1.The power of Inhenergy energy storage inverter covers 3~60kW. The application scenarios are homes or small industrial and commercial. It is a three-in-one combination of photovoltaic + battery + inverter, making full use of the sun's illumination. The 10 millisecond power switching technology can achieve 24 hours uninterrupted electricity usage.
During the day, the photovoltaic panels absorb the sun's energy and supply power to the load through the inverter. The excess power can be fed back to the battery. During the night, the battery can transmit power to the load through the inverter. In addition, Inhenergy energy storage inverter supports seven working modes, including UPS, peak shaving and valley filling, and spontaneous self-use, to meet the actual application needs of users.
2. The application scenarios of household grid-connected solutions are mostly for families. Inhenergy provides single-phase and three-phase household grid-connected inverters, with power covering 3~30kW.
Supports two working modes: "self-use, surplus electricity for online use" and "full amount for online use". This solution has the characteristics of one-time investment and long-term benefits. It has high conversion efficiency, is compatible with high-current photovoltaic modules, supports remote platform monitoring.
3. Industrial and commercial grid-connected solutions are generally suitable for high-power power stations such as factories and shopping malls. Inhenergy provides grid-connected inverters with a power range of 33~80kW.
Among them, the new generation of three-phase grid-connected inverter SI-33~60K-T2 is smaller and lighter, which greatly reduces transportation costs and labor costs. Its internal structure is compact, and film capacitors replace traditional electrolytic capacitors and use row plugs. The way it is connected makes it more reliable. In future product planning, a 120kW grid-connected inverter will also be developed to better meet customer needs.
In summary, the three solutions show their respective advantages in different usage scenarios, and users can choose the most suitable inverter product based on actual needs.
