PEI10K best 48v hybrid solar inverter 10kw single phase IP65

Prostar PEI10K best 48v hybrid solar inverter 10kw single phase IP65 is a versatile and reliable solution for a wide range of applications. It can be integrated into electric vehicle charging infrastructure, offering a sustainable and cost-effective solution for EV owners.

The hybrid solar inverter 10kw supports various power sources, including lithium batteries, mains voltage, and generators, offering flexibility for different setups and applications. requirements.

Enables configurable settings for AC/solar/generator charger priority and adjustable battery charging parameters tailored to individual application needs. It is suitable for community-based solar energy projects, providing clean and reliable power to multiple households or facilities.

Hybrid Solar Inverter 10KW Features

Pure Sine Wave AC Power Output

Providing clean and stable AC power, the pure sine wave output ensures that all connected devices, including sensitive electronics, operate smoothly without risk of damage.

Self-consumption and Feed-in to the Grid

Promotes self-consumption of generated solar power while allowing surplus energy to be fed back into the grid.

IP65 Protection

Weather-resistant design for reliable outdoor installation, providing protection against dust and water ingress.

On/Off Grid Capability

The hybrid solar inverter offers seamless integration into both grid-connected and standalone systems, providing you with the flexibility to switch between modes as required. This dual functionality ensures that you have continuous power supply, even in the event of grid outages.

Wide PV Input Voltage Range

Accommodating a broad range of photovoltaic input voltages, the inverter can be connected to various types of solar panels for versatile installation options.

Supply Priority Configuration

Set the priority for power supply from either the battery or the grid, allowing for customized management of your energy resources.

Adjustable Charging Parameters

Tailor the battery charging parameters according to your specific application needs directly through the LCD settings, ensuring optimal battery health and performance.

Peak Shaving

The inverter’s peak shaving feature helps manage demand charges by using stored energy during peak rate hours, reducing reliance on the grid and saving on electricity bills.

Solar Inverter System Connection

Hybrid Solar Inverter Details

LCD Display Information

 

 

IP65 Hybrid Solar Inverter Parallel Operation

2 Units Parallel in Single Phase Output

 

3 Units Parallel in 3 Phase Output

The 3 Units single phase solar inverter parallel in 3 phase output system is a versatile and efficient solution for achieving stable and scalable power supply.

Each hybrid solar inverter 10KW handles one phase (L1, L2, L3) to form a complete 3-phase power system, ensuring balanced energy distribution.

CT Installation

The CT sensor plays a crucial role in measuring current flow and optimizing energy distribution. Proper installation ensures maximum system efficiency and protection.

Step-by-Step Installation Guide

Site Preparation

• Ensure the inverter is mounted securely on a wall or rack in a dry, ventilated area.
• Confirm the correct PV array voltage and battery bank configuration match the inverter’s specifications.

Electrical Connections

1. Connect PV Panels:
   • Wire the positive and negative terminals from the PV array to the corresponding DC input terminals on the inverter.
2. Connect Battery Bank:
   • Ensure correct polarity and voltage range when connecting the battery terminals.
3. Connect Grid Power (AC Input):
   • Link the grid input terminals to your main distribution panel.
4. Connect AC Output:
   • Wire the AC output from the inverter to the dedicated circuit in your electrical panel.

CT Sensor Installation

• Identify the live wire (L1) in your distribution board for load monitoring.
• Secure the CT sensor around this live wire to measure the current flow.
• Connect the CT sensor leads to the designated CT input terminals on the inverter.
• Ensure the CT sensor’s orientation follows the arrow marking for proper current flow direction.

 System Configuration

• Access the inverter’s control panel or app interface.
• Select the appropriate operating mode:
  • On-Grid Mode for feeding excess power to the grid.
  • Off-Grid Mode for independent energy storage and consumption.
• Calibrate the CT sensor within the settings to ensure accurate power measurement.

System Testing

• Power on the inverter and check for status indicators.
• Verify the PV input voltage, battery status, and grid connection are within normal operating ranges.
• Use the inverter’s monitoring platform to confirm the CT sensor is accurately tracking power flow.

 

The Articles You may Like

• Unlocking Off-Grid Power Solution: Standalone Energy Inverter Rise
• Chooce your best value mppt solar charge controller
• LiFePO4 battery vs. Traditional Lithium-ion
• 5 Essential Benefits of Uninterruptible Power Supply UPS
• Which Transformer is Good for Home Solar Inverter
• Battery charge/discharge cycle
• Solar inverter – Wikipedia