About 15 kW Hybrid Inverter + 15 kWh BESS
Ensure zero downtime for your large home or workspace. This robust inverter and storage combo is designed to power up to 3 ACs, 2 refrigerators, and all your lighting needs. Providing 3 hours of backup power, this system protects your sensitive appliances and keeps your environment comfortable during unexpected failures.
Versatile Hybrid Energy SolutionDesigned to integrate solar, grid, and diesel generators seamlessly, this hybrid inverter system ensures continuous power supply and optimal energy management. Its flexible operation modes support both on-grid and off-grid scenarios, making it suitable for varied energy demands in households, businesses, or microgrids.
Advanced Protection and LongevitySafety and durability are prioritized with multiple protections including overload, short circuit, over/under voltage, surge, reverse polarity, and comprehensive battery management (BMS). The smart forced air cooling and modular metal construction maintain system integrity in temperatures ranging from -20C to 60C, extending the life and performance of the battery system.
Effortless Operation and MonitoringAn intuitive LCD touchscreen and remote connectivity through Wi-Fi, RS485, CAN, or Ethernet make controlling and monitoring your energy system straightforward. Inbuilt MPPT, anti-islanding, load management, and customizable cable lengths further simplify installation, operation, and ongoing maintenance.
FAQ's of 15 kW Hybrid Inverter + 15 kWh BESS:
Q: How is the 15 kW Hybrid Inverter + 15 kWh BESS installed and where can it be placed?
A: This system is designed for flexible installation, supporting both floor-mounted and wall-mounted setups to suit diverse application spaces. Its compact modular design allows it to fit in utility rooms, basements, garages, or dedicated equipment areas, suitable for residential, commercial, or industrial environments.
Q: What are the main benefits of using a hybrid inverter with lithium or LFP batteries?
A: Employing a hybrid inverter with Li-ion or LFP batteries ensures high efficiency (>97%), long cycle life (>6000 cycles at 80% DOD), and robust safety features. This results in lower maintenance, reduced energy costs, reliable backup during outages, and the ability to maximize renewable energy usage.
Q: How does the system switch between grid, solar, and generator power sources?
A: The hybrid inverter features automatic and manual switching modes. It intelligently prioritizes solar, then grid, and finally diesel generator input, ensuring seamless power delivery based on availability and demand, making energy management effortless and reliable.
Q: What kind of monitoring and control options are available?
A: Users can monitor and control the system both locally via the LCD touchscreen and remotely using Wi-Fi, RS485, CAN, or Ethernet communications. Remote monitoring enables real-time performance checks, diagnostics, and system adjustments from any location.
Q: When is maintenance required, and what does it involve?
A: Thanks to its low maintenance design, only basic periodic checks are necessary-mainly visual inspection of connections, ensuring airflow for cooling, and confirming firmware updates. The Battery Management System (BMS) and protective circuits reduce the need for frequent interventions.
Q: What type of protection features are built into the inverter and battery system?
A: The system incorporates multiple protection layers: overload, short circuit, over/under voltage, surge, reverse polarity, and comprehensive BMS. These features protect equipment from electrical faults and extend system life.