Ames v. Public Utilities Commission

197 Cal. App. 4th 1411, 128 Cal. Rptr. 3d 702, 2011 Cal. App. LEXIS 1019
California Court of Appeal·Decided July 6, 2011·No. No. G043088·Published·Cited by 3 cases

Opinion

Opinion

IKOLA, J.

Petitioner Douglas A. Ames asserts California’s Public Utilities Commission (commission or PUC) erred by approving certain budget proposals by real parties in interest (collectively, the utilities).1 Citing Public Utilities Code section 454.5, subdivision (b)(9)(C),2 and section 454.55, Ames contends the commission should have endorsed his proposal and thereby compelled the utilities to subsidize the “thermal energy storage” industry with a substantial portion of the $349,509,463 collective budget for “demand response activities” undertaken by the utilities (i.e., programs designed to incentivize or otherwise convince customers to use less electricity, particularly during high demand time periods). Our review of the entire record leads us to conclude that the commission acted according to law and the findings in the decisions are supported by substantial evidence. We therefore affirm commission decisions Nos. 09-08-027 (the initial decision) and 10-03-023 (modifying the initial decision and denying Ames’s request for reconsideration of the initial decision).

FACTS

We will summarize the relevant contents of the commission’s decisions before turning in the discussion to Ames’s assertions of error.

Decision No. 09-08-027—General Description

On August 24, 2009, the commission issued its “Decision Adopting Demand Response Activities and Budgets for 2009 Through 2011” (Demand Response Decision). This 247-page document approved the use of $349,509,463 by the utilities to pursue certain approved demand response programs from 2009 to 2011. The Demand Response Decision was the end result of a process that began on June 2, 2008, when the utilities submitted program and budget applications as ordered by a prior decision of the commission. The commission invited outside comments and reviewed the [1414] applications. Only after the filing of amended applications and multiple days of hearings did the Demand Response Decision issue.

The commission identified 13 factors it relied on in assessing the demand response programs: (1) cost-effectiveness; (2) track record of existing programs; (3) projected future performance; (4) cost; (5) flexibility or versatility; (6) adaptability to changes in electricity market; (7) locational value; (8) integration with advanced metering infrastructure and other emerging technology; (9) consistency of offerings throughout the state; (10) simplicity/ understandability; (11) customer acceptance and participation; (12) environmental benefits; and (13) contribution to existing policy goals.

It is outside the purview of this opinion to discuss each of the myriad demand response programs (dozens of programs were proposed by each of the utilities) either approved or rejected at varying funding levels in the Demand Response Decision. By way of illustration, however, we note several programs: financial incentives available to customers to reduce usage during specified time periods; installation of technology allowing the utilities to unilaterally reduce customer air-conditioning load during peak demand periods; technical assistance for customers pursuing efficiency changes or utilizing demand reduction technology; research and development; and customer outreach (public education, awareness).

The program category most relevant to the instant case is “permanent load shifting.” “The phrase ‘permanent load shifting’ refers to the shifting of energy usage . . . from one[]time period to another on a recurring basis. Permanent load shifting often involves storing electricity produced during off peak hours and then using the stored energy to support load during periods when peak energy use is typically high. Examples of permanent load shifting technologies include battery storage and thermal energy storage. Thermal energy storage draws electricity during off-peak hours, which it stores in the form of thermal energy in ice, chilled water or a eutectic salt solution. That stored energy can be used during peak hours, generally to cool buildings without drawing additional electricity from the power grid during the day.”

In a prior decision, “the Commission noted that permanent load shifting may not fit within the definition of energy efficiency if the technology used does not reduce overall energy consumption. Similarly, permanent load shifting is not like most demand response programs in that it is not usually dispatched on a day-ahead or day-of basis, nor does it respond to short-term price fluctuations. Still, permanent load shifting, like demand response, can reduce summer peak demand and is reasonably considered in the context of [1415] demand response programs that produce a similar end result. The Commission recognizes that permanent load shifting could ‘reduce the likelihood of shortages during peak periods and lower system costs overall by reducing the need for peaking units.’.”

“Benefits of permanent load shifting highlighted in the record include its ability to reliably and persistently lower on peak demand, to reduce carbon dioxide and nitrous oxide emissions to the extent fossil fuel plants are displaced during peak hours, and to utilize energy generated during off peak hours by wind resources. The attributes of thermal energy storage not disputed in the record are the reliability of these technologies, which have been operational for up to 20 years, and the ability to effectively measure equipment performance.” (Fns. omitted.)

The utilities requested additional funds to maintain their permanent load shifting programs already in place (pursuant to a separate proposal and commission decision), but did not (other than PG&E) propose any additional permanent load shifting programs in the proposals at issue here. The commission approved the funding requests of the utilities to continue to administer their already approved programs ($138,000 for PG&E and $308,371 for SDG&E, plus authorization for SCE to carry forward $4.4 million in unspent funding).

Decision No. 09-08-027—The Ames Proposal

Ames (identifying himself as Transphase, the name under which he does business) was one of 12 parties filing responses or protests to the electric companies’ applications. Ames is a private businessman who sells thermal energy storage systems to utility consumers.

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Ames v. Public Utilities Commission, 197 Cal. App. 4th 1411, 128 Cal. Rptr. 3d 702, 2011 Cal. App. LEXIS 1019 (Cal. Ct. App. 2011).

197 Cal. App. 4th 1411 (Ames v. Public Utilities Commission) — published by Counsel Stack Legal Research, free access to 12M+ legal documents.

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