HAS-4018SCC (Hybrid) 4000VA/4000Watt/24VDC/230VAC Pure sine wave Power factor range: 0.9 lead–0.9 lag Battery independent design Enhance MPPT solar charge controller up to 6000 WATTS Maximum solar charge current 120A Battery equalization function to optimize battery performance and extend lifecycle
HAS-6020SCC IP66 (Hybrid) 6000VA/6000Watt/48VDC/230VAC Pure sine wave Power factor range: 0.9 lead–0.9 lag Battery independent design Enhanced MPPT solar charger controller up to 12000 WATTS Maximum solar charge current 120A Compatible with lithium ion battery Reserved communication port for BMS Communication Interface
The Homage HQS-1018SCC Grid-Tied PV Inverter is a high-performance 3-phase ON-grid solar inverter designed to maximize solar energy conversion and grid interaction. With advanced MPPT (Maximum Power Point Tracking) technology, it ensures optimal efficiency even under variable weather conditions. Its durable design supports stable, long-term operation with built-in protections like anti-islanding, overvoltage, and short-circuit safeguards. Smart monitoring options via Wi-Fi or RS485 interface allow remote performance tracking and diagnostics. Ideal for commercial or industrial installations, this inverter supports consistent power output and seamless grid compliance for reliable solar integration.
HAS-8518SCC (Hybrid) 8500VA/8500Watt/48VDC/230VAC Pure sine wave Power factor range: 0.9 lead–0.9 lag Battery independent design Enhance MPPT solar charge controller up to 13000 WATTS Maximum solar charge current 150A Battery equalization function to optimize battery performance and extend lifecycle
Power outages and energy shortages are no longer a challenge with the Homage HBS-6018SCC Apex Series Hybrid Solar Inverter. Designed for homes and businesses that demand high performance and uninterrupted power, this robust 9000-watt inverter offers reliable energy conversion, advanced solar charging features, and seamless hybrid functionality. It’s a complete solution for users who want to reduce their electricity bills and gain independence from the grid.
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