PEI3K IP65 best 3000w on off grid inverter solar hybrid 48v

Prostar PEI3K IP65 best 3000w on off grid inverter solar hybrid 48v is particularly suitable for residential and commercial use, providing reliable energy management and efficient power conversion.

With a maximum output of 3000W, this inverter solar hybrid can support a variety of appliances, from essential household devices to larger equipment. Its 48V system is optimized for efficiency, making it suitable for various energy needs.

This 3000w inverter solar hybrid is rated IP65, making it dust-tight and resistant to water splashes. This robust design allows for installation in various environments, including outdoor settings, without compromising performance.

The 3000w on off grid inverter is equipped with an intuitive LCD display that provides real-time information on system performance, including battery status, power output, and energy consumption. This allows users to monitor their energy usage easily.

3000W Inverter Solar Hybrid Features

Grid Support Functionality

In grid-tied mode, the inverter solar hybrid can feed excess solar energy back into the grid, potentially allowing users to earn credits or reduce their electricity bills through net metering.

Battery Charging Control

The hybrid inverter features intelligent battery charging algorithms that optimize the charging process based on battery type and condition, extending battery life and improving overall system performance.

Dual AC Output

The grid connected inverter hybrid solar is equipped with dual AC output capabilities, allowing it to power multiple circuits or appliances simultaneously. This feature is particularly useful for homes or businesses with diverse energy needs, enabling users to distribute power effectively across different areas.

Integrated Surge Protection

The inverter includes built-in surge protection to safeguard connected devices from voltage spikes, enhancing the safety of the entire electrical system.

Smart Energy Management

The inverter hybrid solar includes advanced energy management capabilities that allow users to prioritize energy sources. Users can set preferences for using solar power first, followed by battery storage, and then grid power, optimizing energy efficiency and cost savings.

Parallel Operation

This hybrid solar inverter 48v supports parallel operation, allowing multiple units to be connected together for increased power output. Users can connect up to 2 units in parallel for single-phase systems or up to 3 units for three-phase systems. This scalability is ideal for larger installations or for users who anticipate future energy needs, providing flexibility in system design.

Solar Inverter System Connection

Hybrid Solar Inverter Details

Solar Energy Inverter LCD Display

Hybrid PV Inverter Peak Shift Setting

(1) WORK TIME:

A. The maximum allowable setting time is 24 hours (one day). Within this period, up to six different charging and discharging states can be configured (Time 1 twice, Time 2 twice, and Time 3 twice). The inverter operates daily according to the preset schedule, repeating the cycle automatically.

B. The inverter operates according to the settings of Time 1, Time 2, and Time 3 in sequential order. Different time periods should not overlap.

C. If you want to set a continuous charging period from the first night to the next morning (e.g., from 21:00 on the first day to 05:00 on the next day), divide this duration into two separate time periods: 21:00–23:59 and 00:00–05:00. Then, select two charging time slots from Time 1, Time 2, and Time 3 and configure the corresponding values accordingly.

(2) AC Charge / Discharge Power:

A. Charge: This feature is only available in Peak Shift mode during the charging period. When PV energy is insufficient to charge the battery, the system will draw energy from the grid according to the configured power settings.

B. Discharge: This feature is only available in Peak Shift mode during the discharge period. It supplies energy to the grid at the set power, but the actual discharge power will be the lower value between the set power and the grid’s allowable discharge capacity.

(3) Const AC Power Enable: 

The AC Charge Power and AC Discharge Power functions take effect only when this option is enabled.

Parallel Setting

#1. Parallel Enable: Enable or disable the parallel operation function.

       Master/Slave: This interface is used for parallel operation, allowing the inverter to be designated as either the master or a slave.

#2. Common Grid CT: Enable or disable CT sharing.

#3. Common Battery: Enable or disable the battery-sharing function.

#4. 3-Phase Parallel: Enable or disable the three-phase parallel operation.

       PHASE A/B/C: Select the output phase of the device when operating in a three-phase configuration.

       Parallel Num: Set the number of inverters running in parallel.

       Parallel Addr: Select the parallel address. The master inverter is set to address 1 by default. If there is one slave, it is set to 2; if there are two slaves, they are set to 2 and 3, respectively. Each inverter must have a unique address.

       CT Ratio: Configure the current transformer (CT) detection ratio. The default setting is 1000:1.

       Charge Curr: Set the charging current for the parallel system.

       Discharge Cur: Set the discharge current for the parallel system.

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