CLEANSOURCE® XT SMS UPS
The Active Power CLEANSOURCE® XT SMS UPS is the perfect combination of low total cost of ownership, superior reliability, and sustainability for any mission critical application. The CleanSource XT provides superior flywheel runtime, delivering one minute at typical industry loads.
XT SMS Advantages
Times Less Likely to Fail
Less Carbon Emissions
A Great Fit
Solving Customer Problems Across a Variety of Industries
Industrial & Manufacturing
Why CleanSource XT UPS?
1) 40% TCO Savings
Total cost of ownership (TCO) is the key metric in determining the economic value of your UPS. Piller's solutions are designed to deliver the lowest possible TCO compared to legacy battery-based solutions – up to 40% lower TCO over your facility’s life. Our systems will save you millions over 15 years.
2) 12 Times Less Likely to Fail
The first job of a data center is to stay online. To that end, your UPS should improve the reliability of your data center, and not put it more at risk. With CleanSource UPS, the flywheel is spinning constantly, storing kinetic energy.
When called upon during a utility outage, the flywheel is ready to assume the load. By contrast, battery failures are the leading cause of UPS load loss and system downtime. Consequently, Piller's UPS system is proven 12 times less to likely to fail than a battery-based system.
3) 90% Less Enviromental Impact
Data centers are inherently energy-intensive – consuming up to 50 times the electricity per square foot than a standard office space. That energy can generate a tremendous amount of pollution and carbon emissions from fossil-fuel based power plants. Battery-based UPS’s waste too much electricity, and require thousands of pounds of lead to be installed, replaced, and recycled over their life.
Piller's solution can help. Energy efficiency and permanent energy storage combine to make Piller the smart and responsible choice for the environment, saving thousands of tons of carbon from being emitted.
4) A Great Fit
Mission critical facilities are different than other environments and present special challenges. Temperature, airflow, space, and safety all need to be considered carefully before equipment can be deployed. Piller's XT UPS is a great fit for these applications.
What makes CLEANSOURCE® XT systems so special? The answer is Piller's patented integrated flywheel UPS technology. Flywheel systems store kinetic energy - energy produced by motion - by constantly spinning a compact rotor in a low-friction environment.
When short-term backup power is required because utility power fluctuates or is lost, the inertia allows the rotor to continue spinning and the resulting kinetic energy is converted to electricity.
Operates In a Vaccum
Parallel Online Architecture
CleanSource XT uses a battery-free power module as the basic building block. Each module is rated at 250kW for 480V systems and 225kW for 400V systems.
One or more of these modules are combined with an automatic bypass, grounding transformer and various options such as static switch bypass and maintenance bypass to make a complete UPS system.
CLEANSOURCE® XT provides clean, reliable power to your data center, protecting operations against all types of disturbances. CLEANSOURCE® XT samples the electrical input 333 times every cycle or once every 50 micro-seconds and eliminates every transient using its static switch, line inductance, line capacitance, active filtering, power converters and flywheel energy storage.
The system senses voltage deviation from nominal and immediately corrects back to the prevailing nominal. Upon a complete loss of input power or a major deviation in input voltage or frequency, the UPS will disconnect from the utility source and flywheel energy will be used to support the load at nominal voltage until the backup diesel generator comes online.
Service & Maintenance
CLEANSOURCE® XT has been designed with ease of maintenance in mind. It requires only simple and non-invasive annual maintenance and a bearing change every fourth year – there's no need for quarterly inspections or a complete replacement every 3 to 5 years that typical battery-based systems require.
All recommended maintenance is performed by a factory-certified service engineer in the field. In the case of our multi-module systems, we can perform maintenance on one flywheel while the other flywheels are online and protecting the load. Active Power offers three flexible service plans designed to meet individual customer needs.