Solis 12kw 3-Phase on grid Solar Inverter S5 Dual MPPT DC

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Description:

Solis 12 kW 3-Phase On-Grid Solar Inverter S5 with Dual MPPT DC Capability is the most advanced solution in the field of photovoltaic conversion. With an excellent power capacity of 12 kW, it is tailored for large private or commercial installations. This three-phase inverter offers excellent efficiency and seamlessly integrates solar energy into the grid.

The integration of Dual MPPT DC (Maximum Power Point Tracking) technology optimizes energy harvesting from multiple solar arrays & improves overall system performance. Specifically designed to meet the needs of modern PV systems, Solis 12kW S5 offers users real-time monitoring & remote management capabilities, and easy access to system data for maintenance and performance tracking.

Guaranteed. Designed with innovation in mind, Solis 12kW 3-Phase On-Grid Solar Inverter S5 combines reliability with advanced features. The dual MPPT design allows the inverter to efficiently manage two separate solar arrays to adapt to changing solar radiation conditions and improve energy harvesting.

The S5 model features a user-friendly interface that allows intuitive settings and monitoring. Safety features such as overvoltage and overcurrent protection are built in to protect both the inverter and the connected solar panel. With its robust construction and compatibility with various grid standards, Solis 12kw 3-Phase on grid Solar Inverter S5 Dual MPPT DC offers a reliable and powerful solution for harnessing solar energy & contributing to a sustainable energy future.

Solis 12kw 3-Phase Features:

• 12kw power output for efficient solar energy conversion
• Dual MPPT design for optimal energy harvesting from multiple arrays
• High conversion efficiency for maximum power output and reduced energy loss
• 3-phase capability for seamless integration with existing electrical systems
• Reliable performance in various weather conditions
• Compact and lightweight design for easy installation
• Advanced monitoring and communication capabilities for real-time system monitoring
• Built-in protections for overvoltage, overcurrent, and overheating
• Grid-tied functionality for efficient energy usage and potential feed-in tariffs
• Compatible with a wide range of solar panel types and configurations

How to use or set up :

• Choose a suitable location for installation, considering both indoor and outdoor options.
• Mount the inverter securely using the provided brackets and hardware.
• Connect the DC input from your solar panels to the designated terminals on the inverter.
• Connect the AC output of the inverter to your power grid using appropriate wiring.
• Ensure all connections are secure and follow local electrical regulations.
• Turn on the inverter and follow the manufacturer’s instructions to configure any necessary settings.
• Monitor the inverter’s performance through its display or a dedicated monitoring system.

“We strongly recommend any electrical equipment to be installed by a qualified electrician to avoid damage to your new equipment, as it might void your manufacturer’s warranty “

Application:

• Residential solar power systems
• Commercial solar power systems
• Industrial solar power systems
• Agricultural solar power systems
• Solar power systems for schools and educational institutions
• Solar power systems for hospitals and healthcare facilities
• Solar power systems for retail and shopping centers
• Solar power systems for hotels and resorts
• Solar power systems for warehouses and logistics centers
• Solar power systems for manufacturing facilities