The Active Power CleanSource XT UPS is the perfect combination of low total cost of ownership, superior reliability, and sustainability for any mission critical application. The CleanSource XT provides 78% more runtime than the CleanSource 300, delivering one minute at typical industry loads.
WHY CLEANSOURCE XT UPS?
40% TCO Savings
Total cost of ownership (TCO) is the key metric in determining the economic value of your UPS. Active Power’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.
Integrated solution – saves on installation and support infrastructure
Highest efficiency – up to 98% energy efficient with full power quality protection
Permanent energy storage – no batteries to install, monitor, service, or replace
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, Active Power’s UPS system is proven 12 times less to likely to fail than a battery-based system.
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.
Active Power’s solution can help. Energy efficiency and permanent energy storage combine to make Active Power the smart and responsible choice for the environment, saving thousands of tons of carbon from being emitted:
Up to 90% less carbon used to manufacture of our flywheel vs lead-acid batteries
40% less carbon emitted over the life of the product
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. Active Power’s solutions are a great fit for these applications.
78% increase in flywheel runtime delivering one minute at typical industry loads
Smallest footprint - Active Power’s systems take up to less than half the space of typical battery UPS systems
Highest temperature range – Our systems can support up to 40C environments with no degradation in performance
Most reliable – CleanSource UPS has been proven to be 12x less likely to fail than battery based systems
Less maintenance – reduces disruption and risk
40% reduction in TCO compared to battery alternatives
Green – improve sustainability by 90% compared to battery based systems
The Active Power CleanSource XT UPS is the perfect combination of low total cost of ownership, superior reliability, and sustainability for any mission critical application. The CleanSource XT provides 78% more runtime than the CleanSource 300, delivering one minute at typical industry loads.
WHY CLEANSOURCE XT UPS?
40% TCO Savings
Total cost of ownership (TCO) is the key metric in determining the economic value of your UPS. Active Power’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.
- Integrated solution – saves on installation and support infrastructure
- Highest efficiency – up to 98% energy efficient with full power quality protection
- Permanent energy storage – no batteries to install, monitor, service, or replace
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, Active Power’s UPS system is proven 12 times less to likely to fail than a battery-based system.
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.
Active Power’s solution can help. Energy efficiency and permanent energy storage combine to make Active Power the smart and responsible choice for the environment, saving thousands of tons of carbon from being emitted:
- Up to 90% less carbon used to manufacture of our flywheel vs lead-acid batteries
- 40% less carbon emitted over the life of the product
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. Active Power’s solutions are a great fit for these applications.
- 78% increase in flywheel runtime delivering one minute at typical industry loads
- Smallest footprint - Active Power’s systems take up to less than half the space of typical battery UPS systems
- Highest temperature range – Our systems can support up to 40C environments with no degradation in performance
- Most reliable – CleanSource UPS has been proven to be 12x less likely to fail than battery based systems
- Less maintenance – reduces disruption and risk
- 40% reduction in TCO compared to battery alternatives
- Green – improve sustainability by 90% compared to battery based systems
