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Western region can gain million-plus jobs, grow GDP by $142 billion by accelerating move to clean economy

Speeding the development of clean energy in California, Oregon, Washington and British Columbia can generate more than one million jobs and $142 billion in gross domestic product (GDP) by 2020, according to a report released Tuesday.

It is the latest study showing that environmental policies can deliver broad economic benefits across industry sectors and to entire regions.

The report is a forward-looking assessment of how the West Coast mega-region can combine efforts to gain powerful competitive advantages. Among the key findings:

  • By 2020, the region’s clean economy could grow by more than 200% through the adoption of strategic policy measures, which represents up to $95.5 billion in new GDP contributions.
  • It is critical to put a price on carbon and use market-based approaches to drive innovation and investments that create long-term, sustainable employment.
  • The sectors with the highest job growth potential are: energy efficiency and green buildings; environmental protection and resource management; and clean transportation.

The West Coast Clean Economy Report was authored by GLOBE Advisors and The Center for Climate Strategies and released at the GLOBE 2012 Conference in Vancouver, Canada.

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Financing Energy Efficiency Upgrades In Commercial Properties

An Update

Last September, I wrote about some of the barriers that commercial building owners face when they want to finance energy efficiency upgrades for their properties.  The post also discussed an innovative new strategy called an Energy Services Agreement (ESA) that removes several of these barriers.  Since that time, several of the companies mentioned in that post have continued to innovate and make great progress.  I thought it would be useful to provide an update on some of their key accomplishments.

Transcend Equity

Yesterday, Transcend Equity (Transcend) announced that they are being acquired by SCIenergy, a leading energy management solutions company.  This acquisition should provide Transcend with access to additional technology, customers, capital and marketing resources.  EDF is excited to see what the combined company can accomplish.

Transcend recently made a commitment to fund $100 million of energy efficiency (EE) projects as part of the Better Buildings Challenge and broke ground on an ESA transaction in New York City.  Transcend is partnered with Mitsui to provide equity capital for their projects.

Abundant Power

Abundant Power is a diversified EE finance firm that works on a variety of products including Property Assessed Clean Energy (PACE), On-Bill Finance and revolving loan funds in addition to the ESA structure.  Recently, they have helped Alabama establish a $60 million revolving loan fund and Washington, DC establish a commercial PACE program that could finance up to $250 million of EE upgrades.  Abundant Power has also committed $100 million of financing as part of the Better Buildings Challenge.

Green Campus Partners

Green Campus Partners (GCP) has arranged over $350 million in EE financings for public sector properties and completed two ESA transactions in 2011 for private universities.  GCP committed to Better Buildings Challenge $100 million of EE financings in 2011 and another $200 million in 2012.  The firm exceeded its target in 2011 and expects to do the same in 2012.

GCP has also worked with EDF on the Clean Heat NYC campaign and recently signed a major development agreement with St. Barnabas Hospital to finance their conversion away from dirty heating oil.

Groom Energy

Groom is a Boston based EE project developer that offers ESA-style financings for customers.  To date they have been most active in the commercial and industrial space.  Groom is also a thought leader in the Enterprise Smart Grid which uses advanced technology to monitor and reduce energy usage behind the meter.  This morning, Groom published a comprehensive report on the topic.

Metrus Energy

Metrus Energy (Metrus) has had a very productive start to 2012 including a recent high-profile ESA project selection and a pipeline of advanced stage projects that totals $50 million. Metrus has broadened the geographic diversity of its pipeline which now spreads across the commercial, industrial and institutional markets, with active projects under development in the financial institutions, media and entertainment, telecommunications, hospital, higher education and non-profit sectors. Metrus is on-pace to exceed its $75 million investment commitment under the Better Buildings Challenge program. On the project implementation front, Metrus is actively advancing its existing ESA program with BAE systems with the addition of several multi-million dollar projects at new BAE sites. BAE Systems is a global company engaged in the development, delivery and support of advanced defense, security and aerospace systems.  Metrus has also expanded its base of Energy Services Companies (ESCOs), contractors and energy utility channels by adding 25 new partners.             

Carbon Lighthouse

Since launch in 2010, Carbon Lighthouse (CL) has completed projects at 70+ office towers, schools, community centers and industrial facilities in California and Oregon. CL achieves its mission by combining energy efficiency, retro-commissioning, demand response, solar and competition for pollution permits into one simple package for customers.  CL primarily provides projects on a deferred compensation basis similar to an ESA, and can also provide customers with third party direct ESAs or utility On-Bill Finance and Repayment programs.

