Energy Exchange

New Oil Industry Report on Wrong Track

The only surprise about the new report released today by the Western States Petroleum Association is what it doesn’t come right out and say: that the oil industry is pretty sure that those of us who believe climate change is one of the biggest issues facing California today are actually conspiring to put them out of business.

The report, “Understanding the Impact of AB 32,” is based on public data but was processed through the Boston Consulting Group’s proprietary modeling using the industry’s assumptions about the future. It reads less like an actual analysis of the potential impacts of California’s landmark climate law, and more like a laundry list of “woe is me” excuses for the oil refinery industry – not incidentally, the industry that paid for the report – claims that California’s innovative clean fuels policies will ruin their businesses.

The biggest problem with the report is its assumption that no one – none of California’s myriad economic sectors – will make changes aimed at reducing our dependence on oil, or at curbing dangerous greenhouse gas emissions. For example, even as refineries face falling demand for gasoline, in California and across the nation, this report implicitly assumes that refineries won’t adopt more efficient technologies, or change their volume of production in response to reduced demand.

In fact, the idea that California’s refineries would fail to do a brisk business in California, even under AB 32, is a load of hooey. California still represents one of the biggest and most lucrative markets for gasoline. And yet a significant amount of the fuel produced in California is currently shipped out of state, which certainly provides a substantial cushion for any reduction in local demand.

What California’s refineries should be focused on is how to become a leader in this new clean fuel economy. Low carbon fuel is going to be the fuel of the future, in high demand not only in the U.S. but abroad. By focusing now on making the changes needed to produce this kind of fuel, California’s refineries could get a jump start on this growing market – instead of bemoaning the slowing demand for their existing, outdated fuels.

There’s a reason they’re called fossil fuels, after all.

 

By Tim O’Connor and Jamie Fine Ph.D.

 

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California’s Coal Shadow Continues to Lighten Up – So Long, Reid Gardner

EDF first highlighted California’s coal shadow, which is the impact of coal-produced power sold into the state, in this 2005 report. At that time, the global warming pollution emanating from these out-of-state smokestacks was equivalent to the emissions from more than 11 million cars, canceling out projected reductions from California’s landmark standards for motor vehicles and its 20% renewable portfolio standard.

This week, the state Department of Water Resources (DWR) took a huge step toward ending our coal shadow when it renewed its commitments to stop purchasing power from the Reid Gardner power plant in Nevada starting in 2013. This critical step, the second major commitment in the past three months that will help California shed its demand for imported coal fired generation, is a strong signal that California global warming policies are working and that a full end of our coal shadow may be in sight.

In July 1983, DWR entered into a 30 year contract with Reid Gardner to import up to 235 MW from one of the plant’s four units to power part of the State Water Project. The project is the largest single consumer of electricity in California and pumps water up and down our state for residential, industrial and agricultural operations. The coal-fired energy from Reid Gardner has accounted for 30-50% of DWR’s annual global warming pollution, while only accounting for 10-15% of the project’s overall energy supply. This means that Reid Gardner is dirtier and less efficient than California’s other sources of energy.

The Reid Gardner decision, coupled with the CPUC’s sale of their interest in Four Corners in March 2012, is a clear indication that California continues to stand at the forefront of environmental responsibility and seeks to protect its citizens from harmful pollution and reliance on inefficient energy development. Our recently-enacted 33% renewable standard, the 2006 emissions performance standard for power plants, and the soon-to-be-launched cap-and-trade program for major polluters are but three of the landmark policies that are driving this fundamental shift toward cleaner sources of energy that will create jobs while improving air quality and protecting public health.

 

 

 

 

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Energy Innovation Series Feature #5: Data Analytics From GridGlo

Throughout 2012, EDF’s Energy Innovation Series will highlight more than 20 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 will demonstrate that cost-effective, clean energy solutions are available now and imperative to lowering our dependence on fossil fuels.
 
GridGlo uses “data fusion” to analyze and predict energy consumption behavior.  Find more information on this featured innovation here. 
 

The smart grid industry is more than a foundation for solar energy and electric vehicles. It is also a treasure trove of information that requires a much more sophisticated way to capture, analyze and use the billions of bytes of information that a modernized grid and its many components will generate.

Add to that the massive amounts of weather, social, emissions and other kinds of data already being collected and you can see that a smarter grid is going offer lots of job opportunities to data geeks and software engineers.

Media and analysts predict that the smart grid information sector will be a multi-billion dollar market and companies are already jockeying for big data market leadership, from established IT giants like IBM and energy hardware companies like Landys+Gyr, to tech-driven start-ups like Florida-based GridGlo.

