Renewable Energy

Air Core Reactors

Reliable US-Based Manufacturer

As the global energy landscape moves toward cleaner, renewable sources, power grids face greater demands for stability and resilience. Air core reactors play a vital role in meeting these challenges. Phoenix Electric Corp. provides a full range of air core reactors for utilityscale wind, solar, and BESS grid connections, ensuring reliable performance amid the fluctuations of renewable energy.

Solar Energy

Why choose PEC reactors?

Custom-designed for utility scale renewable systems

Proven performance in harsh outdoor and high‑impulse environments

High thermal stability and low losses

Built for durability and maintenance-free operation

Enclosure options designed for indoor and outdoor applications

Designed and built in the USA for over 50 years

Phoenix Electric started designing and producing air core reactors in 1973 and has put over 25,000 reactors in service worldwide.

SOLAR FARMS & BESS

PEC’s air core reactors protect and stabilize BESS and solar installations, ensuring steady power, reduced harmonics, and reliable grid performance.

WIND FARMS

PEC’s air core reactors support wind farms by limiting fault currents, stabilizing voltage, and reducing harmonics, ensuring reliable power delivery to the grid.

PRODUCTS & APPLICATIONS

In order to provide the best product quality and service, Phoenix Electric focuses on the following reactor types:

Current Limiting

Current_Limiting_Reactors_3_Phase

TYPICAL APPLICATIONS

Utility / Substation

Solar farms

Wind farms

Transient Limiting

TYPICAL APPLICATIONS

Capacitor Banks

Reactive power compensation

SVC, STATCOM

Neutral Grounding

TYPICAL APPLICATIONS

Solar Farms

Wind farms

Battery Energy Storage (BESS)

Shunt Reactors

shunt reactors

USAGE & APPLICATIONS:

Utility substations

Wind farms

SVC, STATCOM

“We visited PEC when the reactor upgrade was in the planning stage. We were impressed with their customer-service orientation. Their normal manufacturing window for these units was about 6 months, but we asked them to do it in only 4. They met our schedule, and they were on site to help with the installation”

Supervising Engineer,
Leading Technical Institute in Cambridge, MA

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