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CASE STUDIES

There are numerous situations in which a solution through active shielding can provide an optimal response to the issue of EM radiation from the power corridors. An active shielding solution is sophisticated, tailored to the nature and complexity of the problem, and, in most cases, significantly cheaper than alternative options (if such alternatives even exist). Additionally, it requires no further regulatory approvals and is likely to be faster to implement.

 

When it comes to construction projects, time is often a critical factor, and a quicker resolution can save developers significant costs, such as those incurred from delays in project occupancy.

 

The following examples illustrate typical scenarios involving projects that are either constructed or planned near few types of power corridors—situations where there is indeed a potential for exceeding EM radiation thresholds from these elements. A Problem Solvable with Active Radiation Shielding:

Radiation Measurement

Overhead Transmission Line Near a Public Facility (Church)

Dual-Circuit High-Voltage Line Near a Residential Neighborhood

Overhead transmission line located next to a playground in a residential neighborhood

High-Voltage Power Corridor Adjacent to an Infrastructure Project.

A power station near 161 kV high-voltage lines

Overhead Transmission Line Near a Commercial Center (Office Buildings)

Electrical substation located near a commercial area

High-Voltage Line with Multiple Circuits Near a Large Commercial and Office Complex

Single-Circuit Overhead High-Voltage Line Near an Office Tower

Overhead Transmission Line Near Residential Area

An overhead power line running close to commercial buildings

Overhead transmission line located near an educational institution

High-Voltage (161 kV) Lines Near Construction Lots

Extra-High-Voltage Line Near an Office Building

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