Conclusion

EDF has worked with each of these five firms and we are encouraged by their energy, focus and innovation.  Each firm has a somewhat different business strategy and mix of products, but the EE market should be large enough to support a variety of business models.  We look forward to continuing to work with these firms and others as this critical market grows in the coming years.

Posted in Energy Efficiency, On-bill repayment / Tagged | Read 1 Response

Root Causes Of Water Pollution From Oil And Gas Operations

I received a flurry of emails this morning congratulating me on comments I made that appeared in a Wall Street Journal article titled, “Faulty Wells, Not Fracking, Blamed for Water Pollution.”

It is a good article. It suggests that even if artificial channels created by hydraulic fracturing have not yet been shown to have caused drinking water pollution, action is required to correct pollution problems caused by other aspects of natural gas operations.

I would add three additional points to the information covered in the article: 

  1. While faulty well construction is a big problem, surface spills have caused an even higher number of underground water pollution cases attributable to oil and gas development. A recent study commissioned by the Ground Water Protection Council (GWPC) determined that roughly 70% of nearly 400 cases of ground water pollution caused by the oil and gas industry over two decades in Texas and Ohio stemmed from mistakes made at the surface rather than from downhole problems.
     
  2. Why is it important that approximately one in 10 cement jobs requires remediation before the well is completed? This statistic doesn’t imply that one in every 10 wells is a pollution hazard.  Instead, the high number of cement jobs that need to be repaired in order to keep wells from becoming pollution hazards illustrates that without careful oversight of cementing the frequency of problem wells could increase dramatically. During the years in which GWPC identified some 400 ground water pollution cases in Texas and Ohio, nearly 221,000 wells were drilled in those states. Fortunately, the cement jobs didn’t fail on 10 percent of those wells! But 35 of the 400 pollution cases were due to well construction problems – cement job failures were involved in many but not all of those 35 instances.
     
  3. Although stronger regulatory oversight of well construction is needed, stronger oversight of hydraulic fracturing is also needed. No one should try to suggest that hydraulic fracturing is risk free. It is vital that regulators begin to more closely assess hydraulic fracturing plans and operations – especially in relatively shallow geologic contexts – to be sure that fractures will intersect neither drinking water nor transmissive faults or wellbores that in turn intersect drinking water.

To learn about aspects of oil and gas operations that need close regulatory oversight, see my blog, “If The Problem Isn’t Hydraulic Fracturing, What Is?

Posted in Natural Gas / Tagged | Comments are closed

“Good Jobs, Green Jobs” Explores Novel Financing For Energy Efficiency Upgrades

This commentary was originally posted on the EDF California Dream 2.0 Blog.

Increasing energy efficiency (EE) and renewable energy are two ideal ways to cut climate pollution. Yet financing for these types of projects is often limited.

California has proposed using on-bill repayment (OBR) to help close a financing gap for EE that some have estimated to exceed $10 billion annually. It would be the first statewide program of its kind in the country to use third-party financing to fund energy-related upgrades for any type of building.

The program allows private loans for building efficiency upgrades and renewable energy projects to be repaid through utility bills. Billions of dollars could be made available at attractive terms for a variety of buildings, including single-family homes where owners are upside down on their mortgages, small businesses, large commercial properties and multi-unit rental buildings.

At next week’s Good Jobs, Green Jobs Western Regional Conference in Los Angeles, a panel of experts will discuss how the program can make energy upgrades more affordable and create good, green jobs. This workshop will feature a description of OBR, provide a status update on regulatory developments, and consider program design tradeoffs.

The workshop, “On Bill Repayment Solves the Financing Puzzle,” will be hosted by Environmental Defense Fund (EDF) and moderated by our Chief California Economist, Jamie FineBrad Copithorne, EDF’s energy and policy specialist who designed the program will describe how it works and how energy users can take advantage of the program to save money on energy bills and hedge against higher energy prices.

Other panelists include: Gretchen Hardison, Environmental Affairs Officer, Los Angeles Department of Water and Power; John Rhow, Director, Barclays Capital; and Neil Alexander, Account Manager, Utility Solutions Group, TRANE. These experts will share their perspectives on the program, and how it can be designed to meet the unique needs of their constituencies.

EDF looks forward to hosting the panel and discussing ideal ways to shape the final program. We are expecting California’s Public Utilities Commission to soon decide whether to offer OBR to all utility customers as a way to reduce energy use, grow the economy and protect public health and our environment.

Posted in California, Energy Efficiency, Jobs, On-bill repayment / Tagged | Read 1 Response

Volt’s Speed Bump Is Neither Shocking Nor Alarming

By: Jamie Fine, EDF Economist, and Colin Meehan, EDF Clean Energy Analyst

Source: Technorati

Last Friday’s move by General Motors (GM) to briefly suspend production of the Chevy Volt must not be misconstrued as a sign that the car is failing to advance American leadership in building a clean energy future. 

