Energy Exchange

Cream Cheese And Time-Of-Use Electricity Pricing

This commentary was originally posted on EDF’s California Dream 2.0 blog.

“The cream cheese just fell off the roof of the car,” my 7-year old daughter said as I turned into my driveway after a trip to the grocery store. Right now you might be asking yourself, “What does this have to do with time-of-use pricing?” Allow me to explain.

We live in Alameda, CA, where plastic bags are prohibited and stores must charge for a paper bag. Alas, I had forgotten to bring a reusable one. To teach my children a lesson and avoid the public scorn (not so much the $0.05 per bag), I carried our groceries and asked the kids to lend their hands. And yes, I put the cream cheese on the roof of the car to free a hand to unlock it.

Once home, I realized that, in addition to almost losing my cream cheese, I’d been making potentially risky tradeoffs. After all, exiting the supermarket with full hands prevented me from holding my children’s hands while crossing a busy – and dangerous – parking lot.

Don’t get me wrong; I’m not lamenting the ban on plastic shopping bags. I think it makes perfect sense, but it takes time to start making the adjustment and the risk tradeoffs aren’t always obvious.

This scenario– making adjustments that may seem inconvenient and a bit scary, but are well worth the effort– plays out in other areas of life as well. Particularly in rethinking how Americans use and pay for electricity.

Source: Union Atlantic Electricity

Most of us don’t think about how the time of day affects the cost of serving us power. In California, we aim to change that by moving to Time-of-Use (TOU) pricing – which will make electricity more expensive during times of peak, or high, energy demand and cheaper off-peak. In fact, just yesterday, the Sacramento Municipal Utility District (SMUD) recommended moving all residential customers to time-of-use rates by 2018 in an effort to give customers more control over energy costs.

EDF believes that TOU pricing will be best for people and the environment, just as banning plastic shopping bags effectively reduces their environmental impact. This approach can encourage conservation and reduce peak energy use while providing customers with more choices that can ultimately lower their monthly bills. Switching to TOU electricity pricing may feel to some like being thrust into a busy parking lot with an armload of groceries and two children to monitor. When should I use my dishwasher? Do I need to reset my air conditioner? Well, yes and no. You can choose to do nothing, or you can exercise a choice you don’t have with our current pricing structure: shifting energy use to times of lower electricity prices. It’s quite doable.

Read More »

Also posted in California, Grid Modernization, Renewable Energy, Utility Business Models / Comments are closed

Nest Labs: Proof Life Exists In The Smart Grid Ecosystem

This commentary was originally posted on EDF’s California Dream 2.0 blog.

There are many conceptions of the smart grid; what it is and what it should do for us – the “ratepayers” – who will finance the necessary upgrades to California’s electrical system. I find the concept of a “smart grid ecosystem” — with smart customers, smart utilities and smart markets — to be a helpful guidepost as we seek to evaluate what should be accomplished by the utilities trusted to deploy our smart grid.

Ecosystems achieve resiliency through diversity. We want a variety of clean energy resources on the supply side – hydropower, wind, solar photovoltaic, solar thermal – spread across a variety of locations (but never too far from customers). Similarly, on the demand – or customer – side, Californians, buildings, appliances and electric vehicles create an intricate, synergetic web that can be made more efficient and flexible with customer education and empowerment, customer-focused energy pricing policies, and demand response (which allows customers to voluntarily reduce peak electricity use and receive a payment for doing so in response to a signal from their electric utilities).

There are other ways to contemplate diversity in the energy context: Unlike some other states, most Californians can’t choose their power providers, though they can choose among rate “plans” (which are payment schemes, not plans to help manage energy use and costs). EDF recognizes that a smart energy marketplace will thrive with a greater variety of competitors, products and services, and would like to see “3rd party energy service providers” able to participate (that catch-all term includes organizations that deliver energy services and products to customers at a variety of levels throughout the smart grid ecosystem).

Yesterday’s announcement by Nest Labs (Nest) is more proof that the smart grid ecosystem is alive and well. With utility partnerships in California and Texas, among other places, Nest uses their intelligent, WiFi-connected thermostat to help customers smartly and painlessly trim energy use by learning, and mimicking, their temperature preferences automatically. For example, the Nest’s Seasonal Savings services will alert your thermostat when new rates apply with a change of season and the device will begin slight adjustments to presets to adapt to predictable weather trends. Read More »

Posted in General / Comments are closed

New Study Expands Efforts to Understand Climate Implications of Methane Emissions

New supplies of natural gas are no doubt changing our energy landscape and, of all fossil fuels, natural gas appears to be a smarter choice because its carbon footprint is smaller when combusted than coal or oil. When talking about natural gas as part of a potential climate solution, though, it is important to recognize its unique position as either being a good or bad thing for global warming – depending upon the amount of uncombusted methane emissions that are released into the atmosphere.

