Product Description:

Growatt PV grid-connected inverter is a crucial component in both solar power systems and distributed energy generation systems. It plays a vital role in transforming DC power from PV modules into AC power.

The inverter is connected to the PV module on its DC side, while its AC side is connected to the power grid. MPPT is the primary function of the PV inverter. It uses voltage outer loop to achieve MPPT, ensuring that the PV module outputs electricity with the maximum power possible. The current inner-loop control produces PWM pulses that enable the switching devices of the inverter bridge to turn on and off in a specific pattern. These pulses allow the inverter to create AC electricity of the same frequency and phase as the grid voltage.

Growatt PV Inverter is used globally in different solar applications, and its popularity can be attributed to its reliability, efficiency, and safety features. With advanced technology, it is easy to install and operate, making it a popular choice for homeowners, businesses, or anyone looking to transition to solar technology.

Applications:

Solar photovoltaic systems are an effective way to generate energy from the sun. However, because solar panels generate DC power, they first need to be converted to AC power through the use of an inverter before it can be connected to the grid and power various appliances and equipment. This conversion process is crucial in ensuring that the energy generated by solar panels can be effectively used, and inverters play a critical role in making this possible.

Inverters are widely used in various industrial applications, including automation, medical equipment, electrical control, and more. These devices are instrumental in helping to control and regulate industrial production processes, ultimately improving efficiency, reducing costs, and increasing productivity. In industrial settings, inverters are used to facilitate various tasks such as controlling motors and pumps, improving the accuracy and precision of manufacturing processes, and ensuring that equipment operates efficiently and reliably.

Communication technology is increasingly reliant on electronics and electrical systems, including mobile base stations, microwave communication equipment, and fiber optic-based communication systems. These devices require a constant power supply, and inverters play an essential role in ensuring that they remain operational by converting DC to AC power. This conversion process is critical in maintaining power quality and minimizing downtime, ultimately ensuring that communication systems remain operational and reliable.

Customization:

Our On-Grid Inverters have an air cooling system with an efficiency rating of 95% and a protection level of IP20. The output waveform is a pure sine wave, ensuring the highest quality of electricity. The working temperature ranges from -25℃ to 60℃. We have a reliable supply ability to meet your needs.