Power large loads with confidence using this high-capacity Crown Solar Energy Nexus Combo Deal, featuring an 8kW Single-Phase Hybrid Inverter (IP66) paired with a 5.12kWh Lithium Battery (51.2V 100Ah).
This combo is designed for users who require maximum power output, outdoor-ready protection, and reliable long-term solar backup.
The Nexus 8kW hybrid inverter comes with a robust IP66 protection rating, making it ideal for outdoor installations and harsh weather conditions. Paired with a high-voltage lithium battery, this system ensures stable energy storage, fast charging, deep discharge capability, and extended battery life.
Perfect for large homes, offices, shops, and commercial environments facing frequent load shedding.
8kW Crown Solar Nexus single-phase hybrid inverter (IP66)
5.12kWh lithium battery (51.2V 100Ah)
Smart MPPT technology for maximum solar efficiency
Outdoor-ready inverter, ideal for large homes & commercial loads
Product Specifications
Type
hybrid inverter + lithium battery
power rating
8kw
application
residential & commercial
inverter type
hybrid (solar + battery + grid)
mppt technology
yes
output waveform
pure sine wave
phase
single phase
protection rating
ip66 (outdoor & weather resistant)
smart features
intelligent energy management, battery priority, grid interaction
system voltage
48v
Product Details
Power large loads with confidence using this high-capacity Crown Solar Energy Nexus Combo Deal, featuring an 8kW Single-Phase Hybrid Inverter (IP66) paired with a 5.12kWh Lithium Battery (51.2V 100Ah).
This combo is designed for users who require maximum power output, outdoor-ready protection, and reliable long-term solar backup.
The Nexus 8kW hybrid inverter comes with a robust IP66 protection rating, making it ideal for outdoor installations and harsh weather conditions. Paired with a high-voltage lithium battery, this system ensures stable energy storage, fast charging, deep discharge capability, and extended battery life.
Perfect for large homes, offices, shops, and commercial environments facing frequent load shedding.
