Quincy Transmission Expansion Plan (QTEP) Grant Public Utility District

Grant PUD is currently engaging with local landowners to acquire rights-of-way along the alignment to build, maintain, and operate the transmission lines. Visit our homepage to view project-specific timelines.

Email your questions to Chuck Allen, Grant PUD's Senior Manager of External Affairs and Communications by e-mail: callen@gcpud.org, or call 509-766-2513.

Please visit Grant County PUDs website for Commission dates, presentations and recordings.

Steel poles will be used, and they will have a natural rust-colored finish. There will be both transmission and distribution poles and lines along the corridor. The transmission poles and lines will be about 100 feet tall, and the distribution poles and lines will be about 40 to 65 feet tall. All but a very small area around the poles can be utilized for existing uses. Irrigation canals require pole placement about 40 feet away from canals to allow access for canal maintenance. Visit our Landowner Resources page for more details on structure types.

Grant PUD has yet to propose the locations of the poles. During subsequent planning phases, Grant PUD will develop conceptual designs that will provide information such as proposed angle locations and the side of the road on which the lines could potentially be located for the selected routes. The subsequent phases of the design process will determine the requirements for new or expansion of existing easements. Visit our Landowner Resources page to learn more.

Grant PUD will negotiate directly with private property owners to acquire the necessary easements and rights-of-way. Experience shows that fair and reasonable agreements are reached after an appraisal process that takes into account the features of each particular property. It is in Grant PUD's interest to make every effort to reach agreements quickly and fairly.

Right-of-way acquisition gives permanent easement rights to Grant PUD to use the land or property to build and maintain the transmission line. Landowners are paid for the use of the land and retain ownership of the land, but they give Grant PUD permission to use the land indefinitely. If the property is sold, the new owner is bound to the terms of the easement. In most cases, Grant PUD will seek to acquire a small corridor of land, just enough to place poles on the property and for the wires attached to the poles. In addition to still owning the land, landowners can use the land except for a small area around the poles. There are some limitations to what can be placed under the lines that will run between the poles. For example, buildings or trees would not be allowed.

Right-of-way acquisition is a multi-step process that includes the following steps:

• Connecting with Individual Landowners: Grant PUD begins discussions with individual landowners by phone or in person about obtaining Right of Entry onto their lands to conduct the necessary surveys and studies, as well the process of purchasing right-of-way.
• Land Surveys and Studies: Surveyors, technical staff and engineers visit each property to identify potential pole locations and determine ground conditions.
• Appraisals: From there, with the assistance of independent appraisers, appraisals are completed to determine the fair market value of the property that Grant PUD wants to acquire easement rights to.
• Compensation Offer for Easement Rights: Grant PUD makes an offer based on appraisals by independent appraisers of like properties to establish fair market value of the easement area. Offers are typically 25- 40% of the appraised fair market value.
• Negotiating Final Agreement: Grant PUD and the landowner negotiate a final agreement for the right-of-way. Property owners may hire a professional agent to evaluate Grant PUD's offer.

As a last resort, Grant PUD may pursue a process called condemnation if an agreement cannot be reached with a landowner. Condemnation is a rarely used process under which a judge can decide whether the right-of-way is needed and its value. Condemnation is part of a government's right to acquire or authorize the acquisition of a private property for public use with just compensation to the owner. This is also referred to as eminent domain.

Except for emergency situations, property owners can generally expect the line to be accessed once a year by Grant PUD. Maintenance will be conducted if issues are observed during the assessment. Maintenance may include pruning trees that encroach in the right-of-way. In the event of an outage the line could be accessed as line crews troubleshoot the root cause of the outage.

Yes! Land within the easement may be used in ways that do not interfere with the operation, maintenance, or construction of the line. We intend to minimize impacts to agricultural operations during the design, construction, operations and maintenance of the transmission line. Since agriculture operations vary along the route of this project, we plan to work through specific land use and operational concerns with each individual property owner. Visit our Landowner Resources page for more details on right-of-way usage.

Land within the right-of-way easement may still be used in ways that do not interfere with the operation, maintenance, or construction of the line. Visit our Landowner Resources page for more details on right-of-way usage.

The effect of a transmission line project on property values can be significantly reduced or eliminated by setback distance, intervening landscaping, shielding of visual effects, and integration of the transmission line corridor into the neighborhood (trails, for example). Recent studies analyzing the effect of transmission lines on property values have concluded that transmission lines alone typically do not have a significant negative impact on property values.

EMF, which are associated with transmission lines and substations, surround us every day. They are natural consequences of our use of electricity. These fields are produced by electric ranges, lights, motors, televisions, microwave ovens, hair dryers, and all other devices that use electricity. Numerous EMF studies have been conducted during the past 30 years to determine if exposure to EMF is harmful. More than 20 scientific review panels have analyzed this body of research and concluded that none of these studies has established a cause-and-effect relationship between EMF and any harmful health effects.

There are no federal/state regulations or NESC requirements specifically limiting exposure to electric and magnetic fields.

GPS signal interference should not generally occur as a result of transmission lines. GPS devices continuously pull signals from multiple satellites—not just one. If farming equipment has a GPS unit, the equipment should work as properly when underneath a transmission line as it does when not near a transmission line. There is potential for a signal to be temporarily blocked, although the signal should come back within a few seconds as the farm equipment continues to move.

The Institute of Electronics Engineers (IEEE) previously published a white paper titled “Use of Global Positioning System (GPS) Receivers Under Power-Line Conductors,” which evaluated a similar question. The potential effects of electromagnetic interference and/or signal scattering from overhead conductors are evaluated analytically and with some practical measurements under transmission lines. Based on the analysis presented in the IEEE white paper, it is unlikely that power line conductors will interfere with use of the GPS satellite signals.

Generally, transmission lines do not cause interference with radio, television, or cellular phone signals. However, some potential interference sources do exist, including corona discharges, shadowing, and reflection.

Corona discharges occur when electric fields near an energized transmission line conductor produce small electrical discharges that ionize nearby air. The air ionization caused by corona discharges can result in the formation of audible noise and radio frequency noise. If the discharges are excessive, the audible noise can reach annoyance levels and the radio frequency noise can cause interference with radio and television reception. The potential for radio and television signal interference, however, is largely dependent on the magnitude of the corona-induced radio frequency noise relative to the strength of the broadcast signals.

Shadowing and reflection effects are typically associated with large structures, such as high buildings, that may cause reception problems by disturbing broadcast signals and leading to poor radio and television reception. Although the occurrence is rare, shadowing and reflection may occur if a transmission structure is placed between your receiver and a weak distant signal. Most reception is now digital, which allows for multiple paths to a signal and lower probability of signal interference.

The NESC is an industry standard that provides minimum line design requirements including likely wind loads in the area. Grant PUD realizes that these are minimum requirements and has many years of experience designing new lines within the area to withstand high-winds.