ET80K HV 480v 80kva industrial ups for manufacturing plants
Industrial UPS | 80kVA / 64kW | 3 Phase | 480V Wye Systems | Support VRLA battery or LiFePO4 battery
Modern manufacturing plants depend heavily on stable electrical power. CNC machines, PLC systems, robotic production lines, industrial automation equipment, and precision testing instruments are highly sensitive to voltage fluctuations, frequency instability, and sudden power outages.
Even a short interruption lasting less than one second can result in:
- Production downtime
- Damaged raw materials
- PLC communication failure
- Motor control errors
- Data loss
- Equipment shutdown
- Significant financial losses
For factories operating 24/7, power continuity is no longer optional. A high-performance 80kVA industrial UPS system becomes a critical part of the plant power infrastructure.
Prostar ET80K HV 80kVA Industrial UPS 480V is designed specifically for harsh industrial environments where reliability, load adaptability, and electrical isolation are essential.
What is the ET80K HV 80kVA Industrial UPS?
Prostar ET80K HV is a 3-phase 480V online double-conversion UPS designed for industrial manufacturing plants requiring stable power for heavy electrical loads. It is designed for 480V industrial manufacturing environments where power interruptions can cause production line downtime.
Common Power Problems in Manufacturing Plants
Industrial facilities often face more severe electrical conditions than commercial buildings.
Typical power issues include:
Voltage Sags and Surges
Large motors, compressors, and welding machines can create sudden voltage drops or spikes.
Harmonic Distortion
Variable frequency drives (VFDs) and nonlinear loads generate harmonics that affect sensitive equipment.
Frequent Power Interruptions
Unstable utility grids or generator switching can interrupt production processes.
High Inrush Current
Industrial machinery often creates heavy startup currents that overload ordinary UPS systems.
Electrical Noise
EMI and transient interference may affect control systems and industrial communication networks.
A conventional office UPS is usually unable to handle these conditions reliably.
Why Commercial UPS Systems Fail in Industrial Applications
Many standard UPS systems are designed primarily for office IT environments rather than industrial manufacturing.
Typical weaknesses include:
- Poor overload capability
- Weak motor load adaptability
- No galvanic isolation
- Limited tolerance for harsh environments
- Insufficient short-circuit protection
- Reduced reliability under high ambient temperatures
Manufacturing plants require a 80kVA industrial UPS engineered specifically for industrial electrical conditions.
ET80K HV 80kVA Industrial UPS Solution
The ET80K HV 480V Industrial UPS is a true online double-conversion UPS developed for mission-critical industrial applications.
It delivers clean and uninterrupted power for manufacturing facilities operating under demanding electrical conditions.
What happens
Plant generator engages. Mechanical governor takes 3-5 seconds to stabilize frequency between 58-62 Hz. Commercial UPS sees ±3 Hz deviation, declares utility “unacceptable,” and runs on battery until depleted.
ET80K HV 80kVA Industrial UPS Solution
Programmable frequency tolerance up to ±10 Hz plus a dedicated “Generator Mode” that widens acceptance windows while maintaining full double-conversion protection. No battery drain during generator ramp-up.
Built-in Galvanic Isolation Transformer
One of the most important advantages of the ET80K HV industrial UPS is its built-in galvanic isolation transformer. This feature provides complete electrical isolation between the utility input and the critical load.
Why Isolation Matters
Industrial environments commonly experience:
- Ground loop problems
- Electrical noise
- Common mode interference
- Harmonic disturbances
Benefits
- Protection against electrical noise and transient surges
- Improved load safety in industrial environments
- Reduced common-mode interference
- Enhanced compatibility with sensitive manufacturing equipment
- Better grounding performance for industrial automation systems
The galvanic isolation design is especially valuable for:
- CNC machinery
- PLC control systems
- Robotics production lines
- Industrial automation equipment
- Semiconductor manufacturing systems
- Oil and gas facilities
- Chemical processing plants
True Online Double Conversion Technology
The ET80K HV uses online double-conversion architecture to continuously regulate power quality.
