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  • ATESS PCS100 Bidirectional Battery Hybrid Inverter 100kw PV Solar Power Inverter With Inbuilt Transformer
  • ATESS PCS100 Bidirectional Battery Hybrid Inverter 100kw PV Solar Power Inverter With Inbuilt Transformer
  • ATESS PCS100 Bidirectional Battery Hybrid Inverter 100kw PV Solar Power Inverter With Inbuilt Transformer
  • ATESS PCS100 Bidirectional Battery Hybrid Inverter 100kw PV Solar Power Inverter With Inbuilt Transformer
  • ATESS PCS100 Bidirectional Battery Hybrid Inverter 100kw PV Solar Power Inverter With Inbuilt Transformer
  • ATESS PCS100 Bidirectional Battery Hybrid Inverter 100kw PV Solar Power Inverter With Inbuilt Transformer
ATESS PCS100 Bidirectional Battery Hybrid Inverter 100kw PV Solar Power Inverter With Inbuilt Transformer

ATESS PCS100 Bidirectional Battery Hybrid Inverter 100kw PV Solar Power Inverter With Inbuilt Transformer

  • 1 - 4 Sets
    $13,500
  • >= 5 Sets
    $13,200

Customization:

Customized logo(Min.Order: 1 pieces)
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Customized Solution(Min.Order: 1 pieces)

ATESS PCS100 Bidirectional Battery Hybrid Inverter 100kw PV Solar Power Inverter With Inbuilt Transformer

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Bidirectional Power Conversion: Enables seamless integration of solar energy and battery storage in hybrid systems, optimizing energy flow between renewable sources, grids, and loads.
  • High Efficiency (99.5%): Minimizes energy loss with advanced power conditioning, ensuring maximum output from solar inputs.
  • Three-Phase Output (400V): Delivers robust power for industrial and commercial applications requiring stable three-phase electricity.
  • Inbuilt Transformer: Simplifies installation and enhances grid compatibility, supporting both on-grid and off-grid configurations.

Key features

  • 1. Corrosion-Resistant Metal Construction

  • With a durable, industrial-grade metal body, ensure reliable operation in harsh outdoor environments such as solar farms or wind power installations.

  • 2. Intuitive Digital Interface & Real-Time Monitoring

  • With a touchscreen-like digital display and programmable controls, easily monitor energy output, adjust settings, and troubleshoot issues without specialized training.

  • 3. Industry-Leading 99.5% Efficiency

  • With 99.5% inverter efficiency, achieve ~20% higher energy output than standard inverters*, delivering more usable power from renewable sources.

  • 4. Modular Scalability for Hybrid Systems

  • Designed for hybrid solar systems, seamlessly integrate with batteries and the grid to provide uninterrupted power for residential, commercial, or industrial applications.

  • 5. Certified for Global Safety Standards

  • Complies with international safety and energy efficiency certifications, ensuring reliable operation in diverse environments while meeting regulatory requirements.

Product details

ATESS PCS100 Bidirectional Battery Hybrid Inverter 100kw PV Solar Power Inverter With Inbuilt Transformer

The ATESS PCS100 is a high-performance 100kW bidirectional hybrid inverter designed for solar and battery integration. Built with industrial-grade durability, it features a robust steel construction, advanced three-phase output (400V), and 99.5% efficiency for optimal energy conversion. Ideal for hybrid solar systems, it supports grid-tied, off-grid, and backup applications while ensuring seamless power management through its inbuilt transformer and intelligent control interface.

Technical specifications

FeatureSpecificationBenefit
Inverter Efficiency99.5%With minimal energy loss, maximize system ROI
Bidirectional FlowSupports grid-to-battery and vice versaFlexible energy storage and grid interaction
Hybrid CompatibilitySolar + Battery IntegrationOptimize renewable energy usage and backup
Output TypeThree-phase AC (400V)Grid-compliant for commercial/residential use
Rated Power100kWPowers large-scale solar arrays and battery banks
Safety ComplianceIEC/UL CertifiedEnsures reliability in harsh environmental conditions

Customization guide

Adjustable parameters include:

  • Power Output Ranges: Tailor output to match specific solar array sizes or battery capacities.
  • Voltage Adaptation: Configure voltage settings for regional grid requirements (e.g., 230V/400V).
  • Modular Scalability: Combine multiple units for larger installations (up to 500kW).

