Prometer 100 (rack)

ขอใบเสนอราคา

Prometer 100, series of next generation energy meter designed for power transfer points requiring precise measurements and revenue transactions. Flexible and modular communications ensure integration with existing AMR / AMI / SCADA systems and upgrade to future SAS systems. 4 quadrant energy measurement allows monitoring of generation, transmission and distribution loads.

Prometer 100, series of next generation energy meter designed for power transfer points requiring precise measurements and revenue transactions. Flexible and modular communications ensure integration with existing AMR / AMI / SCADA systems and upgrade to future SAS systems. 4 quadrant energy measurement allows monitoring of generation, transmission and distribution loads.

Application

  • Energy transfer measurement and reconciliation
  • Power plants, feeder monitoring, grid substations, wind turbines, renewable/PV, industrial and commercial premises
  • On-line monitoring of energy exchange at various interface points
  • Energy accounting, automation and system integration

Benefits

  •  Minimal integration cost through multiple communication interfaces
  •  Suitable for diverse applications through wide-range voltage, current and auxiliary supply inputs
  •  Support of industry standard DLMS and MODBUS meter reading protocols
  •  Meter reading and display viewing under power outage
  •  Multi-lingual support on display (Swedish, German, English, French, Spanish and Italian)

Features

  • 0.2s accuracy for active and reactive measurement
  • Wide-range dual auxiliary supply with options for AC/DC and self-power (VT powered)
  • Power quality features including THD, sag, swell, voltage unbalance and interruption recording
  • Dynamic error compensation for CT/VT
  • Transformer/line loss adjustment (copper and iron losses)
  • Intuitive graphical display including vector diagram, wave forms and bar chart for consumption
  • Remote configuration of communication ports
  • Simultaneous DLMS and MODBUS over Ethernet port
  • Supports meter reading and display using field replaceable battery
  • In built IEC61850/RS232 port along with RS485 and Ethernet ports in a single product, with simultaneous communication capability
  • Dual loggers for energy and instantaneous parameters
  • Flexible time-of-day tariff, maximum demand,
  • DST (Daylight saving time) support, with automatic billing dates

Technical specifications
Electrical 
Connection type : HV3/HV4
Measurement voltage range :
57.7V to 69.3V (L-N), 100V to 120 V (L-L) ±30%
Measurement current range : 1-10A (configurable)
Frequency : 50/60 Hz ±5% 
Burden with auxiliary / Self (VT) powered : 
Current circuit: < 0.1 VA/phase @ 1A, < 0.5 VA/phase @ 5A 
Voltage circuit in case of Aux power:< 0.1 VA/phase
Voltage circuit in case of internal, self power: < 6 VA/phase
Accuracy Class 0.2S, class 0.5S
Maximum withstand Voltage :
1.5 times of nominal voltage continuously
2 times of nominal voltage for 0.5 second
Maximum withstand current :
1.5 times of Imax continuously
10 times Imax for 1 second
20 times Imax for 0.5 second

บทความและข่าวสาร

In Thailand, the Provincial Electricity Authority (PEA) announced plans to spend 2bn baht ($58,038,320) to deploy smart grid projects in five Thai cities.

The smart grid projects to be implemented in Pattaya, Chiang Mai, Phuket, Nakhon Ratchasima and Hat Yai are serving to accelerate the Thailand 4.0 initiative and smart city development in the country.PEA governor Sermsuk Klaikaew was reported saying, "We are embracing ICT including Internet of Things, cloud computing and data analytics to transform ourselves into PEA 4.0"The implementation of the smart grid projects are expected to be complete within the next two years, beggining with Pattaya in the next three months, added the Klaikaew.He went on to say that the authority's 20-year smart grid project for 2015-2035 will require an initial investments of more than 10 billion baht ($290,191,600).

Thailand Smart Grid

Over 400 local and global utility leaders from across the smart grid value chain gathered in Bangkok last February 2012. Attended and supported by the key decision makers from the local utilities like Provincial Electricity Authority, Metropolitan Electricity Authority, Electricity Generating Authority of Thailand and Energy Regulatory Commission of Thailand, the industry gathering focused on key issues shaping the Thai smart grid landscape and opportunities for further growth and expansion. Topics on the agenda included the progress of smart grid road-mapping in Thailand and IEC61850 strategy for substation design. More than just a mere event, this industry gathering provided a conducive platform for utilities, regulators, R&D institutes, technology providers and consultants to gather

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