Features of JYINS bidirectional inverter

1. Passed the EMC Class B test, safe and reliable, can operate stably in complex electromagnetic environments

2. With parallel function, multiple machines can work together to achieve power superposition and meet high power requirements

3. Built-in MPPT can be directly connected to the photovoltaic power generation system to efficiently utilize solar energy

4. Adapt to 16 series iron-lithium platform, support 120/230V AC output optional, output waveform is pure sine wave

5. Support OTA remote upgrade, convenient and worry-free

6. EPS switching time 10ms, with battery energy storage, can be used as an emergency power supply

7. Adopt 485 bus communication, high reliability and strong real-time performance

8. With LCD display, can display battery power, fault alarm, input and output voltage, charging power, input and output power

What is a bidirectional inverter and what are the highlights of its functions?

A bidirectional inverter is a power electronic device that can convert direct current (DC) into alternating current (AC), and at the same time, convert AC into DC. The highlights of its functions are as follows:

- Bidirectional energy flow: Different from traditional unidirectional inverters, a bidirectional inverter can achieve the two-way transmission of electrical energy between the DC side and the AC side. It can not only invert the electrical energy of a DC power source into AC power to supply power to AC loads or feed it into the power grid, but also rectify AC power into DC power to charge a DC power source or supply power to DC loads.

- Efficient energy management: In distributed power generation systems, it can efficiently convert the DC power generated by solar panels, wind turbines, etc. into AC power and feed it into the power grid. Meanwhile, when there is an abundant supply of electrical energy in the power grid, it can convert the AC power from the grid into DC power to charge energy storage devices, achieving a reasonable distribution and utilization of energy and improving the energy utilization efficiency.

- Stabilize the grid voltage: The bidirectional inverter has a certain voltage regulation capability. When the grid voltage fluctuates, it can adjust the voltage amplitude and phase of the output AC power to maintain the stability of the grid voltage and improve the power quality of the grid.

- Multiple working modes: It can flexibly switch between working modes according to the actual application scenarios and requirements, such as the island operation mode and the grid-connected operation mode. In the island operation mode, it can independently supply power to local loads and is not affected by power outages in the grid. In the grid-connected operation mode, it works in coordination with the grid to achieve the two-way interaction of electrical energy.

- Integration of renewable energy sources: It can be well adapted to various renewable energy power generation devices, promoting the large-scale application of renewable energy sources, making the renewable energy power generation system more stable and reliable, and reducing the dependence on traditional fossil energy sources.