SALES AGENCY
About Omniverter
Omniverter was founded in 2000. We solve customers’ unplanned production stoppages and premature equipment failure caused by electric power quality problems.
As a trusted partner, Omniverter is working with customers around the globe. Omniverter has wide experience in finding the best possible solution through data-based diagnosis to interpret the power quality data.
In the last 22 years, Omniverter has expanded its solutions to address problems caused by automation and energy efficiency innovation. Our solutions correct voltage sags, harmonic distortion, voltage magnitude regulation, momentary power outages, transients, and resonance.
POWER QUALITY SOLUTIONS
PQA (Power Quality Analyzers)
Visibility is the first step in protecting your equipment. Omniverter offers a range of energy and power quality analyzers and software.
Key Features & Specifications
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Accurate measurement of voltage, current, frequency, and power parameters.
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Real-time data acquisition and analysis.
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Event detection and recording.
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Harmonic voltage, current, THDv, THDi.
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Power factor measurement.
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Easy-to-use interface with customizable display.
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Advanced dashboard and reporting.
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Remote monitoring and control via ethernet.
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Compliance with IEC 61000-4-30 standards.
Applications
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Power system monitoring and analysis.
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Power quality investigations.
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Energy management.
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Harmonic analysis and mitigation.
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Voltage flicker measurement.
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Grid compliance studies.
AVC3 (Active Voltage Conditioner)
The AVC enhances voltage quality without a battery, safeguarding sensitive equipment from voltage fluctuations. It's cost-effective and ideal for industrial and commercial process lines where unexpected downtime is a concern.
Key Features & Specifications
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Industrial Power Conditioner without battery or energy storage
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Industrial-grade voltage sag and surge correction
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Correct both the phase angle & magnitude in less than 3 ms
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Up to 30 seconds of voltage sag ride-through at 3ph voltage > 50% nominal
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99% efficient at full load
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Does not lower fault capacity
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Continuous voltage regulation ± 10%
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Voltage unbalance correction
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Voltage event capture
Applications
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High-value production processes
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High-speed manufacturing
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Continuous and critical processes
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FDA approved processes
Industrial UPS
AVC-RTS (Active Voltage Conditioner - Ride Through Storage)
The AVCRTS is an industrial UPS that safeguards against power outages, voltage sags/swells, and delivers reliable power to ensure uninterrupted operations in critical facilities like manufacturing plants and data centers.
Key Features & Specifications
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Up to 30 seconds of ride through for voltage sags or loss of power
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99.5% efficient
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No reduction of fault capacity
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The static switch isolates line from the load and from the DC source
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Extensive diagnostics
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Voltage event log
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Coupling transformer
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Works with battery or super capacitors
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MV Units to 15kV
Applications
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High value/speed production processes
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Continuous and critical processes
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FDA approved production lines
Industrial UPS
OMNI MV UPS (Medium Voltage Uninterruptible Power Supply)
The OMNI MV UPS provides scalable power from 2.5MW up to 25MW for mission-critical applications. Its parallel configuration accommodates load growth without stranded capacity, ensuring quality and safe power.
Experience unmatched power protection with the OMNI MV uninterruptible power supply (UPS). This advanced UPS system ensures continuous regulated voltage, safeguarding your operations from utility fluctuations. Keep your equipment running smoothly and prevent costly downtime.
Key Features & Specifications
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Power Range: The OMNI MV UPS offers power protection from 2.5 MVA to 25 MVA, with application-specific voltage from 2.4 kV to 34.5 kV.
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Efficiency: The system boasts a high efficiency of 98% at 50% to 100% loading.
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Maintenance: Extremely low maintenance cost during its lifetime with up to ten years before the first intrusive maintenance
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Modular Design: The system is engineered for high availability, featuring a modular design from the power converter level to the overall system level.
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Flexibility: It is , with plug-and-play power converters and low-voltage energy storage. The mean time to repair (MTTR) is available in both indoor and containerized outdoor solutions and many energy storage options ranging from 1 minute to hours.
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Grid Support: The system can be adapted with demand response functionality and grid support services, enabling energy storage reserve for peak shaving and renewable energy source integration.
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Serviceability: The system is designed for easy maintenance with plug-and-play power converters and low voltage energy storage, with a mean time to repair (MTTR) typically less than thirty minutes.
Applications
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Data Centers: The high reliability and efficiency of the OMNI MV UPS make it ideal for maintaining uptime and reducing greenhouse emissions.
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Manufacturing Plants: Manufacturing facilities require reliable power to avoid costly downtime and maintain production schedules. The modular design and high fault clearing capability of the OMNI MV UPS provide robust power protection for these environments.
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Healthcare Facilities: Hospitals and medical centers need uninterrupted power for critical medical equipment and systems.