GridGlo works with utilities to integrate energy usage and behavioral data using its unique software platform to identify, score and predict energy consumption behavior. One of its products, Energy People Meter™ (EPM), provides a real-time digital fingerprint of energy behavior patterns and creates score that helps utilities (and consumers) save energy and money.

“Utilities have spent billions upgrading their metering infrastructure,” said GridGlo’s founder and CEO Isaias Sudit. “But those systems are now generating a lot of data and the utilities need help figuring out how to use it effectively. Our software allows them to save money on the infrastructure side, while providing new and exciting services to their customers.”

Utilities have long used data as a forensic tool to help pinpoint problems that happened in the past, such as blackouts. The real opportunity and challenge, according to Sudit, is moving from using energy data to tell us what has happened, to using it to tell us what is happening right now – and eventually, helping us predict what will happen in the future.

That kind of predictive analysis requires merging energy data with other data sets, like weather, lifestyle trends or demographics – a process GridGlo calls “data fusion.” For example, utilities could use known demographics of likely electric vehicle buyers to better plan where infrastructure improvements are needed – before the grid is overstressed. Or national or regional demographic shifts could help utilities or regulators better plan transmission construction.

“Ultimately, all of this has to show value to the customer,” Sudit said. Eventually, he thinks data fusion will be used by third party service providers and app makers, much like mobile, location and social data is used to power some of today’s most popular products.

“But our most urgent need is to show how utilities can use this information to provide value directly to customers,” he said. “If we can do that, the secondary markets will follow.”

 

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The Missing Link: Energy Efficiency Data And The Capital Markets

EDF And Bloomberg New Energy Finance Host A Successful Conference

Last week, Environmental Defense Fund (EDF) and Bloomberg New Energy Finance (“BNEF”) hosted 150 property owners, energy efficiency project developers, ESCOs, banks, institutional investors and other thought leaders to discuss how improved datasets could spur the market for energy efficiency (EE) investment.  Dan Doctoroff, Bloomberg’s CEO, kicked off the morning by discussing the company’s plans to provide this data and how similar efforts have spurred financial innovation in the past.

Three types of energy efficiency data were the basis of most of the conversation:

Project Performance Data – Accurately forecasting the energy savings from a retrofit project remains an elusive goal due to wide variance in benchmarking and forecasting standards.  Chris Lohmann of the Department of Energy discussed a large database that he is developing that will attempt to provide comparisons to historical projects.  Elizabeth Stein of EDF discussed a project that she is leading to develop a standardized methodology for estimating savings and pointed out that robust standards for comparing projects will substantially enhance the value of an EE project performance database.

Benchmarking Data – New York, San Francisco and other cities have taken steps to benchmark energy usage for commercial tenants.  Riggs Kubiak of Honest Buildings discussed how his company is publishing this data on the web and believes it will allow prospective tenants to compare properties and spur landlords to invest in EE projects.

EE Loan Performance Data – While several EE loan programs have shown strong repayment performance to date, the rating agencies will need a far longer history in order to provide the best terms for securitizations.  On-Bill Repayment (OBR) may be able to benefit from the long history of utility bill payments to create a data stream for the rating agencies.

EDF looks forward to working with Bloomberg and other market participants on each of these initiatives.

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Energy Innovation Series Feature #4: Solar Financing For Project SolarStrong

Throughout 2012, EDF’s Energy Innovation Series will highlight more than 20 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 will demonstrate that cost-effective, clean energy solutions are available now and imperative to lowering our dependence on fossil fuels.

For more information on this featured innovation, please view this video on solar financing for SolarCity’s project SolarStrong.

Project SolarStrong by SolarCity is not only expected to be the largest residential solar photovoltaic (PV) project in American history if completed, but will also be a groundbreaking milestone for solar financing in the United States.

In November 2011, SolarCity – along with Bank of America and Merrill Lynch – announced Project Solar Strong, an ambitious five-year plan to build more than $1 billion in solar projects for privatized U.S. military housing communities across the country.  SolarCity partners with leading privatized military housing developers to install, own and operate rooftop solar installations and provide solar electricity at a lower cost than utility-provided power.  SolarStrong is expected to create up to 300 megawatts of solar generation capacity that could power up to 120,000 military homes if completed.

This project will allow privatized military housing developers to save money on energy costs that can be reallocated toward quality-of-life improvements and enhanced services for military families.  SolarStrong will also help the Department of Defense (DOD)—the single-largest energy consumer in the U.S.—secure more of its energy needs from renewable sources operated in parallel with the utility grid.

