Vertiv™ PowerUPS 9000
Product brochure
Vertiv Fact Sheet
The world depends on data we power and cool™
Vertiv at-a-glance
Vertiv is a global leader in critical digital infrastructure for applications in data centers, communication networks, and commercial and industrial environments. Vertiv pioneers and delivers end-to-end power and cooling technologies to help customers stay resilient, optimized, and future-ready. With industry-leading technologies and a global services network, Vertiv fuels the digital world, keeping technology ecosystems running efficiently and without interruption.
Key Facts:
- ~$8.0B USD revenue
- ~31,000 employees globally
- 24 manufacturing locations
- 60+ years in the industry
- ~4,000 field service engineers
- 310+ service centers
- 130+ countries served
- Global headquarters in Westerville, Ohio, USA
- #1 in 3-phase large UPS and power switching & distribution
- #1 in thermal management
Geography: Americas, APAC, EMEA
Portfolio: Critical Infrastructure & Solutions, Services & Spares
Market Segment: Data Centers, Communications Networks, Commercial & Industrial
Global presence, local expertise
Headquartered in Westerville, Ohio, USA, Vertiv does business in more than 130 countries.
Worldwide: 23 Manuf. and Assembly Locations, 310+ Service Centers, ~4,000 Service Field Engineers, ~300 Technical Support/Response, 27 Customer Experience Centers/Labs.
Regional Breakdown:
- Americas: 9 Manuf. and Assembly Locations, 170+ Service Centers, ~1,750 Service Field Engineers, ~120 Technical Support/Response, 4 Customer Experience Centers/Labs.
- Europe, Middle East, and Africa: 9 Manuf. and Assembly Locations, 60+ Service Centers, ~650 Service Field Engineers, ~130 Technical Support/Response, 12 Customer Experience Centers/Labs.
- Asia Pacific: 5 Manuf. and Assembly Locations, 80+ Service Centers, ~1,600 Service Field Engineers, ~50 Technical Support/Response, 11 Customer Experience Centers/Labs.
Solving the power and cooling complexities of the AI revolution.
Vertiv is supercharging data's potential, accelerating technology, raising the bar for high-performance compute, and redefining the limits of densification.
A leading innovator with a complete critical digital infrastructure portfolio, including:
- ? Power management
- ❄️ Thermal management
- ? IT systems
- ?️ Infrastructure solutions
- ?️ Services
Vertiv™ PowerUPS 9000 Overview and Benefits
High performance, modularity, resilience, reliability, and efficiency for your power needs.
- ⚡ Vertiv's most efficient UPS in its product class.
- Up to 32% space savings, compared to previous offerings.
- ? AI ready to support fast dynamic power loads.
- High-power solution designed for global standards and easy installation.
- Skid-mount and containerized power solutions for easy deployment.
- Modular system for maximum flexibility from room to pre-fabricated deployment.
- Ready to integrate different back up power sources, including lithium-ion and nickel-zinc.
- Designed, tested, and available across the globe.
- Hot and easy serviceability for no interruption, even during maintenance or power upgrades.
- Rich digital experience: Service empowered by data across the entire lifecycle with Vertiv™ LIFE™ Advanced Incident Management and Condition Based Maintenance.
- Vertiv™ PowerUPS 9000 paired with AI Load Simulator for advanced power testing.
The Vertiv AI Load Simulator allows testing of AI load profiles on UPS systems at the Global Power Customer Experience Center, supporting design and validation testing, including on-site validation.
The Vertiv™ PowerUPS 9000, 1250 kW CE has received the PEP Ecopassport® certification, validating its environmental performance based on a life cycle assessment (LCA).
Reliable, Resilient, and Efficient UPS
Data centers face mounting pressures for unfailing uptime and reliability. The Vertiv™ PowerUPS 9000 is designed to meet contemporary resilience benchmarks, integrating lessons learned and user feedback for tangible enhancements.
Design Reliability
- Dedicated segregated controls for each power module, enhancing system reliability and independent operation.
- Self-isolating power modules through relays prevent fault spread, ensuring continuity from remaining cores.
