
Shunt reactors
Shunt reactors compensate the charging power of power lines and cables. They limit the voltage rise at low network load and are installed at substations and at wind and solar plants.
- Purpose
- compensation of capacitive power of lines and cables, limiting the Ferranti effect
- Application
- substations, wind and solar plants (grid code requirements)
Price, availability and lead time on request. We help with analogue selection, customs clearance and delivery.
Description
A long line or cable that is open-ended or lightly loaded generates capacitive power, and the voltage at the end of the line rises. The reactor suppresses this Ferranti effect by absorbing the excess capacitive power. Reactors are installed at substations, and also at wind and solar plants where the grid code requires it. The reactor parameters are selected for a specific line or cable network.
Technical specifications
| Purpose | compensation of capacitive power of lines and cables, limiting the Ferranti effect |
|---|---|
| Application | substations, wind and solar plants (grid code requirements) |
Replacement for
РОДЦ-60000/500, РОДЦ-110000/750 (oil-filled shunt reactors); controlled РТУ-25000/110, РТДУ-180000/500
selected by purpose and main parameters, please confirm with our manager
Request a price and lead time
Shunt reactors. We reply within one business day.
Or email sales@usk.ua or call 044 339-50-20.
Customs codes
| UKTZED (Ukraine) | 8504 50 00 90 |
|---|---|
| HS, 6 digits | 8504 50 |
| CN (EU) | 8504 50 00 |
| HTSUS (USA) | 8504 50 80 00 |
| China customs tariff | 8504 50 00 00 |
Codes are for reference: the final code is determined at declaration for the specific model.
Questions and answers
Why is a shunt reactor needed?
It compensates the charging power of power lines and cables and limits the voltage rise at low load.
Are reactors used at wind and solar plants?
Yes, they are installed there to meet grid code requirements.
What effect does the reactor counter?
The Ferranti effect, where the voltage at the end of a lightly loaded line rises because of its capacitance.
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