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Why Power Quality Matters Important for Every industry
SICAM P55
Many electronic pieces of equipment and automation systems in industrial production plants are vulnerable to voltage fluctuations and power supply dips, which are frequently produced by the unplanned connection of energy sources such as renewable energy and major energy consumers. Production systems can potentially produce errors, which are then fed back into the distribution system. Power quality must be regularly tested and studied in order to uncover unanticipated risks early on.
Simple monitoring tasks as well as more complicated duties such as power trending, managing, and identifying energy consumption sources as well as load profiles of power supply segments are supported by power monitoring systems. They enable operators to better allocate costs and lower energy costs for specific equipment.
Brief about Siemens SICAM P55 Power Meter Device
SICAM P55 Power Meter Device is a power meter with a graphic display and backdrop lighting for panel mounting, as well as standard rail mounting, that is used to acquire and/or present measured values in electrical power supply systems. More than 100 values, including r.m.s. voltages (phase-to-phase and/or phase-to-ground), currents, active, reactive, and apparent power and energy, power factor, phase angle, harmonics of currents and voltages, total harmonic distortion per phase plus frequency and symmetry factor, energy output, and external signals and states can all be measured.
Major Functions of Siemens SICAM p55 Power Meter Device
- Up to 20 customizable displays on a graphic display with backdrop illumination
- Real-time clock: Timestamps will be used to record measured values and states. Memory management for 1 MB: The non-volatile measurement memory allocation is programmable.
- Communications: SICAM P Manager software allows simple configuration of PROFIBUS-DP, MODBUS RTU / ASCII, or IEC 60870-5-103 communication protocols via the front key or RS485 communication interface.
- Connection types include single-phase, three-phase balanced or unbalanced, and four-wire connections.
- Battery: In the event of a blackout, recordings such as limit value violations or energy counter values are safely stored in the memory for up to three months.
- Limit value violations and log entries are recorded and shown.
- Voltage, current, active and reactive power, frequency, active and reactive energy, power factor, symmetry factor, voltage, and current harmonics up to the twenty-first harmonic, total harmonic distortion are all measured.
Application Areas for the P55 Power Meter
SICAM P, a permanently installed power monitoring system, allows for continuous logging of energy-related data and gives information on electrical system operational parameters. SICAM P aids in the identification of energy consumption sources and peak times. This insight enables energy cost allocation and reduction.
Power monitoring and recording at the MV and LV levels is a prominent application area. Measured values, alerts, and status information are the three main types of data.
External signals having a measuring range of DC 0 – 20 mA are used in the input modules. All external analog channels’ mean values, as well as the states of digital channels, can be recorded and kept in memory. With the configuration software SICAM P Manager, all recorded quantities and binary state information may be “read out” and analyzed. Output modules can convert any electrical quantity (current, voltage, etc.) to a DC 0 – 20 / 4 – 20 mA output signal, generate impulses for metering, indicate limit value violations, and switch actions.
In a time of energy transition, ensuring electricity quality is critical.
Municipalities and distribution system operators face additional hurdles as renewable energy feed-in increases.
Any grid operator’s first priority is ensuring a reliable supply of electricity. Grid monitoring, control, and automation systems must be adapted and optimized at all voltage levels to avoid power quality changes and disruptions.
Keeping track of distributed energy producers?
Grid stability is becoming more difficult to achieve. Because there are so many small distributed power providers, new solutions are needed to assure continuous power quality. Identifying, and removing disturbances and defects, as well as the flexible and quick balancing of power generation and load consumption, integrated hardware and software solutions that function in harmony.
Increased transparency and more data
Data is delivered, processed, and analysed via modern electrical grid components.
The rapidly increasing volume of collected data is one of the consequences of digitalizing power systems. These massive amounts of data provide significant information that explains the state of the grid, allows for advanced computational analysis of changes, and can help assets function better and last longer. The Siemens hardware and software required for this meet all of the standards.
Much electronic equipment and automation systems in industrial production plants are vulnerable to voltage fluctuations and power supply dips, which are frequently produced by the unplanned connection of energy sources such as renewable energy and major energy consumers. Production systems can potentially produce errors, which are then fed back into the distribution system.
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