- Continuous-duty solid state static bypass switch for maximum performance.
- Hot service and hot swap static bypass and power modules facilitate maintenance without downtime.
- Enhanced diagnostic tools (Waveform capture, history log) enable preemptive identification and resolution of potential issues.
These features satisfy customer needs for resilience and availability.
Verification & Validation Tests
Prototypes have undergone extensive verification and validation, including Engineering Validation Tests (EVT) and Design Validation Tests (DVT), confirming product specifications. The Vertiv™ PowerUPS 9000 has been validated against operational conditions and simulated critical scenarios. Additional tests include structural tests, debris protection testing, and voltage surge & sag tests.
Read the white paper: Enabling uninterrupted power: design for reliability in UPS system.
Modular Design to Meet Application Needs
Vertiv™ PowerUPS 9000 scales the concept of modularity across its architecture.
1.25MW 415Vac 4W CE Vertiv™ PowerUPS 9000
Features power frame, STS (Static Transfer Switch), and AC & DC I/O Box.
125kW Power Modules
Each power module is independent, containing inverter, rectifier, and booster/charger. It offers a global design with options for 400V and 480V, compliant with CE and UL standards.
Static Switch Cabinet
Houses the bypass static switch and power terminals for close-coupled applications, following a global design for 400V and 480V.
AC I/O Cabinet
Manages AC power connections, supporting top and bottom power connection, with standard cable connection and optional flange connections.
Versatile System & Compact Design (380/400/415Vac 4W)
Experience customization to meet unique needs.
250-1250kW UPS Frame
Features independent 125kW power modules, comprising inverter, rectifier, and charger/booster. Offers a global design for 400V & 480V, CE & UL compliance.
Static Switch & Communication Control Cabinet
Hosts the bypass static switch and control communication logic boards, with a global design for 400V & 480V, CE & UL.
AC & DC Connections
Routes AC power connections through the top side of the UPS, supporting single input/dual input, and options without switches.
Capacity & Installation Flexibility from 250 KW up to 5 MW*
The Vertiv™ PowerUPS 9000 features a transformer-free design with full IGBT three-level double conversion technology, offering significant savings on installation and running costs while delivering first-class load protection.
Flexibility and Compatibility
The Vertiv™ PowerUPS 9000 adapts to diverse system requirements for power capacity and redundancy, enabling maximum flexibility:
- Output Power Factor up to 1.
- No power derating from 0.6 lagging to 0.7 leading.
- Optimum space/power ratio.
Diagram: Power Factor Output Diagram showing relationship between kW, kVA, and power factor (Cos φ).
Features and Performance
- Transformer-free design.
- Full IGBT three-level topology.
- Excellent input performances: PF ≤0.99, THDi ≤3%.
- Hybrid SiC Power Module Converters.
- Seismic compliance.
- Bypass sharing (inductor-free design).
Customer Monitoring Interfaces
LCD Touch Screen Features:
- High security access with separate password levels.
- User-friendly graphical interface.
- Single-line mimic diagram showing system status.
- Dedicated warning/fault and event log page.
- Dedicated measurements page for internal functional blocks.
Hardware Connectivity:
Allows monitoring and control of networked UPS through various protocols:
- Integration with Building Monitoring and Automation Systems via MODBUS RTU, MODBUS/TCP, or JBUS protocols.
- Integration with Network Management Systems through SNMP protocol.
- Two slots for additional connectivity cards.
Software Connectivity:
Vertiv connects and protects networks with core-to-edge solutions. Pair your Vertiv™ UPS with Vertiv™ Environet™ Alert for maximum visibility and effective monitoring.
Vertiv™ Environet™ Alert: Provides affordable and easy-to-use critical facility monitoring software, delivering superior monitoring, alerting, trending, and data organization.
Improved Efficiency
The Vertiv™ PowerUPS 9000 delivers an outstanding double conversion efficiency of up to 97.5%, increasing to 99% with dynamic online mode, reducing operating costs and energy dissipation. This minimizes cooling system consumption, leading to TCO reduction and rapid payback. Intelligent ECO mode and paralleling optimize efficiency even at partial load.
