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Archive Transmitters

Picture of ARC800 Sensor Fish for dam monitoring in order to replicate conditions a fish might experience when passing through a dam.

Note on dimensions: All dimensions shown are for maximum reference only. Actual dimensions will vary but will be less than the maximum reference dimension.

Note on battery life: Battery life shown is maximum life based on controlled testing at 20°C/25°C. Actual life will vary with environmental temperature. Warmer operating/storage environments will decrease battery life.

Note on weight: Weight and dimensions are applicable to base model before customization.

picture of ATS' Sensor Fish, used by the dam monitoring community in order to determine various environmental paramters that fish may experience when passing througha dam.

ARC800 Sensor Fish

Make your dam more fish-friendly.

Highlights

Hydropower provides over 6% of the United States’ electricity, mostly from large hydroelectric dams. Most of these large dams will soon need to be relicensed. This includes evaluating and often reducing a dam’s environmental impact.

One of the evaluations examines how well fish are able to withstand passage through the dam. ATS now offers a solution for dam owner/operators to help provide data needed to make that evaluation: the Sensor Fish.

The Sensor Fish is a small autonomous device that analyzes the physical conditions fish experience as they pass through dams and other hydro structures. This synthetic “fish” is helping existing hydroelectric dams, and new, smaller hydro facilities become more fish-friendly. The measurements derived from Sensor Fish can improve the environmental performance of hydropower.

The Sensor Fish was designed at the Pacific Northwest National Laboratory and it's design has been licensed to ATS, Inc.  A paper authored by PNNL researchers provides complete details of the Sensor Fish and its design. Further, PNNL makes available to Sensor Fish users the Hydropower Biological Evaluation Toolset software package (HBET), at nominal cost. The software allows you to input your data, and then models mortality outcomes for varying types of dams, turbines, and fish species. Contact your ATS Consultant for complete details.

Applications

  • Hydro turbines such as Kaplan, Francis, and gravitation water vortex turbines
  • Small hydropower, pumped storage hydroelectric facilities
  • Spillways, irrigation structures, and pumping stations

On-board Sensors

  • Temperature
  • Pressure
  • Acceleration
  • Gyroscope, to measure stresses place on small fish

Physical

Length: 90 mm (3.5 in.)
Diameter: 25 mm (1.0 in.)
Weight: 43 gr (1.5 oz.)


Example of the pressure, acceleration, and rotational velocity data collected by the Sensor Fish device during passage through a Kaplan turbine.