Author Archives: Richard McCann

Unknown's avatar

About Richard McCann

Partner in M.Cubed, an economics and policy consulting firm.

Davis to look at Community Choice Energy

After calling a halt to the deeper exploration of an electric publicly-owned utility, the city has turned to an easier mountain to climb in community choice energy aggregation (now remonikered to CCE). The original POU study briefly looked at the CCE option and moved past (and in my opinion used too generic of an approach to assess the POU path with some incorrect assumptions and didn’t consider the rapidly changing electricity market). Several direct access providers have approached the city and interested parties about helping implement a CCE. The citizen’s committee will look at whether a CCE opens up new value for the city and its citizens, and whether to go it alone or to join another CCE. Marin Clear Energy and Sonoma Clean Power both have participation rates over 90%. I will be sitting on that committee as an appointee via the Coalition for Local Power. (I also sit on the Utilities Rates Advisory Committee which has an appointee.)

Perhaps one of the most attractive features is that Davis can gain control of the energy efficiency funds available from the public good charge by preparing a plan specific to the city. Fortunately, the framework for that plan is already underway with a prompt from the Georgetown University Energy Prize.

Focus on uncertainty and risk in climate change

Unfortunately Alex Epstein, a blogger at Forbes, takes the wrong perspective–an underlying premise that we need absolute certainty that climate change is occurring before we should act. (And equally unfortunately, environmentalist argue that catastrophic climate change is occurring with absolute certainty to defend policy initiatives.)

The correct perspective is to ask “what are the relative risks and consequences posed by potential climate change?” Can we say with absolute certainty that GCC is not and will not occur? No, we have strong evidence that warming has occurred (although the rate can be disputed) and that various local climates have measurably changed (e.g., glaciers receding). As an analogy, would anyone argue that we shouldn’t take measures to reduce forest fire risks to communities even if fires aren’t burning nearby? We know that such fires are a strong risk, and we ask what actions are sufficient to reduce the risks while still achieving other objectives. We should be asking the same questions regarding responses to potential climate change.

Steve Moss and I wrote about this perspective in 1999 in Chapter 2 of this report. (Note that we did not coauthor the other chapters. Chapter 3 about the economic consequences of using carbon taxes to replace other tax revenues in particular is simply wrong.) Economists have evolved methodologies beyond the simple approach we presented there, such as robust decision making (RDM)real options analysis and “fat-tailed” uncertainty benefit-cost analysis. We face a great deal of uncertainty in many dimensions. We need to conduct more complete analyses that assess the potential costs and benefits under uncertainty–i.e., measure the risk of relative actions and non actions.

Simply having a battle over which scientists are correct is fruitless and distracts us from the real question at hand. Let’s agree that a large plurality of scientists have posed a plausible case for human-induced climate change, even if there are doubts about the potential magnitude and consequences. Then we can move on to what are the range of potential consequences and the justification for various responses.

From Five Thirty Eight: Economists Are Finally Reconnecting With The Real World

A summary of several policy relevant presentations at the American Economics Association meeting from the folks at the New York TimesFive Thirty Eight blog.

PG&E to release 65,000 emails since 2010

PG&E in the wake of more revelations about ex parte contacts with CPUC commissioners and staff is releasing 65,000 emails over the period from 2010.  This should make for some interesting reading by interested parties. Is there anyone out their who might like to cooperatively compile a readable database?

SANDAG, Executive Orders and California Policies

In a rather earthshaking ruling, California’s Fourth District Court of Appeals ruled that the San Diego Association of Governments (SANDAG) must comply with the Governor Schwarzenegger’s Executive Order S-3-05 to “by 2050, reduce GHG emissions to 80 percent below 1990 levels.” SANDAG had completed its 2050 Regional Transportation Plan using AB 32 as its primary compliance hurdle. AB 32 “requires California to reduce its GHG emissions to 1990 levels by 2020.” SB 375 required that metropolitan planning organizations (MPOs) such as SANDAG develop sustainable community strategies (SCS) that reduce GHG emissions by an amount allocated by the California Air Resources Board to each MPO.  SANDAG’s RTP is its SCS.

This is the first time that an EO has been held at legally binding on local agency actions. Governors have issued plenty of EOs before but they’ve been taken as providing policymaking and rulemaking guidance to the Governor’s appointees in various agencies. This decision raises the question whether those other EOs will now carry much more weight? And if governors issue conflicting EOs, which one is currently in force? What if an EO conflicts with state law passed by the Legislature?

On climate change, governors have issued seven such EOs. The Governor recently issued an EO calling for substantial water use reductions in the drought. Is the EO from 2008 still in force?  The Energy Action Plan EO from 2004 calls for several specific actions by state agencies, many of them undertaken but necessarily on the timeline specified. Should the 33% renewable portfolio standard (RPS) be implemented along the lines of state law or the EO? A bit of research could show many more of these types of examples.