Efficiency is attributed to:
- Hybrid SiC power module design.
- Adoption of a three-level topology for inverter.
- DC controlled fan speed.
- Intelligent paralleling mode.
- Advanced digital technology and fast transfer.
The seamless activation of operating modes offers high efficiency without compromising power quality and availability.
The dynamic online mode provides Class 1* output performance under stringent conditions, discriminating between interferences and responding rapidly.
Diagrams illustrating three operating modes: Maximum power control (VFI), Maximum energy saving (VFD), and Dynamic Online (VI) with high efficiency & power conditioning.
Dynamic Online Mode: No Availability Tradeoff with Efficiency
This mode enables operating efficiency up to 99% without sacrificing availability. The inverter can instantaneously assume the load and maintain output voltage within IEC 62040 Class 1* specifications, offering the same availability as double conversion mode. It combines superior availability with excellent energy cost savings for a reduced total cost of ownership.
- Double Conversion Mode (VFI): Maximum Availability with Class 1 UPS, up to 97.5% efficiency.
- ECO Mode (VFD): Power quality not ensured, above 99% Efficiency.
- Dynamic Online Mode (VI with VFI support): Maximum Availability with Class 1 UPS, up to 99% Efficiency.
Continuous Battery Mode and Continuous-Duty Static Bypass Switch
The Vertiv™ PowerUPS 9000 Power Center offers continuous battery mode for uninterrupted power supply, even at full load indefinitely. Its solid-state static bypass switch enables seamless power transitions, supporting applications beyond traditional UPS systems, such as long duration battery integration.
Reduced TCO
⚡ >97.5% Double Conversion Efficiency.
Neutral Carbon Footprint
The new generation architecture reduces energy and heat dissipation, minimizing air conditioning demand. This, coupled with high efficiency, reduces CO2 emissions, helping data centers meet environmental and efficiency compliance standards.
Advanced control, efficiency, paralleling, minimum footprint, and high energy density make Vertiv™ PowerUPS 9000 ideal for mission-critical applications, offering maximum energy saving and rapid return on investment.
Vertiv™ PowerUPS 9000 provides system capacity up to 1250kW in a single frame and up to 5MW in parallel configuration. Its high power density maximizes rack and server space.
Benefits include:
- Compatibility with modern mission critical loads.
- Enhanced performances for maximum energy saving.
- CO2 emission reduction.
- System flexibility for all installations.
- Reduced TCO.
User Interface and Advanced Diagnostic
The Vertiv™ PowerUPS 9000 provides a calm environment through its advanced diagnostic capability, measuring, logging, enhanced event analysis, and an intelligent colored multi-language touch screen display. The advanced logic control platform and Vector Control technology ensure increased performance and real-time output power quality control.
Interface Details:
- Bypass input: Voltage and frequency measurements.
- Mains input: Current, voltage, and frequency values of the three input phases.
- Warning/fault: Alerts for anomalies on bypass, rectifier, inverter, booster/charger, battery, and load.
- Events log: Date and time of important UPS events, alarms, and warnings.
- Measurements: Voltage, current, and frequency values of each internal functional block.
Screenshot of the Vertiv UPS touch screen interface showing system status, load, input, bypass, and battery information.
Waveform Capture: Enhancing Power Quality Analysis and System Reliability
Waveform Capture is a diagnostic tool that records voltage and current waveforms to analyze power quality issues during disturbances or faults, maintaining power supply reliability.
Main Advantages:
- Precise event analysis: Captures waveforms to identify the exact nature and cause of disturbances.
- Preventive maintenance: Monitors waveform data to predict potential UPS problems.
- Troubleshooting support: Provides insight to troubleshoot issues and restore operations faster.
- Historical data logging: Stores waveform data to analyze trends and detect gradual changes.
- Customizable data capture: Allows users to select specific time frames and channels for relevant data.
The Waveform Capture feature enhances uptime and reliability through detailed electrical waveform analysis.
Screenshot showing captured waveform data (Voltage U, V, W; Input; Output; Bypass) with event log details.
