Low Noise 1000w On Grid Wind Turbine , Hybrid Wind And Solar For Residential
The brief introduction of wind power grid-tied system:
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.
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, HYE wind power grid-tie system offers complete system solutions for both compensation ways.
HYGCI series wind power grid-tie inverter is the core part of the whole system, the inverter is developed specially for HY series wind turbine according to HY 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.
System Configuration:
Wind Power: 1000W rated power output - HY-1000 Wind turbine, 110V
Controller & Inverter: VDE certified wind power grid-tie controller & inverter, rated power 1kw
Wall fixation kit for 1kw wind turbine
Remarks: HY-1000 wind turbine could be installed by the side of wall with a wall fixation kit, the net weight of wind turbine is 28kg
Estimated System Yearly Power Production (KWH)
| Annual Avg. Wind Speed | 3m/s | 3.5m/s | 4m/s | 4.5m/s | 5m/s | 5.5m/s | 6m/s | 6.5m/s | 7m/s | 8m/s | 9m/s |
| Estimated System Production | 810 | 950 | 1300 | 1490 | 1660 | 1920 | 2150 | 2320 | 2400 | 2580 | 2820 |
Remarks: wind power production is calculated base on annual average wind speed at 10 meter high free-standing tower installation.
You may input your project site latitude & longitude at following website, so you can get more accurate figure of your local wind and solar resources.
http://eosweb.larc.nasa.gov/sse/RETScreen/
http://www.gaisma.com/en/
System Diagram
System Detail
| System Detail | HY-W10GTS |
| Rated AC output | 1000W |
| Wind turbine | HY-1000 110V, 5 blade |
| Wind power grid-tie controller Inverter | HYGCI-15CL-V1.0 Rated DC Input: 1000W Max. DC input: 1100W Rated AC output: 1000W AC voltage range: 190-260V Output Frequency Range: 50-60Hz VDE 4105/0126-1 certified ds 5 years warranty |
| Suggested Tower installation | HY-WF10 (3m) for wall fixation installation |
| HY-FRK10 (4m) for flat roof installation |
| HY-HT15-10.4P3 hydraulic tower 10.4 meters |
FAQ:
Q: What is the difference between on-grid and off-grid turbines? How do I know which one is right for me?
A: If your home currently gets its energy from a utility company, you will need an on-grid turbine, which helps decrease your monthly utility bill by generating energy your home draws on before it turns to your utility company for energy. If you currently don't have the option of buying energy from a utility company, you have what is known as an off-grid need. Homeowners with off-grid needs often create what is known as a hybrid system, which employs both wind energy and energy generated by solar photovoltaic cells to keep their batteries charged.
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