Product Specification

150kW 240V High-Leg Delta Hybrid Inverter - Industrial Power Hub

High-Performance Energy Conversion Platform

This 150kW hybrid inverter delivers industrial-grade three-phase power with split-phase flexibility, specifically engineered for large-scale microgrids and energy-intensive facilities. Featuring up to four MPPT trackers and 420-850V battery integration, it achieves 98.5% peak efficiency while supporting parallel configurations for megawatt-scale deployments.

Key Differentiators from 100kW Model

1. 50% Higher Power Output - 150kW continuous (165kVA peak) for heavy industrial loads

2. Enhanced Solar Capacity - Up to 240kW PV input for larger solar arrays

3. Advanced Thermal Management - Optimized cooling system for 24/7 operation

Technical Advantages

1. Industrial Voltage Architecture

• 240V high-leg delta with split-phase output
  *Technical note: Proprietary phase-balancing algorithm maintains <1% voltage imbalance while simultaneously delivering three-phase 240V and 120V single-phase power.*

• 192-276V wide input range
  *Technical note: DSP-controlled voltage regulation with ±1% accuracy and <20ms response to grid disturbances.*

2. Advanced Solar Harvesting

• 2-4 MPPT trackers (120-240kW capacity)
  Technical note: Independent maximum power point tracking per channel reduces mismatch losses by 35% in partially shaded arrays.

• 1,000V DC input with 250-850V MPPT range
  *Technical note: Cold-start capability at 150V with 1,200V surge protection for harsh environments.*

3. Utility-Scale Battery Integration

• 420-850V battery voltage range
  Technical note: Integrated battery health monitoring tracks impedance changes (±2% accuracy) for predictive maintenance.

• 240kW max charging power
  *Technical note: Adaptive 4-stage charging (bulk/absorption/float/equalization) with temperature compensation.*

4. Rugged Industrial Design

• -30°C cold-start with 55°C continuous operation
  *Technical note: Military-grade components rated for 100,000+ hours MTBF in extreme conditions.*

• IP20 enclosure (IP65 optional)
  Technical note: Corrosion-resistant coating on all external components for coastal installations.

Technical Specifications

(Refer to Section 2 for complete specifications table)

Target Applications

● Heavy Industry

• Steel mill arc furnaces
  *Technical note: Handles 200% short-term overloads during electrode strikes with <3% voltage dip.*

• Aluminum smelting operations
  Technical note: Maintains stable power quality for potline operations.

● Energy Infrastructure

• Microgrid primary control
  *Technical note: 16-unit parallel support with <5ms synchronization for seamless load sharing.*

• Peaker plant replacement
  Technical note: 500ms black start capability for grid resilience.

● Large Commercial

• Data center backup systems
  Technical note: <20ms transition time meets Tier IV uptime requirements.

FAQ

Q: How does this compare to using multiple 100kW units?
*A: Reduces balance-of-system costs by 30% with centralized control while providing 33% more MPPT channels for complex solar fields.*

Q: What SCADA protocols are supported?
A: Native support for DNP3, IEC 61850, and Modbus TCP for utility integration.

Q: Can it island during grid failures?
*A: Yes, with <20ms transition time and 51/81 protection relay emulation.*

Installation Requirements

⚠ Electrical

• 600A minimum disconnect

• 3/0 AWG copper conductors (90°C rating)

• Dedicated neutral-ground bond

⚠ Structural

• 1,500kg floor load capacity

• 1m service clearance

Product Attributes