The UPS converts incoming AC power into DC and then reconstructs a completely stable AC output.
This architecture eliminates:
- Voltage fluctuation
- Frequency instability
- Transfer switching delay
- Utility disturbances
As a result, sensitive industrial equipment always receives stable and pure sine wave power.
Advantages include:
- Zero transfer time
- Stable output voltage and frequency
- Complete isolation from utility disturbances
- Harmonic filtering
- Protection against:
- Voltage sag
- Voltage surge
- Frequency instability
- Brownouts
- Blackouts
- Electrical noise
Cold Start Capability
The ET80K HV 80kVA industrial UPS supports Cold Start Capability, allowing the UPS to start directly from battery power without utility input.
This function is extremely important during:
- Complete grid failures
- Emergency maintenance
- Remote industrial site operations
- Critical startup procedures
- Black start industrial applications
With cold start functionality, manufacturing plants can safely initialize critical systems even when utility power is unavailable.
Rugged Industrial Design
Industrial environments can be extremely challenging for electronic equipment.
The ET80K HV 80kVA industrial ups is designed with a rugged industrial structure suitable for:
- Dusty environments
- High-temperature conditions
- Heavy electrical interference
- Continuous operation environments
Its robust design improves long-term operational reliability and reduces maintenance risk.
Applications
| Application | Fit Level | Why? |
| Welding robots (servo-driven) | Excellent | Handles regenerative energy from deceleration. |
| Conveyor systems (multiple motors) | Excellent | 150% overload for 10min supports staggered starts. |
| CNC machining centers | Good | Clean 480V output eliminates spindle controller faults. |
| HVAC for cleanrooms | Moderate | Use with soft-starters; not direct-DOL starters >50HP. |
| Lighting / office loads | Overkill | Use a cheaper 120/208V UPS. |
Parameters
| Model | ET80K HV |
| UPS Capacity | 80kVA / 64kW |
| Input Info | 480V AC @ 50Hz/60Hz |
| Output Info | 480V AC @ 50Hz/60Hz |
| UPS Topology | Online Double Conversion |
| Transformer | Built-in Galvanic Isolation Transformer |
| Startup Function | Cold Start Supported |
| Communication | RS232 / RS485 / Modbus / SNMP / USB |
| Overload Capacity | 110% (60 min), 125% (10 min), 150% (1 min) |
| Battery Type | VRLA / Lithium-ion |
| Application Environment | Industrial Manufacturing Plants |
| Protection Level | Industrial Grade |
LCD Display Show
Real-Time High Voltage Lithium Battery Monitoring
For manufacturing plants using lithium battery energy storage systems, battery visibility is just as important as UPS reliability.
The ET80K HV 80kVA industrial UPS supports communication with high-voltage lithium battery systems through CAN Bus or RS485 protocols. By exchanging data with the BMS, the UPS can display real-time battery information directly on its LCD touchscreen.
This enables maintenance personnel to monitor battery health, identify abnormal cells, and prevent unexpected downtime.
Battery Group Overview Screen
The battery group information page provides a complete overview of the battery system.
Key parameters include:
| Parameter | Description |
| Total Voltage | Total battery pack voltage |
| Total Current | Charging or discharging current |
| SOC | State of Charge |
| SOH | State of Health |
| Battery Status | Charge, Discharge, Standby |
| Fault Codes | BMS alarm and protection information |
For example:
Total Voltage: 512V
SOC: 82%
SOH: 98%
Status: Discharging
These values help operators quickly evaluate battery condition and remaining backup runtime.
Individual Cell Monitoring Screen
The Individual Cell Information page displays detailed voltage and temperature data for each battery cell.
Prostar 3 phase online UPS can display:
- Cell Voltage (mV)
- Cell Temperature (°C)
- Maximum Cell Voltage
- Minimum Cell Voltage
- Voltage Difference Between Cells
- Highest Temperature
- Lowest Temperature
This feature helps maintenance teams detect:
- Cell imbalance
- Over-voltage conditions
- Under-voltage conditions
- Over-temperature events
- Battery aging
before they become critical failures.
