Wilson v. Southern California Edison Co.

234 Cal. App. 4th 123, 184 Cal. Rptr. 3d 26, 2015 Cal. App. LEXIS 119
CourtCalifornia Court of Appeal
DecidedFebruary 9, 2015
DocketB249714
StatusPublished
Cited by37 cases

This text of 234 Cal. App. 4th 123 (Wilson v. Southern California Edison Co.) is published on Counsel Stack Legal Research, covering California Court of Appeal primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.

Bluebook
Wilson v. Southern California Edison Co., 234 Cal. App. 4th 123, 184 Cal. Rptr. 3d 26, 2015 Cal. App. LEXIS 119 (Cal. Ct. App. 2015).

Opinion

Opinion

WILLHITE, J.

Defendant Southern California Edison Company (Edison) appeals from a judgment following a jury trial in which the jury found in favor of plaintiff Simona Wilson on her claims for intentional infliction of emotional distress (IIED), negligence, and nuisance, and awarded her $1,050,000 in compensatory damages and $3 million in punitive damages. All of her claims are based upon her allegation that Edison failed to properly supervise, secure, operate, maintain, or control the electrical substation next door to plaintiff’s house (the Topaz substation), allowing uncontrolled stray electrical currents to enter the home. Stray current (or stray voltage) is the unavoidable byproduct of grounding an electrical system.

The gas company found stray voltage on Wilson’s gas meter the year after she moved into the house, and again two years later. Edison paid for certain measures taken by the gas company, which virtually eliminated the voltage on the meter. After Wilson remodeled her master bathroom (four years after she moved into the house), she began to feel low levels of electricity in her shower because the shower had metal pipes and the drain was connected to the ground, which allowed the stray electricity to flow when someone touched the shower while in contact with the drain. Edison offered to replace all or a portion of the metal pipes with plastic, which would eliminate the voltage in her shower, but Wilson refused the offer and insisted that Edison eliminate all stray voltage on her property. She subsequently filed the instant lawsuit.

Edison contends that Wilson’s claims fall under the exclusive jurisdiction of the Public Utilities Commission (the commission or PUC), that no *130 substantial evidence supports her claims, that the damages award is excessive, and that punitive damages were unjustified. We conclude that the PUC has not exercised its authority to adopt a policy regarding the issues in this lawsuit, and therefore it does not have exclusive jurisdiction over Wilson’s claims. But we also conclude that Wilson failed to present sufficient evidence to support her IIED and negligence claims, or to support an award of punitive damages. Finally, we conclude the verdict on the nuisance claim cannot stand because the trial court refused to give Edison’s proffered instruction regarding causation of Wilson’s physical symptoms, and therefore the jury relied upon irrelevant evidence when determining that claim. Accordingly, we reverse the judgment, order judgment entered in favor of Edison on the IIED and negligence claims, and remand to the trial court for a retrial on the nuisance claim.

BACKGROUND

A. Fundamentals of Electrical Distribution Systems and Electricity

Analysis of the facts and issues in this case requires a basic understanding of electricity and electrical distribution systems.

Electricity is produced at a generating plant. Because it is not economical to send electricity over long distances at low voltages, the electricity produced at the plant is stepped up through transformers to a very high voltage before it is sent out over transmission lines. A substation, such as Edison’s Topaz substation at issue in this case, receives the high voltage electricity from the generating plant and steps it down through transformers to 4,000 volts. It then sends the electricity over distribution lines out to the neighborhood power poles, where an additional transformer steps down the voltage to 240/120 volts before delivering the electricity to homes or businesses.

In order for electricity to flow, there must be a complete circuit. In other words, when electricity is sent out from a transformer to a “load” (i.e., something that is using electricity, such as a light or appliance), it must have a return path. Typically, electricity is sent over one conductor (wire), called the “hot,” and returns on another conductor called the “neutral.” The flow of electricity is referred to as “current” and is measured in amperes (or amps); voltage is the pressure that drives the current. The amount of current depends in part upon the amount of resistance in the circuit; e.g., a 100-watt lightbulb *131 has less resistance than a 60-watt lightbulb, so there will be a larger current flowing through it (and therefore the bulb bums brighter). 1

For safety reasons, electrical systems usually are grounded. That means that at various points in the system, including at the substation, a connection is made from the neutral to the ground, i.e., the earth. Because the earth is conductive, it can provide a return path for the flow of electricity. Therefore, if, for example, an energized wire fell to the ground from the distribution lines, the earth would provide a path for the current to return to the substation, where a protective device would break the circuit. But the conductivity of the earth also can present a danger to someone who touches a source of electricity. If that person is in physical contact with the earth, electricity will flow from the electrical source, through his or her body, to the earth and on to the distribution system or substation, thus completing the circuit. The amount of current will depend on the resistance of the person’s body, the amount of contact area, and the amount of voltage present.

In a grounded electrical system, there will always be some current flowing back to the substation through the earth. This is referred to as neutral-to-earth voltage, or “NEV,” and it cannot be entirely eliminated. NEV is one cause of “stray voltage,” which is voltage of 10 volts or less appearing on objects that are not part of an electrical system, that can be simultaneously contacted by members of the general public. 2 Metal objects, such as water pipes or gas lines, that are buried in or connected to the earth will conduct electricity, so if a person in a home touched a water pipe that was energized due to NEV while also touching the earth or another conductor at a different voltage, a circuit would be completed and current would run through that person’s body. This “touch potential” can be eliminated by replacing metal pipes with plastic pipes or installing isolators (such as a short section of plastic pipe) to stop the flow of electricity onto metal fixtures, or by connecting (or “bonding”) the two conductors to equalize the voltage between the two.

The physiological effects of current flowing through a person’s body depends upon the amount of the current. According to a leading reference, a woman who encounters a current of 0.3 milliamps (mA) would not feel anything. At 0.7mA, she would feel a slight tingling; that typically is the perception threshold. At 1.2mA, she would feel a shock, but it would not be painful and muscular control would not be lost. She would feel a painful shock at 6mA, but she would still have muscular control. The let-go threshold *132 is at 10.5mA, and at 15mA, she would feel a severe shock, have muscular contractions, and her breathing could be difficult. 3

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Cite This Page — Counsel Stack

Bluebook (online)
234 Cal. App. 4th 123, 184 Cal. Rptr. 3d 26, 2015 Cal. App. LEXIS 119, Counsel Stack Legal Research, https://law.counselstack.com/opinion/wilson-v-southern-california-edison-co-calctapp-2015.