600W Maglev Vawt Wind Turbine with Inverter , Turnkey Solution , Maintenance

Product Specification

600W Maglev Vawt Wind Turbine with Inverter , Turnkey Solution , Maintenance Free

Quick Detail

1. Inverter built in with controller and dumpload
2. Easy wire connection - wind turbine - inverter - power manager - grid power
3. Integrated Isolation Transformer – extra safety protection
4. Wider Input Voltage Range – harvesting more power from breeze to gale
5. Programmable 20 Points of Power Curves – optimize power harvest from wind
6. Optional Remote Monitoring system – Monitoring remotely your installation
7. High Conversion Efficiency up to 95%

Description

Wind power grid-tie system 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. When insufficient electricity is generated electricity drawn from the mains grid can make up the shortfall.

 Our on-grid inverter is a transformers wind grid tie inverter which has a good response for wind speed change and a wide input voltage range from 30V to 540V The maximum input current is 20A DC and maximum output power is 3300W.

Honor Eco On Grid Wind Turbine's inverter is the core part of the whole system, the inverter is developed specially for Honor Eco series wind turbine according to HECO series 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.

On-Grid Inverter Features:

 ● Over 97% Max. efficiency
● Ultra wide input voltage range
● Precise MPPT algorithm
● Compact and light design for one-person easy installation
● Wind/PV individual output
● Full loading output prior for wind output
● Programmable power curve for wind, PV MPPT algorithm, Max. efficiency
● High reliability for topology circuit, quality components and multi-protection
● RS485, WiFi, GPRS interface
● Convenient remote monitoring function
● Brake protection function

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. 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, Honor Eco wind power grid-tie system offers complete system solutions for both compensation ways.

On Grid Wind Turbine Specification

1)    Physical Information

Axis                         Vertical

Height                     1.30 m (4.26ft)

Diameter                 1.55 m (5.08ft)

Weight                     48 kg(105lb)

Swept Area               1.50 m²

Blade Materials         Aluminum Alloy

2)    Performance

Rated Power                           600W

Cut-in Wind Speed                      2.7m/s (6mph)

Cut-out Wind Speed                   15m/s (33.6mph)

Rated RPM                                 <=600 RPM

Survival Wind Speed                   65m/s (145.6mph)

Rated Wind Speed                     12m/s (26.9mph)

Noisy from National Machinery Quality Inspection Centre at 10m/s     <40dBA

3)    Certifications

CE Certified                          European Conformity

ISO 9001                             Quality Management System

USD 647,477S                       USA Patent

NO001721416-0001                   EU Patent

4)    Electric Generator

Generator Type                       Three Phase Permanent Magnet

Ambient Temperature                 -40~50 °C

Drive System                         Direct Drive

Rated Output                         48V DC

Inverters and controllers      Available

Application

An On Grid Wind Turbine system can be practical if the following conditions exist:
You live in an area with an average annual wind speed of at least 10 mph (4.5m/s)  
Utility-supplied electricity expensive in your area 
The utility’s requirements for connecting your system to its grid are not prohibitively expensive 
There are good incentives for the sale of excess electricity for the purchase of wind turbines