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Control Power Cubicles

Control power cubicles are used for various applications for ensuring uninterrupted power supply of control circuits, drives of incoming and sectionalizing breakers, relay protection devices, emergency lighting of premises, as well as alarm devices at power stations, substations and in other industries . They can be either self-sufficient devices for uninterruptible power supply of automation systems, or part of control DC system.

Principal application of Control Power Cubicles is reliable uninterrupted power supply of most critical consumers by automatic switching to backup power source - batteries in situations when main power supply is lost. After restoration of power from the main source, the Control Current Cubicle provides automatic battery charging with simultaneous power supply to consumers. The hardware is based on new generation HVR intelligent, high-frequency DC power systems of using advanced patented technologies. The system is available with standard 220V, 110V and 48V DC output voltages and a number of additional options. Battery charging process fully meets modern safety requirements for lead-acid and nickel-cadmium batteries, controlled by special intelligent battery charging system.

HVR EMS070 series system controller - the control centre of Control Current Switchboard has a 7 ”colour graphic touch LCD display with Russian language support. HVR EMS070 has several key features such as: temperature compensation, manual and automatic charging, dynamic control of battery charge current, flexible configuration of user signals and non-volatile event memory for more than 200 entries. Controller is equipped with standard interface RS-232/485, Ethernet (RJ-45) / with optional IEC 61850 support.

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Application area

Control Current Cubicles are used in single-phase and three-phase AC networks with input voltage 220-380V, 50Hz frequency and solidly grounded neutral.

Download files

download-arrowКаталог ШУОТ (pdf, 1112 кб.)

See also

Если таблица не отображается полностью, есть возможность ее двигать проведя пальцем по экрану.

Parameter Description:

Value:

Input AC current

380V +/- 15%

Frequency

50Hz +/- 10%

Output current

10A~320A

Battery capacity

10Ah~3000A*h

Rated output voltage

220V/110V

Output voltage range

198V~286V/99V~143V with stepless

regulation

Output current limit

Rated current × (10%~105%)

Dynamic characteristic

Recovery time from 20% load to 80%

load ≤200µs, excess ≤ +/- 5%

Efficiency

≥95% (single module system)

Insulation resistance

≥20 MΩ

Insulation strength

Output to ground, input to ground input to output without sparking for 1 minute at 2.5kV AC

Relative humidity

≤90%

Height of unit

≤2000 m

Earthquake Safety

≤7

Air temperature

min -10°C / max +40°C

Noise level

Natural cooling ≤40dB, ventilation ≤55dB (outside cubicle)

IP level

≥IP30

download-arrowDATA SHEET (pdf, 221 кб.)
download-arrowОпросный лист (pdf, 303 кб.)
  • Advantages of HVR series systems are high efficiency and reliability combined with high power density, small size, light weight, and remote monitoring and control capability.
  • These series provide possibility to build systems with parallel connection, N+1 redundancy, hot-swap modules (for safety, avoid swapping while load is connected) and configuration flexibility, which, combined with the remote monitoring and control, makes power systems safer and more stable.
  • The systems are equipped with an intelligent monitoring system, LCD display, visual and audible alarms, and event log which registers events in case of power failure.
  • Switching between AC inputs and starting the charger is smooth due to built-in protection against phase change and delay.
  • Battery charge control system provides possibility to monitor voltage on contacts, charging / discharging current, test throughput (Ah) and recording results, automatic stabilization and recharging, initiate regular stabilization of battery charge.
  • Temperature control function provides adjusting temperature compensation depending on type and parameters of batteries, which extends battery life.
  • Efficiency at full load> 95%; with passive power factor correction technology, full load power factor>0.92.
  • Current stabilization ≤ +/-1%; voltage stabilization ≤ +/-0.5%; pulsation factor ≤ +/- 0.5%.

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