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Atess Solar All in One Inverter Smart Voltage 50Kw 3 Phase on Off Grid Control Ups Inverter

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Hybrid Power Management: 50kW 3-phase inverter for seamless grid-tied and off-grid operation in hybrid solar systems, enabling efficient energy storage and distribution.
  • High-Efficiency Conversion: 95%+ efficiency with pure sine wave output ensures reliable power delivery for critical applications, minimizing energy loss.

Key features

  • 1. Industrial-Grade Durability

  • With industrial-grade steel construction and advanced cooling systems, ensure reliable operation in harsh environments. ~30% more durable than traditional inverters*.

  • 2. User-Friendly Interface

  • With an intuitive digital display and control interface, monitor and adjust settings effortlessly. Outperforms models with basic analog controls*.

  • 3. High Efficiency & Power Output

  • With 95%+ efficiency, 50kW output, and 3-phase pure sine wave delivery, ensure energy efficiency and compatibility with industrial equipment. ~10% more efficient than standard inverters*.

  • 4. Versatile Hybrid Operation

  • With hybrid grid/off-grid operation, seamlessly adapt to commercial or industrial power needs. Ideal for high-demand settings like factories or solar farms*.

  • 5. Compliance with Safety Standards

  • With compliance to industrial safety and performance standards, ensure reliable operation. Certification details available upon request from the manufacturer*.

Product details

Atess Solar All in One Inverter Smart Voltage 50Kw 3 Phase on Off Grid Control Ups Inverter

The AESS HPS50 50kW hybrid inverter is a robust, three-phase power solution designed for hybrid solar systems. With 95%+ efficiency and pure sine wave output, it delivers reliable energy conversion for both grid-tied and off-grid applications. Its industrial-grade steel cabinet and advanced cooling system ensure durability in demanding environments, while its hybrid capability allows seamless integration with high-voltage (HV) batteries and renewable energy sources.

Technical specifications

FeatureSpecificationBenefit
Inverter Efficiency95%+Minimizes energy loss in solar setups
Hybrid OperationGrid-connected/off-grid compatibilityFlexible power management for any system
Output WaveformPure sine waveSafe for sensitive electronics
MaterialIndustrial-grade steel cabinetEnhanced durability and environmental resistance
Cooling SystemFront-panel ventilation grillesMaintains optimal performance under load
Power Handling50kW, 3-phase AC outputSupports high-demand industrial/commercial use

Customization guide

Adjustable parameters include output voltage range (200–500V) and frequency settings (50/60Hz) to meet specific grid requirements. The inverter’s HV battery compatibility allows customization for renewable energy storage systems.

Get inspired

With its hybrid flexibility and 95%+ efficiency, the HPS50 is ideal for solar farms, industrial facilities, or remote off-grid sites. Pair it with high-voltage batteries to maximize energy storage and reduce reliance on the grid.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Efficiency95%96% (+1%)97% (+2%)
MTBF (Reliability)50,000 hours60,000 hours (+20%)70,000 hours (+40%)
HV Battery Support400V max600V max (+50%)800V max (+100%)
Grid CompatibilityStandard gridsEnhanced grid syncSmart grid adaptive

Supplier's note

  1. Technical Breakthroughs:

    • 97% Efficiency (Pro Model): Reduces energy waste by 2% compared to Base, ideal for large-scale solar farms.
    • 800V HV Battery Support (Pro): Enables faster charging and higher energy density for EV charging stations.
    • Smart Grid Adaptive (Pro): Automatically adjusts output to match grid fluctuations, ensuring stable power supply.
  2. Version Selection Guidance:

    • Base Model: Suitable for residential or small commercial systems with standard grid infrastructure.
    • Advanced Model: Recommended for medium-scale industrial use requiring enhanced grid synchronization and 600V battery compatibility.
    • Pro Model: Best for high-demand applications like data centers or EV charging networks needing 800V support and adaptive grid management.

With the Pro’s 800V HV capability, you can deploy ultra-fast EV charging stations. With its 97% efficiency, you reduce operational costs by minimizing energy loss. The Advanced model’s 60,000-hour MTBF ensures reliability for 24/7 commercial operations.

Frequently asked questions

  • Which hybrid inverter is best for high-power commercial solar systems?

  • How to maintain the cooling system of a 50kW AESS HPS50 inverter?

  • Why choose a 3-phase hybrid inverter for off-grid industrial use?

  • What materials make the AESS HPS50 inverter durable for industrial environments?

  • Can the AESS HPS50 integrate with high-voltage battery systems?

  • How does the 95% efficiency of the HPS50 improve solar system performance?

  • Is the HPS50 suitable for both grid-tied and off-grid operations?

  • What safety features does the AESS HPS50 inverter include?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Inverter EfficiencyCommercial solar farms, industrial sitesIndustry Standard: 93% efficiency
Our Base: 95% efficiency
Our Advanced: ▲▲▲ 97% (IEC 61000-3-2)
Reduces energy loss by 4% (vs. standard), lowers operational costsAdvanced models require premium pricing (+20% cost)
Power OutputLarge residential complexes, data centersIndustry Standard: 45kW peak
Our Base: 50kW (IEC 62109-2)
Our Advanced: ▲▲ 55kW surge capacity
Handles high-demand loads (e.g., HVAC systems)Base model may underperform in extreme climates
Grid/Off-Grid CompatibilityHybrid solar systems, remote areasIndustry Standard: Manual switching
Our Base: Auto-switching (IEEE 1547)
Our Advanced: ▲▲▲ Seamless hybrid mode
Eliminates downtime during grid outages (tested to 5ms response time)Requires专业 installation for advanced features
Waveform QualitySensitive equipment (e.g., servers)Industry Standard: Modified sine wave
Our Base: Pure sine wave (IEC 61000-3-2)
Our Advanced: ▲▲ 0.3% THD
Protects high-end electronics from voltage fluctuationsPure sine wave increases upfront cost by 15%
Cooling SystemIndustrial environments, hot climatesIndustry Standard: Passive cooling
Our Base: Active fan cooling
Our Advanced: ▲▲ Liquid-cooled (ISO 14508)
Maintains 98% performance at 50°C (vs. 85% for passive systems)Liquid-cooled models add 20% weight, requiring reinforced mounting
Weight & PortabilityMobile energy solutions, disaster reliefIndustry Standard: 80kg+
Our Base: 65kg (lightweight steel)
Our Advanced: ▲▲ 55kg (aluminum alloy)
Easier transport (reduces labor by 30%)Advanced materials increase vulnerability to physical impacts

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