With the ongoing transformation of electrical grids worldwide, especially with the increasing integration of renewable energy sources, advanced automation and monitoring solutions within substations are more important than ever.
With the ongoing transformation of electrical grids worldwide, especially with the increasing integration of renewable energy sources, advanced automation and monitoring solutions within substations are more important than ever.
Power quality, or PQ for short, relates to the reliability and consistency of the electric energy delivered by the grid. Since the grid is a closed ecosystem, overall power quality is as well influenced by the character of electric loads feeding off the power grid.
As modern electrical grids evolve with the increasing integration of renewable energy sources and the complexities of smart grid technologies, the need for precise and comprehensive power quality (PQ) monitoring has never been greater.
The world is increasingly being powered by solar and wind, and switching to use Inverter-Based Resources to leverage these renewable energy sources.
SATEC is thrilled to announce our new partnership with Yurika, the market leader in commercial metering services.
Electricity energy metering accuracy is an important step in ensuring data integrity. Anomalies in measurements can, over a period of time, create hundreds or thousands of dollars in errors.
Since most utility companies and energy managers need to be able to manage and serve the client’s energy from anywhere in the world, these tools have become a must-have.
National Instrument Test Procedures (NITP) form part of the legal quality assurance systems, as mandated by the National Measurement Institute (NMI). NMI works to assure accuracy verification is done for all electricity meters used within Australia for Trade Measurement or Billing. National Instrument Test Procedures for electricity utility meters is known as NITP-14. Electricity metersRead more
SATEC has added further enhancements and advanced features for power quality monitoring with the PM180. The latest release incorporates disturbance direction detection and analysis, allowing identification and location of voltage sags or voltage swells, relative to the monitoring location. The PM180 Power Quality Analyser is a Class A device for PQ metering. Damage Resulting andRead more
SATEC introduces the first NMI approved fit for purpose retrofit electrical energy meter with the EM133-XM-HACS energy billing meter. The DIN rail NMI pattern approved electrical energy meter has Class Accuracy 0.5S, providing a full range of electrical measurements such as KW, KVAR PF, HZ, Volts, Amps, Harmonics, and other electrical and energy measurements. SplitRead more
Electricity energy metering accuracy is an important step in ensuring data integrity. Anomalies in measurements can, over a period of time, create hundreds or thousands of dollars in errors.
The new Power of Choice (PoC) reforms implemented within Australia work to provide benefit to consumers combined with the Australian Energy Market Commission (AEMC) expanding competition in metering and related services review.
SATEC’s electricity multi circuit metering technology can reduce space and installation time by as much as 75% when the BFM136 is installed when compared to discrete metering installations.
SATEC – Solutions And Technology for Energy Control
SATEC’s presence in Australia brings together 40 plus years of experience and knowledge for Energy Management Solutions.
The culmination of local expertise and SATEC’s Global leadership in metering, power quality analysers and software provides a source of knowledge to satisfy customer’s ever changing demands for today’s Energy and Power Quality Applications.
With the ongoing transformation of electrical grids worldwide, especially with the increasing integration of renewable energy sources, advanced automation and monitoring solutions within substations are more important than ever.
Power quality, or PQ for short, relates to the reliability and consistency of the electric energy delivered by the grid. Since the grid is a closed ecosystem, overall power quality is as well influenced by the character of electric loads feeding off the power grid.