LIT Energy LIT-PHS4K Series All-in-One Flexible Inverter

LIT Energy LIT-PHS4K Series All-in-One Flexible Inverter

Take complete command of your solar footprint with the highly adaptive LIT Energy LIT-PHS4K Series All-in-One Flexible Inverter system. Specially designed for single-phase configurations requiring high design flexibility, this hybrid solution features a highly wide battery voltage range and an intelligent self-adapting Battery Management System (BMS) that responds dynamically to varying operational loads.

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Description

Key Product Highlights

  • Ultra-Wide Battery Flexibility: Compatible with high-voltage battery arrays spanning an ultra-wide 80V to 500V range.

  • Rapid Charge & Discharge Rates: Supports powerful 60A maximum charging and discharging currents to minimize down-time and cycle rapidly.

  • Self-Adapting BMS Integration: Advanced system logic uses automatic self-adaptation algorithms to communicate directly with the lithium battery management system.

  • Deep Discharge Capability: Safely engineered to accommodate up to a 90% Depth of Discharge (DoD) to squeeze maximum usable runtime out of your stored energy reserve.

  • Weatherproof Enclosure Suite: Completely sealed inside an IP66 structural housing that resists heavy water jets and airborne dust contamination.

 

Technical Specifications

  • Power Configuration Models: LIT-PHS4K-H8 (8KW Max PV Input) | LIT-PHS4K-H12 (12KW Max PV Input) | LIT-PHS4K-H24 (16KW Max PV Input).

  • Maximum Solar Array DC Input: Supports a massive maximum input voltage boundary of 600V.

  • Battery Chemistry Base: Lithium Iron Phosphate (LFP) technology.

  • Long-Term Performance Guarantee: Features a structural cycle life design exceeding 6,000 cycles for dependable multi-decade infrastructure support.

  • Hardware Profile: Transformerless topological design packed into a sleek 25 kg compact layout measuring 507 x 522 x 194 mm.

  • Smart System Cooling: Dual-action engineering utilizes both a smart fan and natural convection mechanisms to ensure uniform internal temperature metrics.

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