Original price was: ₨ 270,000.₨ 250,000Current price is: ₨ 250,000.
5-Year Warranty
Works with batteries
Built in Wifi / Built in BMS
Maximum Efficiency 93%
MPPT Voltage Range 60-450 VDC
PV 9000
IP65
Description
Key Features
Rated Power: 6000W AC output, ideal for powering large residential or commercial systems.
Dual MPPT PV Input: Capable of handling up to 9000W from solar panels, allowing for optimal energy harvesting and management across different strings of panels.
Max Charging Current: 120A, ensuring fast charging of battery systems.
MPPT Voltage Range: 70V to 520V DC, offering flexibility with a wide range of solar panels.
Max PV Input Voltage: 550V DC, providing high voltage capacity to suit various solar setups.
Battery Voltage: 48V with a range of 40V to 60V DC, compatible with both lead-acid and lithium batteries.
Built-in Battery Management System (BMS): Optimizes battery life and ensures safe, efficient charging and discharging.
Set Bulk & Float Voltage for Lead Acid/Flooded Batteries: New feature for better battery charging control.
Dual AC Output: 6000W, allowing you to distribute power to different loads or areas within your property.
LCD Display: Provides clear and accessible status information and settings for easy operation and monitoring.
WiFi & Bluetooth Integration: Includes WiFi dongle for remote monitoring and firmware updates; Bluetooth for parameter settings from mobile devices.
Parallel Operation: Supports parallel configurations with 9 units in single-phase and 3 units in three-phase for expanded system capacity.
Generator Compatibility: Can work with generators and automatically start the generator when required, adding flexibility in off-grid and backup scenarios.
Pure Sine Wave Output: Ensures stable and clean power for sensitive electronics and appliances.
Net Metering: Supports feed-in to the grid, allowing users to earn credits for excess energy produced.
Easy Installation: Plug-and-play setup for quick and hassle-free installation.
CT Function for Self Consumption: Helps to optimize self-consumption of solar power, ensuring maximum use of generated energy.