Rely on Integrated Project and Lifecycle UPS Services
Vertiv offers continuity through its service partnership across the critical equipment lifecycle, from project phase to operational support, ensuring optimal solution performance.
Global Presence & Local Resources
With over 3,500 engineers dedicated to servicing worldwide, Vertiv ensures business protection and 24-hour service availability.
Project Services
Vertiv's project team provides comprehensive capabilities for speed of deployment and execution, covering planning, design, procurement, installation, and commissioning according to pre-defined procedures.
Project Services Breakdown:
| Commissioning Phase | Technical Activities | Project Management |
|---|---|---|
| Level 0: Program and design | Commissioning spec & plan, Engineering, Design review, Schedule integration, Submittal review, Commissioning procedure, Commissioning kick-off | Project charter, Identify stakeholder, Work breakdown structure (WBS), Supply chain & procurement management plan, Project team creation, Risk management plan, Communication management plan, Change management plan, Project schedule, Health & safety assessment, Kick-off meeting |
| Level 1: Factory witness test | Factory witness test | (Covered in Level 0) |
| Level 2: Delivery, qa/qc, installation assembly, field supervision | Site acceptance inspection, Delivery & assembly, Equipment installation, Installation & startup, Pre-functional equipment verification | Supply chain & procurement management, Execute project plan, Schedule on-site resource management, Facilitate team meetings, Health & safety management |
| Level 3: Start-up and site acceptance test | Site acceptance test | Manage issues, changes & risks, Report project status, Contract, financial & quality review, Health & safety review |
| Level 4: Functional performance testing | Functional performance test | (Covered in Level 3) |
| Level 5: Integrated system test support | Integrated system test, Training & o&m verification | (Covered in Level 3) |
| Level 6: Close out & turn-over | System manual, Seasonal testing, Warranty review & supplemental report, Commissioning report | Customer acceptance, Handover to operation & maintenance, Lessons learned, Financial closure, Project closure |
Expertise & Training
Vertiv service engineers are certified, trained, and experienced, undergoing intensive quarterly training. This ensures competent and safe field operations, supported by established procedures and central technical support.
Premium Response
Vertiv provides an extensive supply of critical parts and crash-kits, with service engineers ready to respond quickly. They leverage a solid knowledge-base, escalation procedures, and advanced incident management.
Supporting Your Business Around the Globe
Regular service of critical equipment ensures maximum uptime and reduces total cost of ownership. Vertiv service programs cover all technologies and can be tailored to business needs. Deep infrastructure expertise, amplified by field data and analytics, enables data-based services like Advanced Incident Management and Condition Based Maintenance.
Vertiv's AI Load Management Solutions for Data Centers
As artificial intelligence (AI) advances, it imposes new demands on critical power infrastructure, requiring innovative solutions for higher power density servers, spikey and dynamic AI power loads, and liquid cooling systems. Vertiv addresses these needs with resilient solutions.
Impact of AI Applications on Critical Infrastructure
With the forecast growth in rack densities for AI and high-performance computing (HPC), Vertiv develops solutions to withstand higher voltages, manage spikey AI loads, and provide power protection for liquid cooling systems. This involves increasing power converter block sizes and enhancing power distribution circuits.
Diagram illustrating AI load profiles: Power Up Max Compute (120-150% load every second) vs. Power Averaging (Idle to 80-100% load every minute).
AI Loads Challenges:
- Power Fluctuations: AI's unique load profile causes rapidly fluctuating power demand, potentially leading to grid stability issues and voltage sags.
- Thermal Cycling: Thermal cycling of UPS components may impact equipment life.
- Coolant Distribution Units (CDUs): Liquid cooling for GPUs has very low thermal inertia.
- Power Density Requirements: Adopting higher voltage distribution to handle increasing power demands.
AI-Ready UPS Solutions
Vertiv™ Large UPS systems are designed to manage AI applications efficiently, handling rapid load changes without performance degradation. They protect the power source from sudden step loads and support increased rack power density by operating at higher voltages.