Just a few short years ago, it was widely argued that America’s vehicle manufacturers could never again be healthy competitors in the global marketplace.  They simply lacked the vision, discipline, and innovation skills necessary to re-invent themselves, it was said.  

Today, many of those same doom-sayers are again selling American manufacturing short.  GM blames those critics for the pause in Volt production, saying they have treated the car as a “political lightning rod.” 

GM has a point.  With Volt production by its 1300 Michigan employees slated to resume in April, the critics are missing the real story behind the Volt and other electric vehicles in production and under development.  That is the story of steady and determined progress toward American leadership in building the clean, reliable, safe and sought-after vehicles Americans want to buy.  With that progress comes the promise of new jobs, a cleaner environment, and reclaimed pride and competitiveness of America’s manufacturers.  For GM, the Volt symbolizes the company’s technological prowess in its most profitable year ever. 

Lost in the gloomy rhetoric about the Volt is some genuine good news: the Chevy Volt and Nissan Leaf are actually beating the sales history of their hybrid cousins.  When the Toyota Prius and Honda Insight were offered as the first commercially available hybrids in 2000, only 9,350 cars were sold.  By the end of their first year, over 17,000 Nissan Leafs and Chevy Volts were sold.  This is a particularly impressive debut considering the headwinds they have faced in terms of negative publicity and technological hurdles. 

The Prius is now among the best selling cars in the U.S. with over 2 million vehicles on the road.  Most major auto manufacturers now offer hybrid vehicles, from Buick to BMW to Hyundai.  The same can be said for electric vehicles (EV) today. 

Fueleconomy.gov, the “official U.S. government source for fuel economy information,” lists 16 new models coming out over the next few years and another six models planned for limited release and testing.  Ford, Honda, Toyota and Mitsubishi have new electric or plug-in hybrid models coming out this year, with Ford and Toyota each offering two new models this year. 

Innovations in EV technology, production economies of scale and rising gasoline prices continue to improve the value proposition for EVs.  In just one example, an important breakthrough announced by GM-backed Envia will reduce the cost of EVs most expensive component–the battery–while extending driving range.

Electric vehicles can be fueled by almost anything, from wind and solar to natural gas power, which makes them possibly our greatest asset in any effort to reduce our dependence on foreign fuel supplies.  For all the increased oil production in the U.S. over the past few years, our domestic supplies remain a drop in the bucket compared with our consumption.

Electric vehicles aren’t just about saving money or achieving energy independence.  A number of recent studies, such as the latest from Lawrence Berkeley National Lab, find that vehicle electrification is a necessary part of any meaningful strategy to fight climate change.  

Fortunately, the future for electric vehicles remains bright.  But don’t believe us, just ask the automakers.  “Most major auto manufacturers have announced their EV and/or PHEV production plans, which add up to 0.9 million units by 2015 and about 1.4 million units per year by 2020,” wrote Lew Fulton Senior Transport Analyst at the IEA.

Whatever politically motivated attacks may be aimed at EVs, and whatever shortcomings these revolutionary new vehicles may display, one thing is certain: the move to EVs represents a rebirth of confidence in American innovation, workers, and competitive manufacturing.  It also marks an irreversible national commitment to building a cleaner, more fuel-efficient transportation system for a prosperous American future.

Posted in Grid Modernization / Tagged , | Read 1 Response

EDF Teams Up With Honest Buildings To Accelerate The Development Of High Performance Buildings

 

 
We announced today that EDF is working with HonestBuildings.com (Honest Buildings) to accelerate the number of energy upgrades, renovations and sustainable building projects throughout the U.S.  Honest Buildings is a rapidly growing social networking website that offers energy efficiency vendors and service providers an ideal platform to showcase their work, connect with clients and generate new business.  It also helps people find and share information about buildings, their owners, their occupants and the people who service them.

Collectively, we need to do more to tell the story behind what’s driving improvements in the built environment, which consumes 70% of electricity in the U.S. and emits more than a third of greenhouse gases.  By providing transparent information about buildings and their performance, we believe Honest Buildings is a powerful platform to do just that.

As part of EDF’s Energy Innovation Series, every week we will select one project from Honest Buildings to feature on edf.org/energyinnovation and promote through the series’ social media channels.  By showcasing the most innovative and effective energy efficiency projects, EDF and Honest Buildings are working together to raise awareness and accelerate market adoption of smarter and more energy efficient buildings.

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