No matter what market forces dictate for the future of gas, it’s EDF’s job to ensure that natural gas doesn’t become a detriment to public health or the environment. And, with respect to air quality and climate, getting better data on methane emissions is essential.

Methane can be emitted at various points across the natural gas system. Comprised mostly of methane, natural gas is a potent greenhouse gas. When it enters the atmosphere unburned, it has a higher warming potential than carbon dioxide, the principal contributor of man-made climate change. The more gas released, the more it undermines the climate benefits of using natural gas as compared to other fossil fuels. Yet there is no clear sense of how much and from where methane is leaking out from the system, as my colleague and Chief Scientist Steven Hamburg has explained here.

Over the last year EDF has been orchestrating a large-scale study of methane emissions with leading researchers in the field and industry to better understand the amount of methane emissions across the natural gas supply chain. To date the 30-month collaborative effort, with a $10 million overall budget, is bringing together almost 20 universities and research facilities and about 40 industry partners, collectively, in order to measure methane directly at potentially large emissions sources as gas moves from the formation underground to the wellhead and then on to the consumer.

Yesterday, the third part of EDF’s methane research study was announced, which focuses on the local distribution of natural gas (from city gate to customer meter) Read More »

Also posted in Climate, Methane, Natural Gas / Comments are closed

EDF Energy Innovation Series Feature #19: Energy Analytics From FirstFuel Software

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.

Driving improvements in the built environment is extremely impactful because buildings emit more than a third of our country’s greenhouse gases. Furthermore, according to IBM, roughly 30 percent of building energy usage is wasted. From location to location, however, these changes are sometimes hard to prove beforehand or demonstrate quantitatively after changes or investments are made. As the need to comprehensively tackle energy inefficiency has increased, so has technology’s ability to identify and measure the impact that building upgrades (retrofits), operational shifts or basic behavior changes can make.

Companies like Lexington, Mass.-based FirstFuel Software (FirstFuel) are doing for energy information what Google has done for online search: using complex algorithms to help make simple, usable sense of the massive amounts of energy data being collected by smart meters and other energy management devices.  Needing only one-year of hourly meter data and an address, FirstFuel’s Remote Building Analytics platform screens entire building portfolios for high-potential opportunities, conducts deep building audits and tracks energy savings – without ever going onsite or installing connected devices.

Using hundreds of proprietary algorithms and external weather and Geographic Information Systems (GIS) mapping technology, FirstFuel can provide detailed insight into each facility’s energy use and lay out specific, actionable recommendations for improved efficiency.  “We call it a ‘zero-touch’ approach,” said FirstFuel Software CEO Swapnil Shah. “It’s a very simple and compelling value proposition for the customer.  No hardware and no on-site visits mean you can begin to achieve true scale.” Read More »

Also posted in Energy Innovation / Comments are closed

More voices emerge in support of California’s Low Carbon Fuel Standard

In the past two weeks, California’s California Low Carbon Fuel Standard (LCFS) received a heavy dose of positive news: strong support from major companies to develop cleaner transportation fuel options and solid evidence to prove the standard is working.

On April 2nd, major business interests and non-profit organizations across the state filed four separate briefs supporting the LCFS in the state Appeals Court in Fresno. The briefs, filed in response to a letter from the court in February, say definitively that the LCFS is a necessary program for California because it creates a market signal for new, cleaner fuels and solutions that can grow California’s economy and improve air quality.

The impressive diversity of interests weighing in is a who’s-who list of energy giants, including the nation’s largest supplier of natural gas for vehicles (Clean Energy), a 108-year old utility with 15 million customers (Pacific Gas & Electric), a consortium of alternative diesel companies (National Biodiesel Board and the California Biodiesel Alliance), and a coalition of five environmental organizations.

Notable excerpts from the briefs include:

With the impetus of the LCFS, the biodiesel industry in California is poised to triple in the next few years with substantial investments and new jobs in many of California’s most economically disadvantaged areas.

The National Biodiesel Board/California Biodiesel Alliance

Companies with the potential to exceed this target… can sell credits to regulated entities who can’t…creating a strong financial incentive for lower-carbon fuel innovation.

This is why the LCFS is so important- it provides a long term investment signal to create a robust alternative fuel market in a reasonable timeframe.

Clean Energy

PG&E supports the California Air Resources Board (CARB) in its efforts to preserve the LCFS…the LCFS is an important part of the overall California strategy to reduce greenhouse gas emissions, contributing 16 million metric tons of reductions…with a significant disruption to the LCFS program, it will make it less likely that California will reach its GHG emission reductions goals.

