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INVT Solar VFD Panel

Name: INVT Solar VFD Panel
Brand: DRIVE & CONTROL
Price: 12000 INR
Availability: InStock

Price 12000 INR/ Piece

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MOQ : 1 Piece

INVT Solar VFD Panel Specification

Cooling System
Air Cooled

Cabinet Material
Powder Coated Steel

Components
INVT VFD, MCCB, MCB, Surge Protection, Fuses, Busbar

Operating Voltage
150V - 440V DC

Rated Current
Varies by Model

Panel Type
Wall Mounted/Standalone

Way
Three Phase/Single Phase Output

Base Material
CRCA Steel

Protection Level
IP54/IP65

Thickness
1.5-2 mm (Cabinet)

Connectivity Type
RS485/Remote Panel/Wireless (Optional)

Current Rating
Up to 60A (Model Specific)

Rated Insulation Voltage
660V

Control System
Microprocessor Based

Cover Material
Powder Coated Steel

Protection Class
Class I

Features
Automatic Start/Stop, MPPT, Overload Protection, Under/Over Voltage Protection

Rated Operation Voltage
Up to 415V

Product Type
Solar VFD Panel

Material
Metal, Electronic Components

Surface Finish
Matte/Glossy

Standard
IEC/ISO Certified

Surface Color
Black

Rated Voltage
220V/380V/415V AC

Frequency (MHz)
50/60 Hz

Maximum Output Current
Up to 60A (Model Dependent)

Dimension (L*W*H)
Customized/As per model

Application
Solar Pump, Agriculture, Industrial Automation

Display Type
Digital LED/LCD

Altitude
Up to 1000 m without derating

Overload Capacity
150% for 60 Seconds

Ambient Temperature Range
-10C to 50C

Max Output Power
Up to 45kW (Model Dependent)

Input Voltage Range (PV)
200-800V DC (subject to model)

Solar Compatibility
Yes, with MPPT

Communication Ports
RS485/Modbus

Efficiency
>97%

Panel Mounting Type
Wall/Floor Mounted

Output Frequency Range
0-400 Hz

About INVT Solar VFD Panel

A solar VFD (Variable Frequency Drive) inverter, like those offered by INVT, is a device that regulates the speed of a pump motor by adjusting the frequency of the electrical power supply, specifically using energy from solar panels. This technology allows for efficient operation of pumps in solar-powered water pumping systems, especially when dealing with fluctuating solar energy input. Here's a more detailed explanation: Key Features and Benefits: MPPT Technology: Solar VFDs often incorporate Maximum Power Point Tracking (MPPT) algorithms to optimize energy extraction from the solar panels, ensuring maximum efficiency.

Advanced Efficiency and Power Management

INVT Solar VFD Panel harnesses more than 97% of power conversion efficiency, leveraging MPPT technology to make the most of available solar energy. With an input voltage range tailored for various solar installations and a robust overload capacity (150% for 60 seconds), the system supports both single-phase and three-phase outputs, adapting to diverse agricultural and industrial needs.

Flexible, Durable, and Secure Construction

Its powder-coated CRCA steel cabinet ensures long-lasting durability while the IP54/IP65 protection rating safeguards the components against dust and water incursions. The cabinet thickness is 1.5-2mm and is available in customized sizes to fit different environments. Installation is simple with wall or floor mounting, making it suitable for indoor and outdoor setups.

Comprehensive Protection and Smart Control

Equipped with INVT VFD, MCCB, MCB, fuses, surge protection, and a microprocessor-based control system, the panel ensures operational safety and reliability. Features like automatic start/stop, overload, and voltage protections, coupled with digital LED/LCD displays and remote or wireless monitoring, allow for convenient and secure management.

FAQ's of INVT Solar VFD Panel:

Q: How does the INVT Solar VFD Panel enhance solar pump operations?

A: The panel uses MPPT technology to maximize the extraction of available solar energy, ensuring your pumps operate efficiently even in changing sunlight conditions. Its wide input voltage range and superior overload capacity allow for stable operation in various agricultural and irrigation setups.

Q: What installation environments are suitable for this VFD panel?

A: With an IP54/IP65-rated cabinet made from powder-coated steel, the panel is designed for harsh environments, including outdoor agricultural sites or indoor industrial facilities. It can be wall or floor mounted, adapting to different site requirements.

Q: When is derating necessary for this panel?

A: Derating of output capacity is not required for installations up to 1000 meters altitude or within -10C to 50C operating temperatures. Installations exceeding these limits may require consultation for performance adjustments.

Q: What protection and safety features are integrated into the panel?

A: The panel includes overload, under/overvoltage, and surge protection, along with components like MCCB, MCB, and fuses. Its control system continually monitors performance, providing automatic shutdowns during abnormal conditions to protect both equipment and operators.

Q: Where can the panel be effectively utilized?

A: This VFD panel is ideal for solar pump applications in agriculture, industrial automation projects, and any scenario that requires reliable motor or pump control from solar or hybrid energy sources.

Q: What communications and monitoring options does the panel support?

A: The VFD panel offers RS485/Modbus connectivity as standard, with optional upgrades to wireless or remote panel access. This allows for real-time monitoring, system configuration, and troubleshooting from local or remote locations.

Q: How does the INVT Solar VFD Panel benefit end-users and businesses?

A: It provides energy savings through high efficiency and solar compatibility, enhances equipment life with built-in protections, and simplifies system management via intuitive digital displays and advanced connectivity, ensuring reliable operations for distributors, manufacturers, suppliers, and traders.

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