FLYWHEEL

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Compatibility

The FLYWHEEL system provides a high level of availability for DELPHYS MP elite, DELPHYS MX and Green Power 2.0 DELPHYS GP Uninterruptible Power Supply units.

Applications

FLYWHEEL, a dynamic energy storage solution, removes restrictions linked to traditional battery use.
FLYWHEEL is the solution for:
• Data centres
• Service sectors
• Industry
• Telecommunciations
• Medical applciations

 

Operating principle

• Uses a very high-speed, rotating flywheel.
• Combined flywheel, shaft and generator.
• The rotating assembly is held up by electromagnetic levitation, with no contact with other parts.
• Less maintenance: the internal system vacuum eliminates friction.
• The flywheel-driven generator supplies energy to the UPS during a power failure, thus providing continuous power to the load.
• When mains power is restored, the flywheel takes only 7 minutes (configurable) to return to full speed.

 

Advantages

• outstanding reliability,
• reduced maintenance,
• simplified maintenance,
• long service life (> 20 years),
• max. power in min. volume,
• less floor space < 0.58 m2,
• high efficiency 99.4 %,
• May be used when battery use is impossible because of critical operating conditions (i.e. high ambient temperatures).
• self-diagnostics,
• rapid recharging (typically 12 minutes),
• adjustable voltage and current parameters,
• silent operation,
• simple operation,
• cabinet on castors for ease of installation,
• no load restrictions on ground,
• installation requiring no structural work,

• cable access via top and bottom sections,
• simplified connections,
• units coupled in parallel to increase power and back-up time,
• front access for maintenance,
• environmentally-friendly.

  • A battery-free solution

    Flywheel Battery
    Operating costs
    Energy consumption few watts for minutes few watts for hours
    Maintenance reduced high
    Ventilation – Air conditioning not applicable maintaining ambient temperature increases operating costs
    Service life > 20 years periodical part replacements
    Back-up time availability
    Reliability high need for constant monitoring
    Availability status continuous actual back-up time difficult to ascertain
    Life cycle (number of discharges) no impact on service life reduces service life
    Ambient temperature no impact up to 40 °C service life time is reduced when
    temperature is > 20 °C
    Recharge time (BUT recovery) very low (100 % in 12 minutes) very high (80 % in 8 hours)