3 Phase Modular UPS System | 210KVA / 210KW | 3 Phase 4 Wires | 380Vac/400Vac/415Vac | +/-240Vdc | 7 x 30KW
Prostar MPS210K-42U three phase igbt online ups modular system 210kva is the modular UPS system that combines high AC/AC efficiency values with a compact footprint and a flexible and scalable architecture, able to reach up to 600 kVA. Integration of your power distribution can take shape within the same rack or in parallel rack enclosures. Optimal placement is ultimately decided by the needs of the datacenter, not the limitations of the UPS system. Additional capacity modules are only added when the load increases, ensuring that the system always operates at optimal efficiency.
As IT operations continue to grow in importance for businesses, one of the main concerns of datacenters is operational continuity. Most datacenters require the highest availability possible to sustain mission critical functions such as infrastructure power backup. With the constant growth of the amount of data that must be managed, and energy costs always on the rise, data centers continue to be power-hungry facilities, which creates an ongoing need for low cost, high-efficiency solutions. Prostar MPS210K-42U three phase igbt online ups modular system 210kva meets these requirement, delivering an ideal solution for datacenters demanding peak efficiency and availability at a lower TCO.
Thanks to its modular and scalable design as well as its hot-swappable functionality, Prostar MPS210K-42U three phase igbt online ups modular system 210kva can start with a basic configuration of just 30 kVA / 30 kW and then grow gradually as required, up to 600 kVA.
Modern day modular parallel UPS solutions enable organizations to simply, and cost effectively, increase their UPS power, improve availability and enjoy the long‐term benefits of scalable UPS solutions that can grow in sensible incremental steps as the organization grows.
Fig. 1 Modular UPS overview
Fig. 2 42U Modular UPS Dimension
Fig. 3 Modular UPS Front Panel
Fig. 4 Modular UPS Rear Panel
Fig. 5 Modular UPS Breaker
Fig. 6 Modular UPS External Battery Connection
The STS module of Modular UPS is installed before left factory. It provides the bypass power when UPS is in BYPASS MODE.
In addition to offering bypass power, it includes some communication interfaces.
Each power module is shipped with its own modular ups system package. It must be installed during the UPS system installation.
The capacity of each power module is 30 kVA / 30 kW. It includes a power factor correction rectifier, a battery charger, an inverter and control circuit. See Prostar MPS30K three phase modular ups system 30kW power module
-1- High scalability
DSP control provides an improved solution with high performance. Integrated with modular design and parallel technology, simplifies future power expansion.
-2- High efficiency online double conversion technology
Mars series modular UPS is applied online double conversion technology with high performance over 94.5% at 50% load. It significantly reduces overall Total Cost of Ownership(TCO).
-3- Modular design lowers MTTR
Mars series modular design is applied in power module, STS module and battery module. It will simplify maintenance and replacement with low MTTR(Mean Time To Repair).
-4- Unity output power factor
Mars series delivers unity output power (kVA=kW) providing the maximum power capacity to mission critical loads. It satisfies the requirements of the latest servers and optimizes IT investment with every penny.
-5- Online ECO Mode
When the quality of utility power is good, the UPS switches to ECO mode to increase system efficiency. When the quality is unstable, the UPS switches to line mode to guarantee the best power quality.
-6- LCD Touch Panel
The LCD touch panel is designed with user-friendly and intuitive interface, allowing users to monitor power system and configure settings by simply touching the screen.
-7- N+1 or N+X parallel redundancy for power guarantee
The UPS parallel expansion capability allows users to customize their power systems by connecting multiple UPS units, therefore reaching even higher capacity and achieving N+X power redundancy to protect the systems against power failures.
-8- Generator Compatible
Power continuity can be achieved with generators during a power outage. When UPS is running on generator’s power, the UPS can stabilize generator’s unstable voltages, providing reliable power.
-9- Ease of installation and maintenance
Built-in maintenance bypass assures continuous power to critical loads during UPS maintenance. Besides, to facilitate installation and maintenance, all panel control and connectors are front accessibility.
-10- Flexible battery configuration adapts different applications
Battery numbers can be adjusted flexibly. It will adapt different power demands and shorten system downtime. Battery voltage can be set from 32 to 40 pieces per string.
-11- Adjustable charging current
Provides maximum 8A charging current for every power module and it’s adjustable based on requirement.
-12- Vertical Scalability
The number of power modules installed in the UPS can be customized based on power demands, without taking any extra floor space. The power modules are also hot-swappable, ensuring seamless operation.
-13- Maintenance Bypass Switch
The operators can use the switch to seamlessly transfer to utility power via bypass mode, performing quick and safe maintenance without having to shut down power system and connected equipment.
-14- Remote Management Capability
Remote management capability enables monitoring and controlling of devices through Remote Management Card. Users can also perform management tasks such as scheduled shutdowns and reboots.
|Maximum Capacity||210 kVA / 210 kW|
|Phase||3-phase in / 3-phase out|
|Battery Voltage||240V Default, 192V/240V Selectable|
|Power Module Capacity||30KW|
|Number of Power Modules||7 Pcs|
|Number of Power Slots||8 Pcs|
|Size, D X W X H (mm)||1100x600x2010|
|Cabinet Net Weight (Kgs)||549|
|Input Voltage||380VAC/400VAC/415VAC (3Ph+N)|
|Voltage Range||305~477VAC at 100% Load; 208~304VAC at <70% Load|
|Nominal Frequency||50/60Hz(Auto Sensing)|
|Power Factor||>0.99 @ 100% Load, >0.98 @ 50% Load|
|Harmonic Distortion (THDi)||< 3% @ 100% Load|
|Nominal Voltage||380VAC/400VAC/415VAC (3Ph+N)|
|Voltage Regulation(Steady state)||≦±1%Typical(Balanced Load);≦±2% Typical (Unbalanced Load)|
|Voltage Regulation(Transient)||≦±5% Typical|
|Frequency Range(Synchronized)||46Hz~54Hz or 56Hz~64Hz|
|Power Factor||1 (kVA=kW)|
|Overload Capability||1 hour for 110%,10 min for 120%,1 min for 150%,200ms for >150%|
|Harmonic Distortion||≦1.5% THD(Linear Load);≦4% THD( Non-linear Load )|
|Online Mode||Up to 94.5%|
|Nominal Voltage||+/- 216V (12V x 36Pcs)|
|Maximum Voltage||+/- 240V (12V x 40Pcs)|
|Minimum Voltage||+/- 192V (12V x 32Pcs)|
|Float Charging Voltage||2.25V/Cell|
|Boost Charging Voltage||2.35V/Cell|
|Maximum Charging Current||8A for each power module (User adjustable)|
|Safety||IEC/EN 60950-1; IEC/EN 62040-1|
|EMC||IEC/EN 62040-2 Category C3|
|Relative Humidity||0~95% Non-condensing|
|Altitude||<1000m for Nominal power|
|Communication Interface||Dry Contact, RS-232, USB, SNMP Slot|
|Smart RS-232 or USB||Windows® 2000/2003/XP/Vista/2008、Windows® 7/8、Linux、Unix、MAC|
|Optional SNMP||Power management from SNMP manager and web browser|