Future-Proofing Data Centers
Vertiv's approach focuses on modular, scalable, and sustainable solutions for AI and high-density computing. By integrating advanced power management algorithms and supporting new energy sources, Vertiv enables data centers to handle dynamic and intensive workloads.
Learn more in our technote: Evaluating the performance of Vertiv™ large UPS systems with AI workloads.
Visit our AI Hub for more information on Vertiv's innovative solutions.
Enhance Power Reliability with Distributed Battery Systems
Uninterrupted power supply is essential for seamless operation of critical applications, especially in large-scale data centers. Vertiv's advanced distributed battery systems, when used in parallel with Vertiv PowerUPS 9000 systems, enhance reliability and efficiency, securing continuous power quality and availability.
Why Choose Distributed Battery Systems?
- Unmatched High Tolerance: Decentralized modules allow for effective fault isolation and management, ensuring uninterrupted power even if one module fails.
- Scalability and Flexibility: Easily scalable to add modules as power needs grow, providing a cost-effective path for infrastructure scaling.
- Maintenance Efficiency: Maintenance can be performed on individual modules without disrupting the overall system.
- Enhanced System Availability: Provide continuous power supply, crucial for mission-critical applications, enhancing overall availability and reliability.
Vertiv designs solutions for mission-critical environments, integrating seamlessly with modular UPS designs for high fault tolerance and maintenance efficiency.
Overview: Lithium-Ion Batteries
Lithium-ion batteries are transforming power, powering everything from cell phones to electric cars and renewable plants. They represent the next generation of batteries for UPS and datacenters.
Vertiv's experience with lithium-ion batteries has helped many organizations achieve their infrastructure goals.
Ideally Suited For:
- New data centers.
- Cloud, colo, hosting facilities.
- Enterprise data centers.
- UPS energy storage.
- Replacements to lead-acid batteries.
Compliant:
- UL 1973
- UL 9540A Tested
- UL 9540
Qualified for immediate use with most current and legacy three-phase Vertiv™ Liebert® UPS systems.
? Ready for LIB (Lithium-ion batteries).
Vertiv™ EnergyCore Battery Cabinet
The Vertiv™ EnergyCore is the first optimized battery cabinet designed by datacenter experts. It has successfully completed a UL 9540A fire test, potentially waiving spacing requirements per NFPA 855 standards.
Engineered for safe, reliable, and cost-effective energy, it improves critical infrastructure performance over traditional valve-regulated lead-acid (VRLA) systems. Users benefit from longer life, more cycles, fewer replacements, a compact size, and lower weight, contributing to an impressive total cost of ownership.
Diagram comparing battery replacement cycles: VRLA (3-5 years) vs. LIB (10-15 years).
This leads to fewer facility disruptions and a lower total cost of ownership.
Technical Data: Vertiv™ PowerUPS 9000
| Parameter | 1250kW 380/400/415Vac | 1250kW compact 380/400/415Vac |
|---|---|---|
| Primary Input | ||
| Nominal mains input voltage / voltage range | 415V (353-478), 3Ph+N+PE | 415V (353-478), 3Ph+N+PE |
| Nominal frequency / frequency tolerance | Selectable 50 or 60 Hz | Selectable 50 or 60 Hz |
| Input Power Factor (above 50% of load) | ≤ 0.99 | ≤ 0.99 |
| Input current distortion (At full linear load calculated at input THDv <2%) | ≤3 % | ≤3 % |
| Walk in/soft start | 2 (0.5 to 5 selectable) seconds | 2 (0.5 to 5 selectable) seconds |
| Rectifier Hold-Off | 4 (1 to 120 selectable) seconds | 4 (1 to 120 selectable) seconds |
| Inverter Output | ||
| Nominal apparent power | 1250 kVA | 1250 kVA |
