ABB Improves Reliability in Industrial and Utility Applications with Integritas* Battery Charger
New industrial battery charger offers “single-charger” redundancy in a modular, compact, wall-mounted footprint.
Chargers achieve power efficiencies of up to 95.7 percent at 50-100% output current.
Battery chargers integrate ABB’s new Nebula controller with DNP3 communications protocols.
In industrial and utility applications, uptime is often one of the most critical aspects of operations – right after safety. ABB is helping to ensure reliable, efficient power in these mission critical industries with its new Integritas* industrial battery charger. The wall-mounted system features switch-mode rectifier technology that provides transformer-less, efficient power conversion in a compact footprint – providing true N+1 or N+N redundancy in a single battery charger.
“Ensuring reliable, efficient AC-to-DC power and battery backup is essential in applications such as utility power, oil and gas, and process control – to name a few – where downtime can be critical,” said Mark Lloyd, senior product manager with ABB. “Having reliable, efficient backup power in a single charger with high power density helps ensure these critical applications remain up-and-running while also reducing the footprint of the power equipment needed – freeing up valuable floor space.”
ABB’s versatile industrial battery charger supports the critical DC power and battery charging needs of various rigorous industrial applications – from utilities and manufacturing to pharmaceuticals and petrochemicals. It provides up to 18 kilowatts (kW) of output power at 125 volts DC (VDC) from a direct, three-phase, 480-volt AC (VAC) input feed.
Improved Battery Charger Management with New Nebula Controller
The industrial battery charger is the first ABB solution to implement the company’s new Nebula controller, which takes system monitoring, maintenance, and security to a new level compared to previous controllers. The Nebula controller makes accessing and reviewing critical information simple; both locally and remote. Located on the front of the battery charger is a seven-inch color touchscreen that can display information including, but not limited to, active performance information, alarms, and status updates on the input and output. In addition, the Nebula controller utilizes Distributed Network Protocol 3 (DNP3)-based communications, allowing the battery status to be networked with plant-wide distributed control systems (DCS) or supervisory control and data acquisition (SCADA) systems.
Key Features of the Integritas Industrial Battery Charger
The Integritas industrial battery charger presents several key features and performance benefits, including:
- Replacing two redundant silicon-controlled rectifier-based chargers with a one multiple-rectifier unit to provide “single-charger” redundancy.
- Switch-mode rectifier technology for improved power efficiencies of up to 95.7% at 50 to 100% load.
- A compact, wall-mount design that is up to 40% smaller than comparable 40-amp silicon-controlled rectifier chargers.
- Accommodating a wide input voltage range of between 85-530 VAC.
- Robust operating temperature range between -40 and +75 degrees Celsius.
Enhanced Charger Capability and Redundancy with ABB’s Switch-Mode Rectifiers
The Integritas industrial battery charger features another new product specifically designed for industrial applications – the IP040H3R125ATEZ switch-mode rectifier. The new industrial rectifier can convert 480 VAC directly to 125 VDC without the need for a step-down transformer. In addition, when installed in a 19-inch cabinet frame, the IP040 industrial rectifiers can provide 150 amps of output current in a 14-by-17-by-28-inch space – offering significant size savings for power system designers.
Utilizing switch-mode rectifier technology helps the industrial battery charger unleash even more performance and design benefits. The rectifiers operate at a higher switching frequency (90-270 KHz) than conventional silicon-controlled rectifiers, which typically operate in the 45-65 Hz range. This technology also helps to reduce the size and weight of the power conversion components when compared to comparable silicon-controlled rectifier-based battery chargers. AC-to-DC conversion is also more efficient with switch-mode rectifiers, creating a lower thermal impact, higher power efficiency of up to 95.7 percent, and improving the life cycle of the unit.
“Employing a modular, expandable rectifier design into a single charger allows for power to be scaled as needed,” Lloyd continued. “Using multiple power modules, the charger can be configured for N+1 redundancy to maintain full power output if one power unit fails. The battery charger also can be configured for full N+N redundancy by using multiple mirrored power supplies – enabling even greater reliability.”
The modular design of the Integritas industrial battery charger allows for critical components to be “hot swapped” for easier repair or replacement, keeping the charging load up during maintenance or replacements and reducing overall maintenance costs.
For more information about the Integritas industrial battery charger, Nebula controller, or IP040 rectifier, visit the ABB website. To learn more about the benefits switch-mode rectifier-based battery chargers can provide compared to their silicon-controlled counterparts, download this ABB’s infographic. Or click here to see seven ways switch mode rectifier battery chargers can lower operating and maintenance costs.
ABB (ABBN: SIX Swiss Ex) is a leading global technology company that energizes the transformation of society and industry to achieve a more productive, sustainable future. By connecting software to its electrification, robotics, automation and motion portfolio, ABB pushes the boundaries of technology to drive performance to new levels. With a history of excellence stretching back more than 130 years, ABB’s success is driven by about 110,000 talented employees in over 100 countries. www.abb.com
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