SANDAG is appealing the decision the State Supreme Court. How various interests align will be interesting.

Smart, clean and local energy technologies for Davis

Second in a series published in the Davis Enterprise on how the City of Davis can address its energy future:

Smart, clean and local energy technologies for Davis

Three key steps in designing rates for solar power

KQED posted a good summary of how solar power is driving the residential rate design rulemaking at the CPUC. (M.Cubed works for EDF there.) I offer three steps that should be taken to address the issues of how to change ratemaking for a changing energy marketplace:

1) Consumers should see time varying prices (time of use or TOU being among that menu). Tiered rates make it impossible to see the current price for consumption, and tiered rates have been shown not to induce any additional conservation across the customer base. Consumer surveys show that customers want more control over their electricity use and the price signals to direct them.

2) Consumers should be offered a meaningful menu of rate options. This means rates that differ in risk exposure both over time of day and time horizon. Customers should be able to hedge against peak day prices or participate in demand response. They should be able to accept changes in hourly prices or buy a multi-year contract. Utilities already offer these contract options to their suppliers; why not treat their customers as they they are valued?

3) Any calculation of grid costs and responsibility should reflect the changing demand by consumers. The grid charges proposed by the utilities assume that future consumers will install the same-sized equipment as they do today and that they will consume in the same pattern. Solar panels are ready today to “island” a home from the network, and EV charging could create greater load diversity even at the circuit level. That will radically change utility investment. The distribution planning rulemaking is an important step toward resolving that issue but the CPUC hasn’t yet linked the proceedings.

Only the first issue is being addressed head on in the rulemaking and it hasn’t really delved into the importance of emerging consumer choice.

RFF: Seminar 12/3/14 on China’s cap & trade pilot programs

I had not realized that China has been running 3 pilot cap & trade projects. Resources for the Future is hosting a seminar/webinar December 3 exploring China’s efforts:

http://www.rff.org/Events/Pages/Carbon-Cap-and-Trade-in-China.aspx

Repost: Deconstructing the Rosenfeld Curve

Deconstructing the Rosenfeld Curve.

By Lucas Davis on Energy Insitute at Haas

Are California’s energy efficiency standards a useful rubric for other states?

Reexamining growth and risk sharing for utilities

Severin Borenstein at the Energy Institute at Haas blogged about the debate over moving to residential fixed charges, and it has started a lively discussion. I added my comment on the issue, which I repost here.

The question of recovery of “fixed” costs through a fixed monthly charge raises a more fundamental question: Should we revisit the question of whether utilities should be at risk for recovery of their investments? As is stands now if a utility overinvests in local distribution it faces almost no risk in recovering those costs. As we’ve seen recently demand has trended well below forecasts since 2006 and there’s no indication that the trend will reverse soon. I’ve testified in both the PG&E and SCE rate cases about how this has led to substantial stranded capacity. Up to now the utilities have done little to correct their investment forecasting methods and continue to ask for authority to make substantial “traditional” investment. Shareholders suffer few consequences from having too much distribution investment–this creates a one-sided incentive and it’s no surprise that they add yet more poles and wire. Imposing a fixed charge instead of including it as a variable charge only reinforces that incentive. At least a variable charge gives them some incentive to avoid a mismatch of revenues and costs in the short run, and they need to think about price effects in the long run. But that’s not perfect.

When demand was always growing, the issue of risk-sharing seemed secondary, but now it should be moving front and center. This will only become more salient as we move towards ZNE buildings. What mechanism can we give the utilities so that they more properly balance their investment decisions? Is it time to reconsider the model of transferring risk from shareholders to ratepayers? What are the business models that might best align utility incentives with where we want to go?

The lesson of the last three decades has been that moving away from direct regulation and providing other outside incentives has been more effective. Probably the biggest single innovation that has been most effective has been imposing more risk on the providers in the market.

California has devoted as many resources as any state to trying to get the regulatory structure right–and to most of its participants, it’s not working at the moment. Thus the discussion of whether fixed charges are appropriate need to be in the context of what is the appropriate risk sharing that utility shareholders should bear.

This is not a one-side discussion about how groups of ratepayers should share the relative risk among themselves for the total utility revenue requirement. That’s exactly the argument that the utilities want us to have. We need to move the argument to the larger question of how should the revenue requirement risk be shared between ratepayers and shareholders. The answer to that question then informs us about what portion of the costs might be considered unavoidable revenue responsibility for the ratepayers (or billpayers as I recently heard at the CAISO Symposium) and what portion shareholders will need to work at recovering in the future. As such the discussion has two sides to it now and revenue requirements aren’t a simple given handed down from on high.