Poppler v. Wright Hennepin Cooperative Electric Ass'n

834 N.W.2d 527, 2013 WL 3779185, 2013 Minn. App. LEXIS 71
CourtCourt of Appeals of Minnesota
DecidedJuly 19, 2013
DocketNo. A12-1615
StatusPublished
Cited by12 cases

This text of 834 N.W.2d 527 (Poppler v. Wright Hennepin Cooperative Electric Ass'n) is published on Counsel Stack Legal Research, covering Court of Appeals of Minnesota primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.

Bluebook
Poppler v. Wright Hennepin Cooperative Electric Ass'n, 834 N.W.2d 527, 2013 WL 3779185, 2013 Minn. App. LEXIS 71 (Mich. Ct. App. 2013).

Opinion

OPINION

JOHNSON, Chief Judge.

Harlan Poppler, Jennifer Poppler, and Roy Marschall (hereinafter the Popplers) operate a dairy farm. The Wright Henne-pin Cooperative Electric Association provides electricity to the dairy farm. The Popplers sued Wright Hennepin, alleging that stray electrical voltage injured their herd of dairy cows, thereby causing a decrease in the cows’ production of milk. A Wright County jury found Wright Henne-pin liable and awarded the Popplers $753,200 in damages. After the district court’s rulings on the parties’ various post-trial motions, the district court remitted the damages award to $715,200. Wright Hennepin appealed, and the Popplers filed a cross-appeal. The parties’ appellate briefs raise a number of issues, both procedural and substantive. For the reasons stated below, we affirm in part, reverse in part, and remand for a new trial on the issue of damages.

FACTS

A. The Parties

The Popplers are experienced dairy farmers. Harlan Poppler grew up on a dairy farm in Carver County and began working on the dairy operation as a child. He married Jennifer Poppler (nee Marsc-hall) in 2001, at which time he moved a herd of his dairy cows to a dairy farm in Scott County owned by her father, Roy Marschall. In 2003, the Popplers moved their collective herd to a dairy farm in Wright County. Since then, the Popplers have managed a successful dairy farm with a herd of approximately 200 cows.

The Wright Hennepin Cooperative Electric Association is an electric utility headquartered in the city of Rockford. Wright Hennepin provides electricity to the Pop-plers’ dairy farm.

In late 2007 and early 2008, the Pop-plers noticed a decrease in their dairy herd’s milk production and an increase in problems related to the health of the herd. Harlan Poppler was concerned and tried to determine the cause. He enlisted the help of assistant herdsman Nathan Emery, veterinarian Shayne Marker, nutritionist Barry Visser, and artificial-insemination technician Kenny Bangasser, as well as Roy Marschall and Jennifer Poppler. Harlan Poppler testified that he and his team were able to rule out issues related to diet, water quality, overcrowding, herd management, and milking equipment. At some point, Harlan Poppler began to consider stray electrical voltage as a possible cause of the problems.

B. Stray Voltage

The supreme court has described stray voltage as “a phenomenon in which an electrical current — -voltage that returns to the ground after powering an appliance— passes through an object not intended as a conductor.” Siewert v. Northern States Power Co., 793 N.W.2d 272, 276 (Minn.2011). This description comports with the parties’ general understanding of stray voltage, which also may be referred to as stray electricity or stray current. Other courts have expanded on the phenomenon of stray voltage and its potential to affect cows as follows:

[534]*534All electricity leaving an electrical substation must return to that substation in order to complete a circuit. Unless that circuit is completed, electricity will not flow. The current leaves the substation on a high voltage line which eventually connects to some electrical appliance. After exiting the appliance that current must return to the substation. The neutral-grounded network provides the returning current two choices. Either it can return via the neutral line, which accounts for the second wire on our electrical poles, or it can return through the ground. These two pathways comprise the grounded-neutral network. Electricity flows through the path of lowest resistance. If there exists more resistance in the neutral line than in the ground, the current will flow through the ground to return to the substation. Neutral-to-earth voltage or stray voltage will occur when current moves from either the neutral line to the ground or from the ground to the neutral line. It uses a cow as a pathway if that animal happens to bridge the gap between the two. A cow’s hooves provide an excellent contact to the earth while standing on wet concrete or mud, while at the same time the cow is contacting the grounded-neutral system consisting of items such as metal stanchions, stalls, feeders, milkers, and waterers. The current simply uses the cow as a pathway in its eventual return to the substation.

Kaech v. Lewis Cnty. Pub. Util. Dist. No. 1, 106 Wash.App. 260, 23 P.3d 529, 533 n. 3 (2001) (quoting Schlader v. Interstate Power Co., 591 N.W.2d 10, 12 (Iowa 1999) (quoting Larson v. Williams Elec. Coop., Inc., 534 N.W.2d 1, 1-2 n. 1 (N.D.1995))), review denied (Wash. Jan. 10, 2002).

The parties to this case agree that the amount of electrical current to which dairy cows are exposed is relevant to the cow’s health. The amount of electrical current is measured in terms of amperes and is determined by a formula known as Ohm’s Law, which provides that current is equal to the amount of voltage divided by the amount of resistance of the material through which the current is conducted. Voltage is measured in terms of volts, and resistance is measured in terms of ohms.

The parties disagree about the amount of electrical current that is necessary to cause an adverse effect on the health of a dairy cow. The Popplers contend that dairy cows may be adversely affected by electrical current levels as low as 1 mil-liampere. Meanwhile, Wright Hennepin contends that dairy cows are not adversely affected unless and until electrical current levels reach 4 milliamperes.

The parties also disagree about the amount of electrical current to which the Popplers’ dairy cows actually were exposed and how the amount of current should be calculated. Determining the amount of current flowing through a dairy cow’s body requires information about the amount of resistance in a dairy cow’s body. Resistance is an important variable in the calculation because it can alter the resulting measurement of current. For example, if voltage is 0.5 volts and resistance is 500 ohms, the current is 1 milliampere. But if voltage is the same and resistance is only 200 ohms, the current is 2.5 milliam-peres.

C. Relevant Events

At the suggestion of another dairy farmer who claimed to have experience with stray voltage, Harlan Poppler observed his dairy cows’ drinking behavior. During the winter of 2007-2008, he noticed that his cows were behaving abnormally because they were “bobbing in and out of the water” and “licking at the water” rather than [535]*535drinking it. Because this behavior was consistent with the presence of stray voltage, Harlan Poppler contacted Wright Hennepin and requested that it check for stray voltage.

In 2008, Wright Hennepin performed testing on the Popplers’ farm to assess the report of a possible stray-voltage problem. Wright Hennepin determined that the Popplers did not have a stray-voltage problem or that, if there was a stray-voltage problem, it was a result of defective electrical wiring in buildings on the Popplers’ dairy farm rather than a defect in Wright Hennepin’s power-transmission lines. In light of this conclusion, the Pop-plers hired an electrician, Kyle Osmek, to rewire the buildings used in the dairy operation.

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834 N.W.2d 527, 2013 WL 3779185, 2013 Minn. App. LEXIS 71, Counsel Stack Legal Research, https://law.counselstack.com/opinion/poppler-v-wright-hennepin-cooperative-electric-assn-minnctapp-2013.