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Solar Inverter

30kw Ausxol Inverter

30kw Ausxol Inverter – Powering Commercial & Industrial Solar Systems

The AusXol 30kW Inverter is a high-performance, three-phase grid-tied inverter designed for large-scale commercial and industrial solar installations. With 98.2% peak efficiency and IP65 protection, it delivers reliable, weather-resistant operation for maximum ROI.

Key Features:

30kw Ausxol InverterUltra-High Efficiency – Up to 98.2% conversion efficiency, reducing energy loss.
 Robust Build – IP65-rated for dust/water resistance (ideal for harsh climates).
Smart Monitoring – Remote management via Wi-Fi/4G & AusXol Cloud.
Wide Compatibility – Works with 500W+ high-power solar panels (Trina, Jinko, Longi).
Safety Certified – Anti-islanding, surge protection, and PID recovery.

Technical Specifications:

  • Rated Power: 30kW

  • Max Efficiency: 98.2%

  • MPPT Range: 450V–850V

  • Input Strings: 4 (dual MPPT)

  • Protection: IP65, anti-PID, AFCI

  • Warranty: 10 years (extendable)

Ideal For:

  • Warehouses & factories

  • Shopping centers

  • Large farms & agribusiness

  • Solar farms & commercial rooftops

Upgrade to industrial-grade solar power with AusXol! [Request a Quote]

Customization Tips:

  • Local incentives? Add: “Eligible for [STC rebates/state incentives].”

  • Battery-ready? Mention: “Hybrid-ready for future battery storage expansion.”

  • Competitor comparison? Add: *”Higher surge capacity than Huawei/Sungrow 30kW models.”*

Overview

A 30kW Ausxol Inverter is a substantial power conversion device designed primarily for commercial and industrial solar installations, or for large-scale off-grid and hybrid systems. With a capacity of 30,000 watts, it is built to handle significant energy production and consumption, making it unsuitable for typical residential use.

Key Specifications (Typical for a 30kW Class Inverter)

  • Rated Power Output (AC): 30,000 Watts (30 kW)

  • Output Phases: Three-Phase (3φ). This is almost a certainty for a unit of this size, as it’s designed to balance loads on commercial electrical systems.

  • Nominal AC Voltage: Typically 400V / 380V (for 3-phase markets like Europe, Australia, Asia), or potentially 480V (for North America). This must match the local grid or generator supply.

  • DC Input Voltage (MPPT Range): A wide range, e.g., 500V – 850V or higher. A high DC input voltage is more efficient for systems of this scale.

  • Maximum DC Input (PV Power): Often allows for oversizing the solar array (e.g., up to 36-40 kWp) to account for real-world losses and ensure the inverter operates at its peak for more hours of the day.

  • Number of MPPT Trackers: Usually 2 or more independent MPPT (Maximum Power Point Tracking) inputs. This allows the solar array to be split into separate strings facing different directions or at different tilts, without a significant loss in overall efficiency.

  • Peak Efficiency: Typically very high, around 97% – 98.5%. Even a fraction of a percent represents a significant amount of saved energy at this power level.

Key Features (What to Expect)

  1. Robust Construction: Built with heavy-duty components to handle continuous high-power operation.

  2. Advanced Cooling: Large, temperature-controlled fans to manage heat dissipation. The fan noise can be substantial.

  3. Communication & Monitoring:

    • Standard Ports: Built-in Ethernet, Wi-Fi, and/or RS485 for connectivity.

    • Monitoring Platform: A proprietary online portal or app (e.g., “Ausxol Cloud”) to monitor energy production, system health, and faults in real-time.

  4. Grid Management Functions: For on-grid models, features like power factor correction (PFC), low-voltage ride-through (LVRT), and adjustable power export limiting are common to meet grid operator requirements.

  5. Hybrid Functionality (Possible): Some models in this class may offer hybrid capabilities, allowing for integration with a battery storage system. This would require a separate, compatible battery bank and likely an external charge controller.

  6. Protection Features: Comprehensive suite including DC and AC surge protection, anti-islanding, ground fault detection, over/under voltage and frequency protection, and overtemperature protection.

Common Applications

A 30kW inverter is used in scenarios requiring substantial power:

  • Commercial Rooftops: Factories, warehouses, office buildings, agricultural barns.

  • Small and Medium Enterprises (SMEs): Retail stores, workshops, hotels.

  • Large Off-Grid Systems: For remote communities, industrial sites, or large farms, often paired with a diesel generator and a large battery bank.

  • Solar Farms: As a single unit in a larger multi-inverter utility-scale project.

Advantages of a 30kW Ausxol Inverter

  • Cost-Effectiveness: Brands like Ausxol often compete on price, offering a lower upfront cost per watt compared to premium brands like Fronius, SMA, or SolarEdge.

  • Sufficient Power: Ideal for businesses looking to offset a large portion of their electricity bill.

  • Scalability: Can be part of a multi-inverter setup for even larger systems.

Potential Considerations & Drawbacks

  • Brand Reputation & Support: The primary consideration. A lesser-known brand may have:

    • Shorter Warranty Period (e.g., 5-10 years vs. 10-25 years from premium brands).

    • Less Reliable Customer Support and a less established network of certified installers and repair technicians.

    • Uncertain Long-Term Reliability and potential for higher failure rates.

  • Lower Residual Value: The system may add less value to a property compared to one using a top-tier inverter brand.

  • Less Sophisticated Software: The monitoring platform and firmware updates might be less refined or updated less frequently.

Summary

In essence, a 30kW Ausxol Inverter is a capable, three-phase workhorse designed for commercial solar projects where the initial purchase price is a primary driver. It will perform the fundamental task of converting DC solar power to AC power efficiently.

However, the decision to choose it over a more established brand should be a calculated one. The potential savings must be weighed carefully against the risks of potentially lower long-term reliability, shorter warranty, and less robust customer support. It is absolutely crucial to:

    • Verify the specific model’s certifications for your country.

    • Ensure a qualified installer is familiar with the product.

For More Details Contact us on 0304-1111-988

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