2-in-1 Microinverter

2-in-1 Microinverter(Daisy Chain)

TSUN 2-in-1 Microinverter (Daisy Chain) is a high-efficiency microinverter that supports connecting two solar panels at the same time and has a hand-in-hand connection function, which can connect multiple microinverters in series to meet the needs of large-scale photovoltaic systems. The "2-in-1" design of this microinverter means that one device can independently manage the power output of two solar panels to ensure that the energy conversion efficiency of each panel is maximized. With an output power of up to 1000W, TSUN 2-in-1 Microinverter (Daisy Chain) is an excellent choice among 2-in-1 microinverters. The design of this device can not only effectively meet the demand for efficient power, but the hand-in-hand connection function allows users to gradually expand the system scale according to actual needs, avoiding high initial cost investment. In addition, the plug & play design will enable users to quickly put it into use without complicated installation, bringing a convenient experience to power production.

Technical Data

What's in the box?

FAQ

Q: Does the Gen3 Microinverter (2-in-1 series) support the paralleling of multiple devices to increase output power?

    A: Yes, the Gen3 Microinverter (2-in-1 series) allows multiple devices to be connected in parallel to meet higher power needs while maintaining the system's overall efficiency and stability.

   
Q: How does the Gen3 Microinverter (2-in-1 series) handle power differences when connecting solar panels of different sizes?

    A: The Gen3 Microinverter (2-in-1 series) is equipped with intelligent power optimization technology that can independently adjust the output according to the characteristics of each solar panel, ensuring that panels of different sizes can operate at optimal efficiency.

   
Q: How does the Gen3 Microinverter (2-in-1 series) perform in low light conditions?

    A: This series of inverters has excellent low-light performance, which can maintain high energy conversion efficiency in low-light conditions such as morning, evening, or cloudy days, ensuring that the system generates electricity 24 hours a day.