| Nominal active power | 1250 kW | 1250 kW |
| Nominal output current @ nominal voltage 400V | 1870 A | 1870 A |
| Maximum output active power @ 40°C | 1250 kW | 1250 kW |
| Inverter Overload Capacity(5) | <105% Continuous; 105%-125%:10min; 125%-150%: 1min; 150%-200%: 200ms | <105% Continuous; 105%-125%:10min; 125%-150%: 1min; 150%-200%: 200ms |
| Nominal output voltage | 415V, 3Ph+N+PE | 415V, 3Ph+N+PE |
| Nominal output frequency | Selectable 50 or 60 Hz | Selectable 50 or 60 Hz |
| Output load Power Factor without derating | 0.7 leading - 0.6 lagging | 0.7 leading - 0.6 lagging |
| Voltage stability in steady state condition for input (AC & DC) variations and step load (0 to Nominal load) | ±1 % | ±1 % |
| Voltage stability in dynamic condition for input variation (AC & DC) and step load | Complies with IEC/EN 62040-3, Class 1 | Complies with IEC/EN 62040-3, Class 1 |
| Voltage stability in steady state for 100% load unbalance (0, 0, 100) | ±3 % | ±3 % |
| Frequency slew rate | 0.6 default (selectable up to 3Hz for single system, 2Hz for parallel system) | 0.6 default (selectable up to 3Hz for single system, 2Hz for parallel system) |
| Output voltage distortion at nominal linear load | <1 % | <1 % |
| Output voltage distortion @ reference non linear load as for IEC/EN 62040-3 | ≤3 % | ≤3 % |
| Phase angle precision with balanced loads | ±1 degrees | ±1 degrees |
| Phase angle precision with 100% unbalanced loads | ±1.5 degrees | ±1.5 degrees |
| DC Source | ||
| Battery types | VRLA, Li-Ion, Ni-Zn | VRLA, Li-Ion, Ni-Zn |
| Permissible battery voltage range | 384 to 681 V | 384 to 681 V |
| Recommended n° of VRLA cells: | 240-300 | 240-300 |
| Float voltage for VRLA @ 20 °C | 2.27 V/cell | 2.27 V/cell |
| End cell voltage for VRLA | 1.6 V/cell | 1.6 V/cell |
| Float voltage stability in steady state condition | ≤1 % | ≤1 % |
| Optimum battery temperature | 15 to 25 °C | 15 to 25 °C |
| Battery recharge current setting range for 240cells @ 400V input voltage & maximum output load (PF=1)(4) | 550 A | 15 A |
| Static Bypass | ||
| Nominal bypass input voltage | 400 (380 to 415 selectable), 3Ph+N+PE | 400 (380 to 415 selectable), 3Ph+N+PE |
| Nominal bypass input voltage range | ±10% (-10% to -15% selectable) | ±10% (-10% to -15% selectable) |
| Nominal output frequency | Selectable 50 or 60 Hz | Selectable 50 or 60 Hz |
| Frequency range | ±10% | ±10% |
| Maximum static bypass overload capacity(5): | ||
| For 10 minutes | 110% to 130% | 110% to 130% |
| For 1 minute | 130% to 160% | 130% to 160% |
| General System Data | ||
| AC/AC efficiency VFI without charging current @ nominal input conditions(3)(4) with resistive load(6): | Up to 97.5% | Up to 97.5% |
| AC/AC efficiency with dynamic online (VI) without charging current @ nominal input conditions(3)(4) with maximum resistive load: | Up to 99% | Up to 99% |
| AC/AC efficiency in Intelligent ECO mode without charging current @ nominal input conditions(3)(4) with maximum resistive load: | Up to 99% | Up to 99% |
| Prospective short circuit current Icp with bypass fuses | Up to 150 kAIC | Up to 150 kAIC |
| Heat dissipation @ nominal input conditions and nominal output load(7): | Float Mode VFI: 123690.15 BTU/h (36.25 kW) | Float Mode VFI: 123690.15 BTU/h (36.25 kW) |
| Float Mode VFD: 36254.01 BTU/h (10.625 kW) | Float Mode VFD: 36254.01 BTU/h (10.625 kW) | |
| Mechanical Dimensions: | ||
| Height | 2000 mm | 2000 mm |
| Width | 1300 mm | 1300 mm |
| Depth | 1000 mm | 1150mm(8) |
| Net Weight | 2010 kg | 1300 kg |
| Noise @ 1 meter(3)(4) as per ISO 7779/3746 at full load | 79 dBA ± 2dBA | 79 dBA ± 2dBA |
| Protection degree with open doors | IP20 | IP20 |
| Frame colour (RAL scale) | 7021 | 7021 |
| Cable entry | Top/Bottom | Top |
| Service access | Front and top | Front and top |