Get inspired

With the ATESS PCS100, design resilient solar + battery systems for commercial rooftops, industrial facilities, or off-grid communities. Its bidirectional capability ensures energy flows efficiently between solar panels, batteries, and the grid, while its 99.5% efficiency outperforms traditional inverters by reducing energy waste by over 20%.

Choose your model

ParameterBase Model (80kW)Advanced Model (100kW)Pro Model (120kW)
Rated Power80kW100kW (Standard)120kW
Efficiency98.2%99.5%99.5%
Grid Compatibility230V/50Hz400V/50-60Hz690V/60Hz
Safety CertificationsIEC 62109IEC 62109 + UL 1741IEC/UL + IP65

Supplier's note

  1. Technical Breakthroughs:

    • 99.5% Efficiency: Reduces energy loss by 15% compared to standard inverters, lowering operational costs.
    • Bidirectional Design: Enables real-time energy balancing between solar, batteries, and grids—unique in its class.
    • Inbuilt Transformer: Enhances safety and isolation, surpassing industry standards for harsh environments.
  2. Optimal Version Selection:

    • Base Model: Ideal for small-to-medium commercial sites (e.g., retail stores) requiring 80kW capacity.
    • Advanced Model (PCS100): Perfect for mid-sized solar farms or industrial complexes needing 100kW power and 400V grid compatibility.
    • Pro Model: Targets large-scale installations (e.g., factories) with high-voltage (690V) demands and extreme weather resilience.

With the Pro Model’s IP65 rating, you can deploy systems in coastal or dusty regions while maintaining 99.5% efficiency. Pair its high power output with bidirectional flow to create a microgrid that reduces reliance on the main grid by up to 40%.

Frequently asked questions

  • Which ATESS inverter model is best suited for large commercial solar installations requiring high power output?

  • How do I maintain the ATESS PCS100 inverter in harsh outdoor environments?

  • Why is steel preferred over aluminum for industrial inverters like the ATESS PCS100?

  • Can the ATESS PCS100 be customized for specific hybrid solar system configurations?

  • Is the ATESS PCS100 certified for safety and grid compliance?

  • How does the 99.5% efficiency of the PCS100 compare to standard inverters?

  • Is the ATESS PCS100 compatible with standard three-phase grid systems at 400V?

  • What advantages does the bidirectional functionality of the PCS100 offer for hybrid systems?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Inverter EfficiencyResidential/Commercial Solar Installations99.5% efficiency (IEC 61727) ▲▲ (Industry Standard: 98%)Reduces energy loss by 1.5%, lowering operational costs (ideal for high-demand commercial use).Higher upfront cost compared to standard inverters.
Three-Phase OutputIndustrial, Large-Scale Solar FarmsThree-phase AC output ▲ (Industry: Often single-phase for smaller systems)Supports heavy machinery and high-power loads (e.g., factories).Requires specialized installation expertise and grid compatibility checks.
Rated Power (100kW)Medium-Sized Solar Arrays, Commercial Buildings100kW (IEC 62109-1) ▲ (Industry: 50–80kW typical)Handles larger installations efficiently (e.g., office complexes).Overkill for small residential setups; may require larger inverters for distributed systems.
Hybrid Inverter TypeOff-Grid/On-Grid Hybrid SystemsAC-DC-AC conversion with battery support ▲ (Industry: Many are grid-tied only)Flexibility for energy storage and grid independence (ideal for remote areas).Complexity in setup and maintenance; requires battery management expertise.
Output Voltage (400V)European/Industrial Grids (400V Standard)400V output ▲ (Matches EU grid standards; Industry: 240V common in residential)Direct compatibility without step-up transformers (reduces installation costs).Not suitable for regions with different voltage norms (e.g., 220V in some countries).
Safety ComplianceIndustrial, Public Utility InstallationsCE, IEC 61000-3-2 compliance ▲ (Industry: Basic certifications common)Meets strict safety and grid injection standards (critical for public projects).Certification costs may increase price compared to non-compliant alternatives.

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