DJDC MAX-PRO 11KW 11000W Hybrid Solar Inverter 48V DC with Dual MPPT Charge Controller

DJDC MAX-PRO 11KW Hybrid Solar Inverter

The DJDC MAX-PRO 11KW Solar Inverter is designed for users seeking a high-capacity inverter for solar power applications. With a stated rated power of 11,000W, a 48V DC battery system, and pure sine wave output, it can be considered for appropriately designed residential and commercial solar installations.

The supplied product information states support for up to 11,000W of solar panel capacity. The final solar array configuration must comply with the inverter's verified voltage, current, and MPPT operating limits.

11,000W Rated Power Capacity

With a stated rated output of 11,000W, the DJDC MAX-PRO 11KW is an option to evaluate for installations with substantial electrical loads.

Before selecting the inverter, calculate the combined running wattage of all intended appliances. Also account for starting surges from equipment such as refrigerators, air conditioners, water pumps, and motors. The connected load must remain within the inverter's verified continuous and surge power limits.

48V DC Battery System

This model is specified for a 48V DC battery system. A compatible battery bank can store solar energy for later use when sunlight is insufficient, depending on the inverter's supported operating modes.

Before purchasing a battery, verify supported battery chemistry, charging voltage, maximum charging current, and any battery communication requirements. The battery bank must be configured according to the manufacturer's instructions.

Up to 11,000W Solar Panel Support

According to the supplied specifications, the DJDC MAX-PRO 11KW supports up to 11,000W of solar panel capacity.

Solar array design requires more than matching the total wattage. The panel arrangement must also comply with the inverter's maximum PV voltage, MPPT operating voltage range, and maximum input current. Confirm these limits using the official datasheet before connecting the panels.

MPPT Solar Charge Controller

The supplied specifications list an MPPT 150AH × 2P charge controller configuration. MPPT technology helps the solar system operate near the panels' optimal power point as sunlight and panel temperature change.

The exact meaning of “150AH × 2P” should be confirmed with the manufacturer before publication or installation. Do not assume that this notation represents a particular charging-current rating or two independent MPPT trackers without official confirmation.

Pure Sine Wave Output

The DJDC MAX-PRO 11KW is specified as a pure sine wave inverter. This type of output is suitable for many compatible household, office, and commercial appliances. Actual compatibility depends on the appliance's power consumption, starting current, and the inverter's verified electrical specifications.

Suitable Applications

Depending on the final system design, this inverter may be considered for:

• Residential solar power installations

• Office and commercial solar systems

• Lighting, fans, and compatible electronics

• Refrigerators and other compatible appliances

• Solar systems with appropriately sized battery storage

• Business installations with substantial electrical loads

High-power appliances and motor-driven equipment require careful assessment of starting-current requirements.

Why Choose the DJDC MAX-PRO 11KW?

The DJDC MAX-PRO 11KW combines a stated 11,000W rated capacity, 48V DC battery system, pure sine wave output, and up to 11,000W stated solar support. These specifications make it an option to evaluate for larger solar installations.

For customers in Bangladesh, the right inverter configuration depends on daily energy consumption, required backup time, solar panel availability, battery capacity, and the appliances that need to run simultaneously.

Buy DJDC MAX-PRO 11KW Solar Inverter from MuthoBD

When choosing the DJDC MAX-PRO 11KW Hybrid Solar Inverter, confirm the full technical datasheet, battery compatibility, PV input limits, supported operating modes, and warranty conditions. This helps ensure that the inverter matches the requirements of your planned solar installation.