Magnetic Voltage Booster for three-phase LV distribution networks

Magnetic Voltage Booster for three-phase LV distribution networks


Code: See Technical Characteristics

The Magnetic Voltage Booster (MVB) is a safe and reliable solution for three-phase LV power distribution networks, stabilizing and improving the voltage level in areas known to have voltage values below the normal limits, without high investment or major works, requiring one day for installation and commissioning.

 

 

 

 

Model

MVB70-400

MVB160-400

MVB250-400

Distribution system connection

TN / TT

TN / TT

TN / TT

Frequency [Hz]

50

50

50

Voltage [volts] (3 – phase)

230/ 400

230/ 400

230/ 400

Load, nominal [kVA]

30

70

112

Load, 6 hours, @20°C, input voltage 195 V [kVA]

50

110

170

Current nominal [A]

40

100

160

Current, 6 hours, @20°C, input voltage 195 V [A]

70

160

250

Voltage set point [V]

235

235

235

Voltage lift [%] (symmetrical loads)

0…+15

0…+15

0…+10

Voltage lift, voltage reduction [%] (unbalanced loads)

0…+28, 0…-7

0…+28, 0…-7

0…+18, 0…-7

Dynamic response [ms]  1

150

200

200

No-load loss [W]  2

180

220

220

Efficiency [%]

97-99

97-99

97-99

Power factor [cos ϕ]  3

0,98-0,99

0,98-0,99

0,98-0,99

Total Harmonic Distortion [%]  3

1-5

1-5

1-4

Mechanical dimensions

Width x Height x Depth [mm]

754x928x539

1003x1190x648

1003x1190x648

Weight [kg]

390

750

750

Cable connection (Copper) [mm]

≤ 16

≤ 50

≤ 70

Oil filled [liters]

75

158

158

Enclosure oil filled

Galvanized

Galvanized

Galvanized

Features

Bypass @ U_out ±15% or high temperatures
– No voltage interruption
– Automatic restart

Handles 100% unbalanced load and maintains the voltage

Single pole short circuit capacity increased by a minimum of 60%

No moving parts in the power circuit

Maintenance free

25 years designed lifetime

Quick installation < one day

Option: SSP = Short-Circuit Safety Protection, 3-pole circuit breaker installed on output, FR3 = Environmental friendly organic oil.

1 – from zero voltage boost tofull voltage boost; 2- zero voltage boost; 3 – nominal load, varying voltage boosting