MiSMART Instrument Remote Monitoring Software
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The MiSMART three-tier middleware software is a perfect tool for utility companies, energy suppliers and other parties on both ends of a supply-demand chain. It can be used for distributed smart grid data monitoring solutions as well as a site energy monitoring solution.
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This document discusses smart metering and automated meter reading (AMR) systems. It provides an overview of AMR components and benefits, including more accurate billing and outage detection. Past electro-mechanical meters had limitations that modern digital smart meters with communication capabilities can address. An AMR system collects meter data remotely using technologies like GSM/CDMA and provides utilities with energy monitoring and control tools to improve operations and reduce losses. Prepaid meters are also reviewed as an option that provides budgeting benefits for consumers and assured revenue for utilities.
it_in_power_distribution.ppt
1. Distribution systems form the link between utilities and end users, and customer expectations for reliable power, accurate billing, and responsive complaints handling are rising.
2. To meet these expectations, utilities must replace outdated manual systems with new automated technologies using information technology tools to reduce human intervention where it cannot keep up.
3. Key focus areas for IT applications in distribution include improving quality and reliability of supply, accurate billing, easy payment mechanisms, and better complaints handling.
Design and Implementation of Low Cost Smart Web Sensors for Electric Power Qu...
This document describes the design and implementation of a low-cost smart web sensor for electric power quality monitoring. The sensor is designed to acquire, process, and transmit power quality data over an 802.3 network. It uses a multi-microcontroller system with one microcontroller dedicated to data acquisition and another for data processing, dynamic webpage generation, and TCP/IP communication. The sensor allows for distributed power quality measurement in large industrial environments using a standard internet browser. It was tested and shown to accurately measure voltage, harmonics, and other power quality parameters within specifications. The low-cost design makes it suitable for wide deployment in power quality monitoring applications.
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Moshe Satec Inc 26 12 06 (2)
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SCADA systems play a critical role in monitoring and controlling modern power grids and remain essential components of smart grid systems. SCADA provides real-time monitoring of power systems through continuous measurement of parameters across the network. It enables utilities to automate operations like load dispatching and frequency control. As power grids increase in complexity with smart grid technologies, SCADA takes on greater importance in integrating distributed generation, accommodating bidirectional power flows, and ensuring overall network reliability and security.
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This document provides an overview and specifications for a single phase smart GPRS/GSM meter. It includes the following key points:
1) The meter is designed for residential consumers in both urban and rural areas, with a rated voltage of 230V and maximum current of 5(60)A.
2) Communication is enabled via GPRS/GSM modules using protocols like DLMS TCP/IP and optical ports for local communication.
3) The meter measures active energy import and export, and provides load profile data and billing information with 12 months of billing history storage.
4) Specifications include accuracy class, voltage and frequency ranges, measurement functions, communication protocols and GPRS modem details.
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Raritan BCM Data Sheet
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PointSense Portable Logger Data Sheet
PointSense improves network reliability by identifying and quantifying point machine conditions; enabling targeted, timely maintenance. Easy-to-use data capture, powerful processing and graphic visualisation informs operators of the actual condition and performance trends of their assets. This allows maintenance schedules to become adaptive and efficient. The result: reduced operating cost, fewer outages and increased network availability.
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Presentación del sistema Power View para los estudios de calidad de energía
Presentación del sistema Power View para los estudios de calidad de energía
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AMR & EMS- Automated Meter Reading and Energy Management System
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Application of scada for system automation on smart grid rev2
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Iskra ODM is an electronics manufacturing company established in 2014 as a spin-off from Iskra, D.D. & Razvojni Center Enem. They have 15 engineers who manage complex electronics projects for customers. Their product portfolio includes energy consumption concentrators, communicators, meters, switches, and more. In addition to production, they provide R&D, laboratory testing, calibration, and certification services. Their goal is to provide turn-key electronics production projects.
Iskra Marine Programme 2016
These products are intended for marine use and include synchronization meters, digital multimeters, and analogue instruments. The synchronization meters measure phase differences between generators and bus bars to enable manual or semi-automatic synchronization. The digital multimeters measure voltages, currents, power quantities, and include communication capabilities. The analogue instruments include pointer frequency meters, reed frequency meters, and meters for measuring AC voltages and currents.
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Mateja Kovačič
Tel: +386 4 237 21 96
Fax: +386 4 237 21 09
Mobile: +386 41 661 586
Email: mateja.kovacic@iskra.eu
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MiSMART Instrument Remote Monitoring Software
- 2. Iskra Power Quality Systems
- 3. MiSMART WEB based application comprised from ● Push Data Collector ● Database ● Client Operating system independent software ● MiSMART vs SCADA ● Not real time (except alarms) ● Data lossless operation ● Scalable and user-friendly ● SMS and e-mail alarm notification Standard SQL database ● It can be used without the software solutions Introduction
- 4. MiSMART MiSMART Configuration Tools ● Device data configuration ● Setting up the system grid structure ● User management MiSMART Data Monitor ● Measurement monitoring ● Alarm monitor ● Basic statistical functions ● EN50160 power quality support ● Table and chart data reviewing ● Exporting data into Excel ● Filtering relevant data from the grid ● Data comparison from different meter points ● Virtual metering points Key functionalities
- 5. MiSMART ● Analysis of power quality in the grid for later corrective measures ● Cost savings due to faster response to outagesfor better maintenance ● Energy savings after corrective measures have been implemented ● Historical data for better planning ● Proactive equipment protection ● More reliable grid operation ● Better control of power theft and power losses in the network – this will especially be obvious when more sites are equipped with PQ analysers Benefits
- 6. Business case – Elektro Gorenjska ● Utility company operating MV and LV infrastructure ● 87.000 customers ● 1333 MV/LV transformer stations ● 14 HV/LV transformer stations ● WiMAX, GPRS & ethernet communication ● Project in operation for 2 years Facts about the company
- 7. Business case – Elektro Gorenjska Communication infrastructure: ● WiMAX, GPRS, Ethernet ● over 280 locations with (and growing) Measurements: ● Up to 60 measurements from each device ● Sampling time from 1 to 10 minutes Technical facts about the project Alarms: ● voltage interruption ● voltage high/low ● frequency high/low ● current high Additional monitored signals: ● Temperature –analogue signal ● Intrusion detection –digital signal
- 8. Business case – Elektro Gorenjska ● Remote and centralized measurement monitoring (Energy, active power, reactive power, currents, voltages, phase angles, maximal period values, minimal period values) ● Remote and centralized alarm monitoring in real time ● PQ parameter monitoring according to EN50160 on 19 locations ● Real time information on the operation of installed equipment ● Excel and PQDIF data export capability for regulator reporting ● Better and faster maintenance planning according to historic data offered by the system ● Quicker response to failures as well as failure analysis ● Better supervision over energy losses within the power grid by comparing consumption data with the one of the billing system ● SCADA system integration over the IEC 60870-5-104 protocol Key user benefits