Pacific Gas & Electric

The LCFS encourages companies to invest in low-carbon fuels to meet increasingly stringent performance targets. Based on statements from alternative fueling industries and the CARB LCFS Fourth Quarterly 2012 Update, even at this early stage of implementation, the LCFS has resulted in rising quantities of lower carbon fuels being consumed in California and the market is rewarding investments in cutting edge, low-carbon fuels.

NGO Coalition that includes American Lung Association, Coalition for Clean Air, Conservation Law Foundation, EDF, and the Sierra Club

 

In addition to the legal filings, California also released its latest progress report on LCFS implementationin March showing growth in low carbon fuel deliveries to the state. Credits from the cleanest biofuels have grown by 300% in just nine months, and the data shows that regulated companies have over-complied with the standard by 45% — that’s more than a million tons over the past two years.

Reports have also begun surfacing that major deals for bulk volumes of low carbon fuels are on the horizon. For example, Neste Oil submitted a letter to the California State Senate stating they have already delivered commercial volumes of renewable diesel from tallow (an ultra-low carbon fuel) to California and “expects to deliver approximately a hundred million gallons of NExBTL renewable diesel fuel into California this year.”

In a similar story, San Diego-based Sapphire Energy recently entered into its first commercial agreement for “green crude” (made from algae) sales – an agreement with oil giant Tesoro. According to Sapphire’s president, “This moment is enormously important for the industry as it validates the benefits and advantages of [our] crude, and confirms its place as a market-viable, refiner-ready, renewable crude oil solution.” In a story on Sapphire’s website, the new partnership with Tesoro was described as potentially helping supply clean energy to meet the demand created by new fuel standards, including California’s Low Carbon Fuel Standard.

Implementation of the LCFS is still in the early stages, but in just over two years the standard has started to deliver tangible economic and environmental benefits. The regulation is poised to change a fossil-fuel dependent transportation system that has been developed over the last one hundred years and that costs California drivers almost one hundred billion dollars every year – most of which leaves our state (and nation) the moment it’s spent.

Using Californian ingenuity and the American entrepreneurial engine, we can change the status quo – toward a more sustainable system that doesn’t poison the air and pinch our pocketbooks.

Posted in General / Comments are closed

Results Are In: Auction Continues California’s Winning Streak to Fight Climate Change

Three months ago California officially opened its world class cap-and-trade program for greenhouse gas pollution – establishing the first ever carbon price in the Golden State and leading the nation on a path toward true climate change action.

Earlier this week, California’s march toward meeting emissions reduction goals was bolstered with a second auction of carbon allowances in the cap-and-trade program, and just today, the results of that auction were released. All signs point to marked success for the program in the second auction, and suggest California is on its way toward fully realizing the goals of the Global Warming Solutions Act of 2006 (AB 32).

As shown by the results released at noon today, overall participation in the February 19, 2013 auction was high, with almost 2 ½ times more credits bid on than were sold. Initial reports show this has beaten all market expectations, and the clearing price of $13.62 suggests a strong belief in the longevity of the overall program.

By selling more than 7 million state-controlled carbon allowances, California’s second auction also raised about $83.5 million – money that will be used to advance the goals of AB 32. Furthermore, since recent legislation was passed in 2012 that requires at least 25% of the auction proceeds to benefit disadvantaged communities, this auction will inspire more than $20 million in investments that can benefit Californians in need.

With respect to who participated in the auction, market statistics show there was approximately a 25% increase in the number of qualified auction participants as compared to the last auction. This increased participation was no doubt partly responsible for the fact that 2013 credits were purchased by a diverse array of bidders (as opposed to credit purchases being concentrated in a few entities). This diversity of participation, coupled with the strong regulatory oversight being used by state agencies and expert market monitors is an important guard against market manipulation and is yet another example of how this market looks to be strong and diverse, a good sign moving forward.

In addition to auctioning off credits that can be used for emissions obligations in 2013, California’s second auction also offered advance vintage credits that can be used for compliance starting in three years (2016). Based on the sales volume of these credits (greater than 4.4 million sold), there continues to be moderate demand going forward for future vintage credits, another indication of the belief of the programs longevity.

A California carbon price opens the door for cleaner energy and clean air, as the State finally has an ongoing cost that can be attributed to carbon pollution. California’s next auction will occur in 3 months, though investments made now can be assured their carbon reduction value can be both calculated and counted on. As shown by today’s auction results, while much of the nation has waited to take concrete action against climate change, California’s train is out of the station and picking up steam every day.

Posted in General / Comments are closed