| Access | Front and top (no rear access required) | Front and top (no rear access required) |
| Cooling | Forced ventilation, front air intake, top air outlet | Forced ventilation, front air intake, top air outlet |
| Environmental | ||
| Location | Indoor (free from corrosive gases and conductive dust) | Indoor (free from corrosive gases and conductive dust) |
| Operating Temperature | 0 to 50 °C (with automatic derating from 40°C) | 0 to 50 °C (with automatic derating from 40°C) |
| Maximum relative humidity @ 20 °C (non condensing) | Up to 95% (with humidity control and correction) | Up to 95% (with humidity control and correction) |
| Max altitude above sea level without derating | 1500 m (complies with IEC/EN 62040-3 for higher altitudes) | 1500 m (complies with IEC/EN 62040-3 for higher altitudes) |
| Immunity to electrical interference | IEC / EN / BS 62040-2 | IEC / EN / BS 62040-2 |
| EMC Class | IEN / EN 62040-2 Class C3 | IEN / EN 62040-2 Class C3 |
| Environmental Aspects | PEP Eco-passport | PEP Eco-passport |
| Classification according to IEC/EN 62040-3 | VFI-SS-111 | VFI-SS-111 |
| IEC Technical Report 61641 (Class A) | Guidelines for testing low-voltage switchgear and control gear assemblies under internal arcing faults. | Guidelines for testing low-voltage switchgear and control gear assemblies under internal arcing faults. |
| Extra features | Integrated backfeed protection device, DC ground fault detection, EPO push button, Flange connections (late customization), Vertiv™ Life™ Services Remote Diagnostic and Preventive Monitoring, Battery trip option | Integrated backfeed protection device, DC ground fault detection, EPO push button, Flange connections (late customization), Vertiv™ Life™ Services Remote Diagnostic and Preventive Monitoring, Battery trip option |
| Network protocols with monitoring card | Modbus TCP, BACnet/WS, BACnet/IP, SNMP v.1, v.3, IPv6 | Modbus TCP, BACnet/WS, BACnet/IP, SNMP v.1, v.3, IPv6 |
Global Presence for a Close Partnership. Everywhere.
Vertiv's global network includes power sites, manufacturing facilities, witness test sites, and training centers, supported by regional sales and service representatives.
World map indicating global presence locations for Vertiv.
Global Power Sites:
- 4 Laboratories and R&D
- 5 Manufacturing sites
- 4 Witness test sites
- 10 Main training centers
- Global network of regional sales and service representatives
Power Highlights:
- 100K+ Square meters of manufacturing space.
- Up to 12MW available for witness tests.
- Up to 92K hours of technical training each year.
Main Witness Test and Customer Experience Center Sites
Vertiv's state-of-the-art Customer Experience Centers (CECs) allow customers to experience data center technologies firsthand, including demos, standard, customized, and remote virtual FAT experiences, with constant consultation from R&D and engineering specialists.
Specific Center Highlights:
- Bologna, Italy (Customer Experience Center): Hosts 800+ customers annually from 50+ countries, features 1700 m² witness testing, 650 m² showroom, 650 m² academy, and 7 testing stations totaling 12 MW. Conducts 150+ witness tests and tests 400+ UPS systems annually, including AI load simulator capabilities.
- Delaware, US (Power Test Center): Offers 4,000+ m² facilities including a 280+ m² observation suite, 40 testing bays with multiple distinct test stations (total 12 MW), and conducts 100+ tour-factory witness tests annually.
- Mianyang, China (Power Test Center): Serves 100+ customers annually from 25+ countries, features 180 m² witness testing, 60 m² showroom, and 2 testing stations providing up to 1.2 MVA capacity each (total 2.5 MW). Conducts 40+ witness tests and tests 100+ UPS systems annually.
Watch the Power Customer Experience Center video.
