Wind power grid-tie system A is is a semi-autonomous electrical
generation or grid energy storage system
which links to the mains to feed excess capacity generated by wind
turbine back to the local main electrical grid.
The wind power grid-tie inverter is the core part of the whole
system, the inverter is developed specially for HGW wind turbine
according to the wind turbine special features with an optimized
power curve pre-written into inverter and smart over-voltage
braking protection, which offers a reliable combination of high
efficiency, easy-installation, high wind protection and
grid-failure protection.
When insufficient electricity is generated electricity drawn from
the mains grid can make up the shortfall.
Residences and businesses that have a wind power grid-tie system
permitted in many countries to sell their energy to the utility
grid.
Electricity delivered to the grid can be compensated in either net
metering or feed-in-tariff,
wind power grid-tie system offers complete system solutions for
both compensation ways.
Special Features
● Integrated Isolation Transformer – extra safety protection
● Wider Input Voltage Range – harvesting more power from breeze to
gale
● Programmable 20 Points of Power Curves – optimize power harvest
from wind
● Optional Remote Monitoring system – Monitoring remotely your
installation
● High Conversion Efficiency up to 95%
● Integrated Controller – easy for installation
● Certified with DIN VED 0126-1-1 Grid Standard
● 5 Years Warranty
System Protections
Galvanic Isolation Protection – It is constructed and designed to assure maximum safety during
installation and operation.
High Wind Protection – software controlled braking system provides high wind protection
with 3 minutes, 10 minutes and 30 minutes time-lapse braking modes.
It's a consideration of system safety under the worst wind
condition in natural environment.
The maximum possible degree of safety is being assured by galvanic
isolation of input and output;
In case of any grid AC power failure, the grid feed-in will be shut
down automatically according to the
country-specific standard (e.g. DIN VDE 0126-1-1)
