These points state the reasons to go for Uratom On grid Solar Inverter.
MCU: TMS320C3X is a 3RD generation high-speed central processing unit (CPU) that allows the use of advanced algorithms, yielding better performance and reducing system component count.
Current Sensors: A current sensor is a device that detects electric current in a wire, and generates a signal proportional to that current. The generated signal could be analog voltage or current or even a digital output. Additionally, it has been used both at the AC & DC Side of the Inverters.
Optocoupler: As a type of isolator favored by manufacturers, photocouplers serve as noise protectors in many electronic devices. Optocouplers consist of either a GaAs or GaA As infrared LED(s) and a silicon photodetector housed in a mold package. GaA As LEDs are adopt in high-speed photo-IC types due to their high-speed and high-light output.
SPD: Single Phase Series have Type III SPD, and Three Phase Series have Type II + III SPD protections at AC & DC side.
MPPT: Single Phase: 1 Mppt for 1-3.5KW and 2 Mppt for 4-6.2KW.
GDT: When a voltage disturbance reaches the GDT spark overvalue, the GDT will switch into a virtual short, known as the arc mode. In the arc mode, the GDT practically shorts the line, diverting the surge current through the GDT to the ground. Hence, it removes the voltage surge from the plant and equipment. It also acts as Additional Protection Given against Voltage/Current Ramps and Lightning Protections.
Fuse: Fuse less design, Increases the Reliability of the Inverter to a great extent.
IGBT: High-speed 5 Generation IGBT in TRENCHSTOP 5 technology co-packed with RAPID 1 Fast and soft antiparallel diode.
Diodes: Ultrafast Soft Recovery Rectifier Diode is made up of Silicon Carbide material. Moreover, increases the current and temperature handling of the on grid inverter and decreases the losses and the leakage current.
Static ELCB/RCMU: So, we have used Type (AB) RCMU. The Leakage currents can flow through a human body to the ground resulting in a risk of electric shock, injury, or burns. Furthermore, it can cause overheating and the risk of fire. A Residual Current Device (RCD) is use to detect these currents and disconnect the circuit from the source automatically. The residual current may be a pure alternating current (AC), a pure direct current (DC), or a current with both AC and DC components.
LVRT/HVRT: Standard operating voltage range is from 170-270V. Depending upon the situation we can increase it up to 150-290V.
Display: 16*2 Character Bright LCD Display (Single Phase), Graphical Mimic Display (Three Phase) with LED Indicators and soft key buttons for Easy operation.
Replacement: IP65/NEMA-4X Design. Simple design and less wired connections allow the site engineer to replace the PCB or the Whole Unit without difficulty.