Creative Micro Systems is the eminent Distribution Transformer Monitoring Unit providers in India. The aim of distribution transformer which helps to reduce the primary voltage of the electric distribution system based on utilization voltage serving the customer. A distribution transformer is a static device which is constructed using two or more windings helps to transfer alternating current electric power by electromagnetic induction from one circuit to another at the same frequency but with different values of voltage and current.Many companies are implementing or have plans to implement the smart metering solution. It improves the visibility of the low voltage network and helps a utility company to utilize the power network. So by using CMSGP it is very easy to monitor the number of a transformer, there is no need to monitor every transformer from the side. Using CMSGP it is very easy to collect online data from the system.

Distribution Transformer Monitoring Unit providers in India

Distribution Transformer Monitoring is used to determine if a transformer is operating within its specified operating range. If the voltage output of the transformer is too high, or too low then this can result in power degradation and blackouts.

The best way to monitor distribution transformer AC operation is through the use of Smart Grid monitoring technology. The most common type of transformer monitoring systems are built into Power Meter panels - but they can also be installed into self-contained systems that are designed specifically for distribution transformer AC operation. Smart Grid monitoring systems do not only provide real time transformer data, but they also provide accurate data from various other sources like sensors, communication channels and historical data as well. These additional data sources allow for advanced analysis and interpretation of the collected data which allows for more detailed insight into transformer operation.

Transformer Monitoring Using Gsm


  • It Improves visibility of the low voltage power network and also helps utility companies in order to deliver high-quality electricity to customers.
  • It decreases outage duration. If there is a collapse in one transformer, it normally replaces within a period of 12-24 hours.
  • It utilizes useful information from the transformer monitoring system and make decisions about distribution network planning
  • Enhances the life of transformer assets
  • Individual phase transformer loading
  • Temperature monitoring of transformer
  • Reporting of power quality values of the transformer
  • Real-time alarms for power outage, tampering and power quality threshold exceedances
  • Data can be used for carrying out Energy Audit, Load Survey and Fault Analysis
  • Real-time dashboard reporting overall transformer and communication status
  • Reduce cost of scheduled and unscheduled maintenance
  • Enables the utility to carry out better load management as it provides accurate real-time information on transformer loading
  • Can be used to ascertain theft detection and localisation based on behavioural patterns of the transformer
  • Decrease outage duration - detect transformer or outgoing LV feeder outages or problems and send outage events to the central system
  • Comprehensive reporting of monitored parameters in a consolidated manner for analysis. Overcapacity, thresholdcrossing, etc are highlighted in the reports
  • Instantaneous alerts to Operator as well as field personnel describing alert incident e.g. oil level low threshold reached,monitored parameter crossing upper/lower threshold, etc.
Digital Inputs
  • 8 / 16 optically isolated status inputs: 24 VDC or 48VDC with 10% overload
  • LED indications
  • 4-5 mA typical current burden per input indications
  • DIN Rail mounted terminal block for input
Control Outputs
  • 4 / 8 Trip / Close 1 Form B contacts
  • 2 Amp current carrying capability
  • 180 W breaking%2@ 30 VDC
  • 35 W breaking @ 150 VDC
  • Optional Select-Before Operate (SBO) functionality
  • DIN Rail mounted terminal block for input
Analog Inputs
  • 4-Channel Analog card
  • 2- RTD Input with Pt100
  • 2- Analog input
Multifunction Meter
  • True RMS measurement
  • Accuracy Class 1.0
  • THD for current and voltage
  • Individual harmonics upto 31st order
  • 4 Line LED display
  • CT Input 1A or 5A
  • Frequency 45 to 65 Hz
Modem - 3G Option
  • Dual band HSPA and dual band GPRS/EDGE
  • Upto 7.2mbps Uplink and 21mbps Downlink speed
Modem - 4G Option
  • LTE-FDD: B1/B3/B5/B8
  • LTE-TDD: B34/B38/B39/B40/B41
  • Protocols: IEC 60870-5-104/DNP3.0 Slave for SCADA connectivity
  • VPN protocol - IPSec
  • 1 x RS232/RS485 Serial Port with Modbus RTU for multifunction meter connectivity
  • Ethernet port for configuration/local control
  • Built-in 3G/4G Modem for remote connectivity
  • Connectors: RJ45 for Ethernet, RJ45 for Serial port, SMA Connector 3G/4G Antenna
  • Web based configuration
Auxiliary Power Supply
  • Input options: 100V to 264V AC
  • Maximum of 25 W power
  • Battery Back up : 2 Hours
  • Dimension : 380mm x 380mm x 210mm
  • Mounting: Wall mount or Pole mount
  • Terminations: DIN Rail mounted Terminal blocks for Digital input, Control output, Power, SMA
  • Connector for 3G/4G antenna.
  • Cable Glands for wire termination
  • Operating Temperature: 0°C to 60°C
  • Humidity : 95% non-consensing
Standards and Protection
  • CISPR11 - Electromagnetic disturbance
  • EN61000-4-2 - ESD Immunity Test
  • EN61000-4-3 - Radiated immunity test
  • EN61000-4-4 - Electrical fast transient/burst test
  • EN61000-4-6 - Conducted immunity test
  • IEC 68-2-1 - Cold test
  • IEC 68-2-1 - Dry Heat test
  • IEC 68-2-6 - Vibration test
  • IEC 68-2-30 - Damp heat, cyclic (12+12 hour cycle)
  • IP65 Rated Panel for indoor or outdoor applications