Overview
EverExceed PowerPlus XM series UPS is a modular parallel redundant
uninterruptible power supply system. Modular design ensures high level reliability and flexible options for expansion. Redundant UPS power technology allows users to scale their power capacity and provide load with N+1 to N+X levels of protection. Great power density ensures a small footprint and low heat dissipation. Rich management and communication functions ensure a user- and environment-friendly system.
Ideal Applications for kinds of fields such as financial, telecommunication, government, manufacturer, transportation, energy resource industries etc.

Features:
- Green Power and Energy-Saving
a) High frequency and Full Digitalizing
b) >95% High System Efficiency, Low Noise (<55DB)
c) High input power factor (>0.99), low input THDi (<3%)
- Incredible Reliability
a) IGBT power modules rather than discrete components are applied in XM series
b) modular power UPS , offering the advantages as below:
- High current carrying ability of the power semiconductor, thus increase the load adjustability of the UPS power supply module.
- Decrease the number of the semiconductors and simplify the layout of the power circuit. Thus increase the reliability of the power module and EMI/EMC performance.
- Increase the thermal ability of the power module, the temperature margin is high even on full load condition.
c) Force cooling with redundant and speed controlled fans, prolong fan lift-time. Honeycomb design of front door, good looking and high ventilation rate.
d) Independent Dual-DSP Intelligent Controller for individual power module. Digital control for the whole parts including rectifier, inverter, charger and discharger
e) Strong load adaptability for linear and nonlinear load. Each module can handle full and overload as the tower uninterruptible power supplies, and the load can be linear and nonlinear load. Each module can handle crest factor 3:1 load.
f) Intelligent module and system protection design
g) Digital paralleling technology, very low circle current between modules
h) Very wide rectifier input range, avoid unnecessary battery discharging.
- High Availability
a) N+X topology More than one module can be chosen as redundant module to make sure high system reliability.
b) Online expansion of 10KVA to 200KVA system
c) No need to stop whole system when single module fails.
d) No data loss will be caused by UPS fault.
e) The generator configuration ratio with XM series UPS supplies
 can be 1:1
f) Multiple Application Options, including:
- SNMP communication card
- BCB box for battery
- Lightning protection module
- Dry contact module
- Battery temperature compensation module
-Alarm and message module for mobile phone
- Easy Maintenance
a) Easy maintenance, safe and reliable
b) Hot swappable for each module
c) Totally front access, top and bottom cable connection
d) Technician can replace modules online at sites
e) MTTR is less than 5 minutes for module uninterruptable power supply. 8 hours are needed for traditional UPS equipment.
- Friendly Human Machine Interface
a) 32-bit DSP is used to realize data acquisition and management.
b) Display panel adopts 320*240 touch screen LCD technology, high definition.
c) The operation of whole UPS system and modules are monitored.
d) LED Display for each module
e) Interface adopts multi-key navigation which is easy and flexible.
f) RS232, RS485 and dry contacts are standard configuration.
g) SNMP card can be configured to provide remote monitoring.
- Intelligent battery management
a) Independent charging system for each module
b) Digital controlled independent charger, intelligent battery management system
c) The battery is managed through independent sub-system rather than connect directly to the DC bus.
- Advanced technology
a) Integrated IGBT Module helps to increase system efficiency. Meanwhile reliability is increased due to lower temperature rising on IGBT and heat sink
b) Three-Level Inverter reduces ripple current and harmonic current, increases transient response capability, improves parallel operation condition and reduces power loss to achieve higher efficiency.
c) Vienna PFC technology to achieve best input characteristics
d) Adaptive Synchronic Control technology realizes no limitation of parallel units
e) Multi-pole distributed control technology to reduce operation risk at most
f) Serial Differential sampling to reduce interference at most
g) The rectifier adopts CCM technology to reduce RF interference
Technical Parameter: