11kw 48V Phoenix Svc Hybrid Inverter -11000w 150a MPPT Versatile Battery

The Phoenix SVC 11kW 48V Hybrid Solar Inverter represents a high-performance, intelligent power management hub for your solar energy system. This robust inverter integrates a powerful 11000W pure sine wave inverter, a high-efficiency 150A MPPT (Maximum Power Point Tracking) solar charge controller, and versatile battery compatibility. Designed for 48V battery systems, it’s an ideal solution for large residential homes, commercial establishments, and demanding off-grid applications requiring substantial power. Experience seamless energy flow, optimize your solar investment, and achieve greater energy independence with the Phoenix SVC Hybrid Solar Inverter.   

Features:

• High-Capacity 11000W Pure Sine Wave Inverter: Delivers clean, stable AC power capable of running a wide range of high-power appliances and sensitive electronics, including heavy-duty machinery and complex systems.   
• 48V Battery System Compatibility: Engineered for optimal performance with 48V lead-acid and lithium-ion battery banks, offering flexibility in your energy storage selection.   
• High-Efficiency 150A MPPT Solar Charge Controller: Maximizes energy capture from your solar panels, ensuring rapid and efficient charging of your battery bank, even under challenging irradiance conditions. The high current rating supports large solar arrays.   
• Versatile Battery Compatibility: Offers extensive customization options for charging parameters, making it compatible with a wide array of 48V battery types, including flooded, AGM, GEL, and various lithium-ion chemistries with user-defined voltage settings.   
• Intelligent Hybrid Operation: Seamlessly manages power flow between solar panels, battery bank, AC grid (or generator), and connected loads, optimizing energy utilization and ensuring a stable power supply.   
• Intuitive LCD Display: Provides comprehensive, real-time monitoring of system performance, including detailed solar input data, battery voltage and current, AC output power, operating modes, and advanced fault diagnostics. User-friendly navigation facilitates easy setup and monitoring.   
• Multiple Programmable Operating Modes: Offers a wide range of customizable operating modes, including solar priority, grid priority, battery priority, grid-tie with battery backup (for self-consumption or time-of-use optimization), and pure off-grid operation, allowing you to tailor the system’s behavior to your specific energy needs and grid conditions.
• Comprehensive Protection Features: Incorporates robust protection mechanisms against overload, short circuit, over-voltage, under-voltage, over-temperature, and reverse polarity, safeguarding the inverter, battery bank, and connected loads.   
• Temperature Compensation: Automatically adjusts battery charging parameters based on ambient temperature, ensuring optimal charging efficiency and maximizing battery lifespan in various climates.
• Generator Input Compatibility: Designed for easy integration with a generator, providing a reliable backup power source during extended periods of low solar generation or high energy demand.
• Advanced User Configuration: Offers extensive user-adjustable settings for charging and discharging parameters, AC output voltage and frequency, load priorities, and communication protocols, allowing for fine-tuning the system for specific applications.

Applications:

The Phoenix SVC 11kW 48V Hybrid Solar Inverter is an ideal solution for demanding power applications, including:

• Large Residential Homes with High Energy Consumption: Powering entire households with numerous appliances, HVAC systems, and electric vehicle charging.
• Small to Medium-Sized Commercial Establishments: Providing reliable power for offices, shops, workshops, and restaurants, reducing operational costs and ensuring business continuity during outages.
• Large Off-Grid Solar Systems: Powering remote communities, resorts, and agricultural operations with significant energy demands.   
• Grid-Tied Systems with Substantial Battery Backup: Ensuring whole-facility backup power for critical loads during prolonged grid interruptions.
• Maximizing Solar Self-Consumption in Commercial Buildings: Storing large amounts of solar energy for use during peak demand and nighttime hours, significantly reducing energy expenses.
• Industrial Backup Power Systems: Providing reliable backup power for essential equipment and processes in industrial settings.
• Large Telecommunication and Data Centers (Small Scale): Ensuring uninterrupted power supply for critical infrastructure.
• Large Recreational Vehicles (RVs) and Marine Vessels: Powering extensive onboard systems and appliances for comfortable and independent off-grid living.