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| TeleMetriX AMR |
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Meter reading which in the past was only possible on-site by the meter and which only amounted to recording the
index values has now been a lot more simplified and developed through what today’s technology offers.
The new energy market economy has borne new requirements, obligatory processes and applications. TeleMetriX has been
developed to meet these application requirements and is a system that gathers remote automated meter reading and various
energy data management functions.
TeleMetriX removes the need to go by the meter to do meter reading. It automates meter reading through flexible
time schedules. Through its scalable architecture it enables to read many meters simultaneously at the same time.
The supported communication protocols provide a wide portfolio of transmisson media for meter communication. It
supports the most prevalent meter communication protocols that enables meter reading independent of brand and model.
Through the open architecture and its available interfaces, TeleMetriX can act as a bridge between other business
systems and the meters. |
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TeleMetriX encompasses the following modules: |
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Automatic Meter Reading |
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Developments in electronic meters used in metering the energy data and in the telecommunication technology makes it
possible to read meters remotely. Our automatic meter reading solutions makes it possible to collect energy data remotely without
the need to be on site, fast, efficiently and without errors independent of the meter brand and model.
The capability to query and store the data from many meters at the same time and within small time intervals enables
the realisation of various applications that were earlier not possible. |
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Analysis and Reporting |
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The data, that are collected through our AMR-Systems, are stored permanently and can be analysed through
tools that are provided in the solution. It is possible to work with the reports both from the desktop application
and also from a web browser. The reports can be exported and printed in various formats. Our tools, that address
the needs of a wide portfolio of users from the energy producers to the end users, meet the requirements of various
user roles in the sector. |
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Balancing |
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Our balancing solution addresses the needs of energy producers. Facilitating comparison between the
consumption of the customers procured by the energy producer
and the generation of the energy producer, it controls the generation and consumption balance,
detects deficit and excess cases. This analysis is realized by using the data that are simultaneously
stored in the load profiles of the generation and consumption meters and collected by our AMR systems. |
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Invoicing |
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We have invoicing solutions that adress the needs of energy producers, industrial parks and distributors that
supply energy to consumers in their own organisations. In our invoicing system, it is possible to
manage consumers, measurement points and contracts, transfer invoicing data to other business systems,
print invoices directly through our system. |
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Blackout/Tamper Detection |
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The blackouts and tampers are recorded in the event logs of the meters and detected thorugh our
remote AMR system. Earlier detection of such cases is of great importance to prevent financial
losses. |
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Loss and Leak Detection |
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This solution addresses the needs of energy transmission and distribution companies, compares the energy that flows into and out of the grid and analyzes the load profiles and total consumption data.
Hence it enables the detection of possible loss and leakage points in the grid and prevents financial losses. |
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Time Synchronization |
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The concurrency of the meter data read effects the performance and the reliability of applications. Reading
through simultaneous access to the meters, does not guarantee the simultaneousness of data that have
historically been recorded in the memory of meters. Therefore the detection of concurrency problems caused
by calibration mistakes or inevitable deviations and the automatic time synchronization is crucial when especially
the metering points are numerous. |
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