The OPGW temperature can be measured using Distributed Temperature Sensing (DTS), a commonly used technology in monitoring gas pipelines and underground electric cables. What's special about DTS is that it can generate a continuous temperature profile along the entire line by using Optical Time Domain Reflectometry (OTDR). By measuring the time it takes backscattered light to return to the DTS interrogator, the position of the temperature reading can be precisely identified – similar to the operating principle of radar.
FORM smart combines the OPGW temperature measurements with wind data supplied by external sources. These sources include
For those looking for the highest degree of visibility, FORM plus utilizes specialized fiber-optic anemometers (FOAs) that integrate with the OPGW to provide localized wind measurements in real-time. These FOAs operate 100% passively, meaning they do not require any external power source and can be installed every several km directly on the transmission towers without de-energizing the line.
Whether you're looking to comply with future DLR rulemakings (e.g., FERC AD22-5-000), reduce congestion costs, or avoid expensive investments in new infrastructure, FORM can help you achieve these goals with its proven and patent-pending technology.
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