AHF (Active Harmonic Filter)
The Omniwave Active Harmonic Filter (AHF) provides real-time cancellation of harmonics at the loads. This improves power quality, reduces energy consumption, and prolongs the lifespan of your equipment. The AHF ensures that customer loads are compliant with IEEE 519 and EN 50160.
Key Features & Specifications
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Modular Design - Ultra-compact design - select from our range of wall-mounted or rack-mounted modules to further enhance flexibility.
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Scalability – Higher filter capacity can be achieved by paralleling modules - up to 800 Amps for 208V, 480 or 600V 3-phase.
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Harmonics Compensation - THDv < 5% per IEEE 519 standard. The user-selectable filtering range is from the 2nd to the 50th harmonic order.
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Load Balance & Reactive Power - The AHF can inject reactive power to correct power factor.
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Available for various configurations - 3-phase 4-wire or a 3-phase 3-wire topology.
Applications
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Industrial processes
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Automation and robotic applications
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Commercial buildings
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Data centers
DHF (Dynamic Harmonic Filter)
DHF with Smart Sensing is a cost-effective solution that filters harmonics on both sides of the voltage bus. It removes the need for current transformers, site harmonic measurements and complex calculations.
Key Features & Specifications
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Operates in high THDv environments even above 8%
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Uses voltage control only and does not need any CT’s
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Corrects the system bus not just the facility loads
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No EMC filter is neccessary, therefore no grid resonances will be generated
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Short time overload capability 150% e. g. for heavy duty startup
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Reaction time to load changes in milliseconds, no time delay by control unit
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For use in harsh industrial environments
Applications
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Industrial Processes
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Semiconductor & Pharma facilities
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Automation and Robotic applications
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Hospitals and Automation
REHF (Resonance Elimination Harmonic Filter)
The Omniverter REHF filters are used to correct disturbances or resonances at higher frequencies, typically higher than the 11th harmonic frequency.
Key Features & Specifications
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Eliminate resonance
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Correction of voltage transients due to switching of utility capacitor banks at MV or HV.
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Can correct harmonics > 11th Harmonic
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Eliminates voltage notching from DC drives
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Voltage controlled, no CT’s needed
Applications
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Utilities
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Industrial processes
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Semiconductor & Pharma facilities
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Automation and robotic applications
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Hospitals and Automation
VSG (Voltage Sag Generator & Simulator)
The VSG is used as a diagnostic tool for industries and electrical utilities that wish to conduct voltage sag testing to determine whether equipment complies with standards such as SEMIF 47 and IEC 61000.
Key Features & Specifications
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Generate 1-phase, 2-phase or 3-phase sags (3-Phase Units) of predetermined depth and duration.
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Solid-state switch design for seamless transitions.
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With the 3-phase unit, the three phases are independently variable, allowing unbalanced sags to be generated.
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360-degree point-on-wave control.
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Captured waveforms can be saved in several formats, including csv and jpg.
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Advanced data acquisition system software, OmniSag with reporting and data export functionality.
Applications
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Semiconductor & other industries testing low-voltage ride-through (LVRT) capability of process lines or sensitive equipment
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Variable Frequency Drive manufacturers
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Third party testing companies
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Academic & research entities
AVR (Automatic Voltage Regulator - DIGIT@L)
The DIGIT@L is an Automatic Voltage Regulator (AVR) that maintains constant voltage output by regulating input voltage. Used where voltage fluctuates above equipment tolerance level due to inadequate generation capacity, long rural electrical lines, or heavy electrical loads on a weak grid.
Key Features & Specifications
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Automatic voltage control: The DIGIT@L automatically maintains a constant voltage level.
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High accuracy: The DIGIT@L is designed to provide a high level of accuracy, ensuring that the voltage level remains within a specific range.
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Wide input voltage range: The DIGIT@L can handle a wide range of input voltage levels, making them suitable for use in various power systems (from +30% up to -45%).
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Harmonic distortion: The DIGIT@L is designed to minimize harmonic distortion, and can handle load current of up to 30% THDi.
Applications
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Industrial and commercial
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Consulates and Embassies
PFC-LITE (Power Flow Controller)
The PFC LITE provides dynamic reactive power (VAR) and is ideal for industrial applications to correct load-generated sags, or dynamic power factor correction.
Key Features & Specifications
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Modular design provides high reliability and simple maintenance.
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Integrated solution for power factor correction, harmonics and inrush generated voltage sags.
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Ratings 100kVAr to 2000kVAr voltage 380V AC to 480V AC.
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600/690V and MV systems and larger MVar systems available as special custom order.
Applications
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Rock crushing, gravel dredges
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Automobile shredding
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Banbury grinders, ball mills and rod mills
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Flicker correction back to the utility supply caused by the customer load
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High-speed manufacturing processes
Video: Omniverter Low Voltage AVC
Video: Omniverter Medium Voltage AVC