SolarStrong is expected to create thousands of full-time and temporary jobs; SolarCity hopes to provide many of these jobs to U.S. veterans and military family members, which have been among those hardest hit by the economic downturn.  SolarStrong is a groundbreaking innovation that demonstrates the long term viability of distributed solar generation and the potential for creative financing structures to significantly grow residential solar in the U.S..

SolarStrong’s original plan to secure a loan guarantee from the U.S. Department of Energy (DOE) did not come to fruition, but the project was fortunately able to launch without being part of the loan guarantee program.  Aggressive, creative projects that confirm the viability of alternative financing structures, such as SolarCity’s SolarStrong, are paving the way to making affordable clean energy available on a significantly larger scale.

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California Low Carbon Fuels Appellate Court Ruling is a Win on Many Levels

Late yesterday, a three-judge panel in the 9th Circuit Court of Appeals granted an important stay motion in favor of California and its Low Carbon Fuel Standard (LCFS). The court’s decision allows the state to move forward with vital protections for human health and the environment that will strengthen California’s clean energy economy and improve our energy security.

The LCFS is one of California’s most ambitious and innovative climate change regulations to date. It is among 70 measures adopted under AB 32 (the Global Warming Solutions Act of 2006) that will be used to reduce emissions to 1990 levels by 2020. The standard calls for reducing the carbon content of fuels by 10 percent by 2020, which is expected to reduce 15 million metric tons of greenhouse gas pollution per year by 2020. Some of the cuts will come from improvements in the way traditional oil and ethanol feedstocks are produced, processed and delivered to consumers. Other cuts will come from advancements in breakthrough technologies such as electric cars and renewable fuels that dramatically cut toxic air contaminants and further diversify our fuel supply with locally generated energy sources.

How LCFS Works

The standard creates a flexible system that allows fuel suppliers to comply by either documenting reduced emissions in their fuel production pathways (using a science-based lifecycle emissions model) or by purchasing credits from suppliers that have reduced emissions below a predetermined threshold. This approach rewards innovative solutions that cut emissions as quickly, cheaply and extensively as possible, using a scientifically credible emissions reporting and trading platform.

How LCFS Provides Energy Security and Protection from Fuel Price Surges

California drivers burn about 16 billion gallons of gasoline and 4 billion gallons of diesel fuel every year and emit, in aggregate, approximately 170 million tons of greenhouse gas emissions. Much of this fuel is sourced from California oil fields (approximately 200 million barrels per year), though more than 50 percent is imported from the Middle East, South America and Alaska. These imports make our economy vulnerable to price swings and shortages driven by production changes and politics.

There is perhaps no greater embodiment of our state’s vulnerability to imported fossil fuel than dramatic and sustained “price shocks.” These periods of elevated prices impact drivers’ pocket books and transfer huge amounts of money from California’s economy to foreign countries, many of which are hostile to our country.

Since 1995, California has experienced 15 such fuel price shocks, including the current one that has increased fuel prices by about 40 percent above the 24-month moving average. California’s LCFS, an important clean energy policy, is going to break this trend.

The LCFS Incentive to Diversify the Transportation Fuel Mix

California’s LCFS is a scientifically-based standard that provides incentives for fuels that cause less climate change pollution throughout their entire lifecycle. At the same time, the LCFS allows for traditional fuel producers to continue operating as long as they turn in sufficient compliance credits. Fuel sources producing credits include electricity (powering electric vehicles), natural gas, advanced biofuels and some traditional biofuels that emit less carbon than gasoline and diesel. These fuels are typically produced or grown in the Western United States rather than imported from abroad. This results in a more diversified fuel mix that is less vulnerable to fuel price shocks.

Positive Signal for States Looking to Follow California’s Lead

Though the Court of Appeals has yet to hear the case on the merits, yesterday’s ruling is a positive signal that this standard has a strong legal foundation that will likely be upheld on appeal and can be adopted by other states. We trust this is music to the ears of Oregon, which just last week announced a Clean Fuels Program similar to California’s.

Without a federal policy in place to regulate the carbon pollution in fuels, it is critically important that California and other states have the ability to carry out smart, science-based policies such as this standard to cut pollution, reward innovation, and build a stronger, more efficient economy.

EDF will continue pursuing the matter on appeal until a final resolution, an outcome that looks suddenly brighter for California consumers, innovative fuel producers and the environment.

 

 

 

 

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