Total Cost of Ownership
Up to 40% TCO savings through 98% energy efficiency, lower installation costs and permanent storage.
333kW – 480V @ 60Hz
300kW – 380 / 400 / 415V @ 50Hz
Half the Size of legacy UPS battery-based UPS systems.
Up to 98% efficiency for optimal energy use.
Unmatched Reliability for critical operations.
Wide Operating Temperature up to 40°C.
20+ Years, No Battery Changes hassle-free operation.
Active Power’s Single Module System Flywheel UPS is the perfect combination of total cost of ownership, reliability, and sustainability for any mission critical application. Designed with highly predictable, battery-free energy storage, the Single Module System offers unmatched total cost of ownership for high availability organizations.
The built-in flywheel energy storage takes up less than half the footprint of battery based systems, delivers efficiency up to 98% and lowers total cost of ownership by up to 40% over the life of the product. This field proven technology is based on a highly fault tolerant IGBT architecture designed to protect all critical loads.
Stored energy will provide ride-through up to 2 minutes depending upon configuration, making the CLEANSOURCE® PLUS SMS a clear alternative to modular static UPS systems reliant on battery storage. The SMS modular UPS system has more than enough energy storage for diesel starting and synchronization, even when paralleling generating sets. Elimination of batteries saves space and weight, reduces site testing and maintenance and removes the need for routine replacement after a few years of service life.
Extended Ride-through Capability – Up to 2 minutes of continuous power supply.
Space-Efficient Design – Occupies only 50% of the space compared to traditional battery-based UPS systems.
Redundant Cooling and Control – Equipped with redundant fans and control power units for added reliability.
Reduced Maintenance – Lower maintenance and service requirements for cost-effective operation.
Intuitive Color LCD Touchscreen Display – User-friendly interface for easy monitoring and control.
Built-in Power Factor Correction – Ensures efficient power delivery.
Dual Input and Integrated Maintenance Bypass – Ensures uninterrupted power and simplified maintenance.
Extended Design Life – Designed for a 20-year lifecycle, no disruptive battery replacements.
High Efficiency – Achieves up to 98% efficiency, minimizing energy waste.
Scalable Design – Field-expandable to accommodate changing power needs.
Energy-Efficient Cooling – Lower cooling demands for cost savings.
Cost-Effective Installation – Affordably installed to meet your power requirements.
Remote Monitoring Capability – Allows remote monitoring and management for added convenience.
Generator Compatibility – Seamlessly integrates with backup generators.
Seismic Provisions Available – Consult factory for seismic compliance options.
Scalable Building Blocks – 333kW building blocks expandable to 2667kW to adapt to your growing power needs.
Data Integration into your Building Management Software:
Monitor your AP UPS with your current BMS software package via MODBUS TCP or SNMP.
Active Power CSView Monitoring & Control Software Included.
Up to 40% TCO savings through 98% energy efficiency, lower installation costs and permanent storage.
Most reliable energy storage system on the market and proven to be 12 times less likely to fail over battery based applications.
Over 40% less carbon emissions over 15 years to help you achieve your sustainability goals.
Stores 6.2 MJ of energy; up to 2 minutes of runtime (load dependent); wide ambient temperature range 0ºC to 40ºC and high density, high efficiency design.
The CLEANSOURCE® SMS PLUS is based on Active Power’s Parallel Online Architecture which provides excellent isolation between input and output, while delivering Class 1 voltage regulation and dynamically cancelling effects of non-linear load harmonics. This topology continuously provides online power protection to your facility, creating a clean sinusoidal output waveform and protecting critical operations against all nine IEEE power disturbances in a power dense, reliable, and energy efficient package.
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