Why Cell-Level Monitoring Matters
In large manufacturing plants, a high-voltage lithium battery bank may contain:
- 96 cells
- 128 cells
- 160 cells
- 192 cells
Even a single abnormal cell can reduce the performance of the entire battery system.
By continuously monitoring individual cell data, the ET80K HV UPS helps improve:
- Battery safety
- System reliability
- Predictive maintenance
- Battery service life
- Production continuity
FAQ
What makes an industrial UPS different from a standard UPS?
Why is galvanic isolation important in manufacturing plants?
Can Prostar ET80K HV online UPS support heavy industrial loads?
What is the benefit of cold start capability?
Can the ET80K HV UPS Monitor Individual Lithium Battery Cells?
Can the ET80K HV 80kVA industrial UPS run on a generator?
What battery voltage is required for this factory power protection system?
Is this 480V three phase UPS system suitable for CNC machines?
What is the transfer time of this 80kVA industrial UPS?
Can multiple ET80K HV units run in parallel as a factory power protection system?
What is the overload capacity of this 480V three phase UPS system?
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| Model | ET80K HV |
| Capacity | 80KVA/64KW |
| Topology | Double conversion online |
| Noise | < 65dB from side 1M |
| Dimension(WxDxH mm) | 1010x700x1600 |
| Weight(Kgs) | 735 |
| INPUT | |
| Nominal Voltage | 480Vac, 3P+N+PE |
| Voltage Range | 384 – 576Vac |
| Rated Frequency | 50Hz/60Hz (Automatically) |
| Frequency Range | 40Hz – 70Hz |
| Power Factor | ≥0.95 |
| Input Current Limit | 1.25 x rated input current (settable from 0.1 to 1.25) |
| THDi | < 3% at full load |
| OUTPUT | |
| Output Rated Voltage | 480Vac, 208Vac/220Vac |
| Voltage Regulation | ± 1% |
| Frequency | Mains mode: synchronized with bypass input |
| 50Hz/60Hz±0.01%(By Battery) | |
| THDu | <2% at 100% liner load, <5% at 100% non-liner load |
| Overload Capacity | 105-110%: 60 mins, 110-125%: 10 mins, 125-150%: 1 min, >150%: 200ms |
| Crest Factor | 3:1 |
| Wave Form | Pure sine wave |
| Transfer Time | 0ms |
| ECO MODE | |
| Bypass Output Voltage Range | Upper limit: default 5% (adjustable 5%/10%/15%) |
| Lower limit: default 5% (adjustable 5%/10%/15%) | |
| Bypass Output Frequency Range | Default +/-2Hz (adjustable +/-1Hz, +/-2Hz, +/-3Hz) |
| EFFICIENCY | |
| Efficiency at full load(AC-AC) | > 93% |
| Efficiency at ECO Mode | > 98% |
| BATTERY | |
| Battery Type | Support VRLA battery or LiFePO4 battery option |
| Battery Voltage | 360Vdc default, 336-384VDC |
| Battery Charging Currency | Default 0.2C, adjustable from 0C to 5C depending on battery specification and configuration |
| SYSTEM | |
| Protection | Input over-voltage, under-voltage; output overload, shortcircuit; Inverter over-temperature; Battery under-voltage,over-voltage, fan failure |
| IP Level | IP31 |
| Parallel Number | Up to 8 units |
| Cooling Method | Forced air cooling (fans) |
| Display | 7-inch color LCD touch screen |
| Audible Alarm | Audible and visual alarms prioritized by fault severity |
| ENVIRONMENT | |
| Operating Temperature | 0℃ to 40℃ |
| Storage Temperature | -20℃ to 55℃ |
| Humidity | 0~95% (non-condensing) |
| Altitude | <1000m (with increase of 100m,it will reduce output of 1%) |
| COMMUNICATION | |
| Communication Interface | RS232,RS485, USB, Dry contact, EPO (option: battery temperature compensation) |
| Intelligent Slot | Support SNMP card / web interface for advanced remote monitoring, management, and network integration |
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