Advanced Hybrid Inverter Technology for Maximum Solar Performance Key Performance Highlights
The Yorker Pro 6.5kW Single-Phase Hybrid Solar Inverter is designed for homes with higher energy demands, delivering reliable solar power, intelligent battery management and stable backup performance. Supporting up to 9000W of solar input and equipped with a 130A charge controller, it helps maximize solar energy production while ensuring efficient power distribution. Its IP54-rated design protects internal components from dust and water splashes, providing dependable operation and long-term durability.
Designed for Residential Hybrid Systems
The Yorker Pro 6.5kW Single-Phase Hybrid Inverter intelligently manages solar power, battery storage and utility electricity within a single system. It automatically prioritizes available energy sources to reduce grid dependence, lower electricity costs and provide uninterrupted power during load shedding or power outages. Compatible with both lithium and lead-acid batteries, it offers a flexible and efficient energy solution for modern homes.
Real-Time Monitoring and Easy System Control
Monitor your solar energy system anytime through the Solar of Things monitoring platform. The Yorker Pro 6.5kW Hybrid Solar Inverter provides real-time visibility of solar generation, battery status, household energy consumption and overall system performance. With easy access to key energy data, homeowners can optimize energy usage, improve system efficiency and maximize savings.
YORKER PRO 6.5KW
HYBRID SOLAR INVERTER
High Performance. Maximum Efficiency.
Power & Performance
Warranty
Inverter Unit: Standard product warranty as per Crown Solar Energy policy
- (Terms & conditions apply)
Support Coverage: Backed by Crown Solar Energy's nationwide service and technical support network
- View Warranty DetailsComing soon
Resources
Compare Models: Explore other hybrid inverters in the Yorker Hybrid Inverter Series
Important Information: Product specifications may vary based on system configuration and installation conditions.
Performance: Performance depends on solar input, battery selection and grid availability.
Monitoring: Remote monitoring features require compatible internet connectivity and supported devices.
Battery: Battery performance and backup duration depend on load usage and battery capacity.