Presenting successful cases of photovoltaic power stations in multiple locations, controlling the entire process, and demonstrating product and service strength through actual achievements.
For users' rooftop and courtyard photovoltaic power stations,
connected to 220V/380V AC power grid, supporting full grid connection, surplus grid connection,
and self use modes
Suitable for areas with high electricity prices, no/low
photovoltaic system subsidies, or weak power grids. Application scenarios: 1. Self use, maximizing
the self use rate of photovoltaics. 2. Peak shaving and valley filling to reduce user electricity
prices. 3. Off grid applications ensure reliable power supply for critical loads
Designed for scenarios such as household photovoltaic roofs and
balconies, the unique MLPE technology makes the micro inverter system safer and more efficient. At
the same time, the micro inverter, combined with intelligent control boxes and AC batteries, meets
the full range of household applications
For rooftop photovoltaic power stations in industrial plants,
commercial buildings, office buildings, schools, hospitals and other public buildings, they can be
connected to AC low-voltage power grids or to medium voltage power grids through step-up
transformers
For industrial plants, commercial buildings, schools, hospitals
and other places, peak shaving and valley filling are often used as emergency power sources to
ensure reliable electricity supply and improve investment returns for owners
Covering scenarios with different voltages and capacities, it can
be used in conjunction with photovoltaic, wind power, thermal power and other systems to achieve
new energy consumption, smooth output, peak shaving, frequency regulation and peak shaving, as
well as providing auxiliary services for the power grid.
