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EVI 10000VA / 10000W Rack Mount Online Single Phase UPS – EP-UPS10000P11OR
Key Features
Brand:EVI
Ultra‑High Capacity: 10000VA / 10000W supports extensive enterprise workloads.
True Online Double Conversion: Pure sine wave output ensures maximum reliability.
Rack Mount Design: 4U form factor integrates into large server racks.
Automatic Voltage Regulation (AVR): Stabilizes input fluctuations for consistent output.
Advanced LCD Display: Real‑time monitoring of voltage, battery, and load.
Hot‑Swappable Batteries: Maintenance without downtime.
Comprehensive Protection: Overload, surge, short circuit, and frequency stability.
Energy Efficient: Optimized design reduces heat and lowers operational costs.
1 Year Warranty
Ultimate Guide to EVI 10000VA / 10000W Rack Mount Online Single Phase UPS
The EVI 10000VA / 10000W Rack Mount Online Single Phase UPS represents the absolute pinnacle of heavy-duty power protection for enterprise infrastructure.
This ultra-high-capacity system delivers continuous, laboratory-grade electricity to shield maximum-density server enclosures from blackouts and electrical anomalies.
Understanding its architectural capabilities allows network engineers to maximize uptime for critical enterprise applications.
This ultra-high-capacity system delivers continuous, laboratory-grade electricity to shield maximum-density server enclosures from blackouts and electrical anomalies.
Understanding its architectural capabilities allows network engineers to maximize uptime for critical enterprise applications.
High-Density Power Capacity and Unity Power Factor
Modern data centers require ultra-dense power configurations to support blade servers, artificial intelligence clusters, and large storage arrays.
The defining feature of this EVI model is its unity power factor of 1.0.
Legacy backup systems often operate at lower efficiencies, where a 10000VA rating might only yield 8000W or 9000W of actual work.
The defining feature of this EVI model is its unity power factor of 1.0.
Legacy backup systems often operate at lower efficiencies, where a 10000VA rating might only yield 8000W or 9000W of actual work.
This advanced system bridges that gap entirely by delivering a full 10000W of active real power.
Achieving a 1.0 power factor means the internal rectifier and inverter operate with absolute structural efficiency.
Wasted electrical energy is eliminated, which drastically minimizes heat generation inside server racks.
Lower thermal output reduces the cooling burden on data center HVAC systems and saves operational costs.
Achieving a 1.0 power factor means the internal rectifier and inverter operate with absolute structural efficiency.
Wasted electrical energy is eliminated, which drastically minimizes heat generation inside server racks.
Lower thermal output reduces the cooling burden on data center HVAC systems and saves operational costs.
Why Mission Critical Systems Require Online Double Conversion
Enterprise network hardware demands total voltage stability to prevent system lockups and hardware degradation.
Standard line-interactive backup power supplies introduce a minor millisecond delay when switching to battery power.
This brief drop can cause edge computing nodes and hyper-converged infrastructure to crash.
Standard line-interactive backup power supplies introduce a minor millisecond delay when switching to battery power.
This brief drop can cause edge computing nodes and hyper-converged infrastructure to crash.
The EVI 10000VA system utilizes a continuous online double-conversion process to eliminate this vulnerability entirely.
Incoming alternating current is converted to direct current to charge the battery bank and feed the inverter.
The internal inverter then regenerates a pristine, noise-free alternating current output for the equipment rack.
Because the inverter is permanently connected to the output load, utility outages cause zero transfer time.
Incoming alternating current is converted to direct current to charge the battery bank and feed the inverter.
The internal inverter then regenerates a pristine, noise-free alternating current output for the equipment rack.
Because the inverter is permanently connected to the output load, utility outages cause zero transfer time.
This comprehensive electrical isolation blocks power surges, line noise, frequency variations, and brownouts.
It acts as an active firewall against utility grid instability, ensuring smooth operational continuity for high-availability networks.
It acts as an active firewall against utility grid instability, ensuring smooth operational continuity for high-availability networks.
Technical Analysis of Power Density and Efficiency
The performance of an online UPS hinges on its internal power component capabilities.
A primary advantage of this EVI model is its high output power factor.
Legacy UPS hardware often featured a power factor of 0.7 or 0.8, meaning a 10000VA unit could only support up to 8000W.
With an advanced 1.0 power factor design, this unit handles a true active workload of 10000W.
A primary advantage of this EVI model is its high output power factor.
Legacy UPS hardware often featured a power factor of 0.7 or 0.8, meaning a 10000VA unit could only support up to 8000W.
With an advanced 1.0 power factor design, this unit handles a true active workload of 10000W.
This optimization minimizes energy loss inside the internal rectifier and inverter modules.
Less wasted energy directly reduces operational heat dissipation within standard server enclosures.
It relieves structural strain on local server room cooling and air conditioning configurations.
The compact rack-mount chassis preserves valuable vertical space for additional processing and storage arrays.
Less wasted energy directly reduces operational heat dissipation within standard server enclosures.
It relieves structural strain on local server room cooling and air conditioning configurations.
The compact rack-mount chassis preserves valuable vertical space for additional processing and storage arrays.
Key Technical Specifications
The EVI 10000VA UPS maximizes output density within a compact, rack-optimized form factor.
The system uses automated internal bypass mechanisms to maintain load power even during maintenance events.
The system uses automated internal bypass mechanisms to maintain load power even during maintenance events.
- Power Capacity: 10000VA total apparent power.
- Active Power: 10000W total real power output.
- Power Factor: 1.0 unity efficiency ratio.
- Form Factor: Heavy-duty rack-mount chassis configuration.
- Topology: True online double-conversion technology.
- Phase Configuration: Single-phase input and single-phase output.
