges colleges across the nation to design and construct efficient, affordable and attractive solar powered-home, is taking place October 3-13 at Orange Country Great Park in Irvine, California. The bi-annual event, organized by the U.S. Department of Energy (DOE), awards the team that excels in combining cost-effectiveness, consumer appeal and energy efficiency into a state of the art home. But like many competitions, the real winners are those that pursue the challenge long after the bout ends, and this decathlon is no exception. Year after year, students graduate and form the next wave of clean energy entrepreneurs, engineers and architects looking to advance energy efficient homes.

This year, the University of Texas at El Paso and El Paso Community College have joined forces to create Team Texas. The last time a Texas university participated in the Solar Decathlon was in 2007, when the University of Texas at Austin and Texas A&M University competed as two separate teams.

This year Team Texas has submitted ADAPT, a house that reflects the nature of the two universities’ homestead, El Paso. Its design maximizes the use of solar energy, an abundant resource in the Southwest, and is meant to feel natural on a mountain plateau, high desert or green farmland.  ADAPT embraces the belief that “a home is not just a location or state of mind but a place where the heart is”. Read More »

Posted in Energy Efficiency, Renewable Energy, Texas / Comments are closed

The Power of Networks to Drive Environmental Results

This commentary originally appeared on EDF’s Climate Corps blog.

The world’s top scientists reminded us last week that the case for action on climate change has never been more urgent.  And turning the corner on carbon emissions and avoiding the worst impacts of a warming world will require nothing less than a full-scale transformation of our energy system.  That is a huge political, technological and cultural challenge – one that no individual, organization or country can solve on its own.  It will take the leadership and collaboration of people across the world, pulling together toward a common goal.

Environmental Defense Fund (EDF) has a staff of 400 – small in the global scheme. That is why we are experts at deploying powerful networks to get results. Our success with businesses – whether it’s improving the safety of products sold at Walmart, or saving water at AT&T – all rest on our ability to tap into the knowledge, connections, and influence of our partners.

One of our most successful networks: EDF Climate Corps.  Hundreds of organizations ranging from PepsiCo and Office Depot to the Chicago Public Schools and New York City Housing Authority have tapped EDF Climate Corps for energy strategies and solutions that cut costs and emissions.  And best of all, our hosts and fellows are now spreading these innovations through their own networks, creating a multiplier effect that expands our impact exponentially.

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Bringing Fugitives To Justice In Wyoming

Source: Scott Dalton for The New York Times

When it comes to healthy air, what you can’t see can hurt you.

Leaks of volatile organic compounds (VOC) and methane, the primary components in natural gas, may be invisible – but that doesn’t mean they are harmless.  These leaks – called “fugitive” emissions – can create serious air quality problems when VOC’s are involved. Meanwhile, methane leaks mean less product available for sale and a wasted resource.

But, while you can’t always see leaks with the naked eye, you can use modern technology to help you detect and fix them.  Cameras that use infrared technology to “see” leaking hydrocarbons and inexpensive hand held sensors that measure leaks are commonly used to help operators find and fix leaking equipment.  Leak Detection and Repair (LDAR) programs that require operators to check for leaks frequently using these modern technologies, and expeditiously repair them, can produce huge air quality benefits.  Such programs are currently required in permits for a number of operators in Wyoming’s Jonah Pinedale Anticline Development Area. Read More »

Posted in Methane, Natural Gas, Wyoming / Comments are closed

EDF Energy Innovation Series Feature: Green Mountain Energy Company Sparking Solar In Texas

EDF’s Energy Innovation Series highlights innovations across a broad range of energy categories, including smart grid and renewable energy technologies, energy efficiency financing and progressive utilities, to name a few. This Series helps illustrate that cost-effective, clean energy solutions are available now and imperative to lowering our dependence on fossil fuels.

Find more information on this featured innovation here.

As this series has demonstrated, energy innovation is happening around the world in a wide range of areas, from energy storage and smart grid technologies to renewables, electric vehicles and energy-saving software and services.

But innovation isn’t just about inventing new technologies.  It’s about getting those technologies out into the market.  And when it comes to bringing renewable energy options to residential and commercial customers, Texas-based Green Mountain Energy Company was the first to be 100% dedicated to cleaner energy with the electricity market opened to competition in the state in 2002.

Founded in 1997, Green Mountain is the country’s longest-serving retailer dedicated to renewable energy, selling all-renewable energy options directly to residents and businesses in competitive markets in Illinois, Maryland, New York, New Jersey, Pennsylvania and Texas, and partnering with utilities in other regulated markets.

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Posted in Energy Innovation, Renewable Energy, Texas / Comments are closed

Jack Gerard And American Petroleum Institute: Deceiving Congress

This commentary originally appeared on our EDF Voices blog.

Source: WCN 24/7 Flickr

Given the widespread press coverage of the release of the University of Texas methane emissions study, we shouldn’t be surprised that Jack Gerard, CEO of the American Petroleum Institute (API) is spinning a false story about its results. In an email to leaders in Congress, Gerard tells them that there’s nothing to worry about. Methane pollution from gas production is low and getting lower. Wrong.

What the study really said is that technology to reduce methane pollution in the transition from drilling a well to full scale production can be very effective at reducing methane emissions when it is deployed – emphasis on when. This is one of the important points Gerard misses, as no national accounting exists to show U.S. producers currently use these methods as a matter of widespread industry practice.

Gerard also conveniently did not tell Congress that the low wellhead emissions detected by the study are the result of EPA regulations adopted last year – rules API lobbied hard to weaken. Gerard further did not explain to Congress that these regulations don’t apply to all unconventional gas production today. Meaning the UT study is not an example to of “problem solved, we can all go home.” Read More »

Posted in Natural Gas / Comments are closed