Magnetic Windmill Wind Solar Hybrid Off Grid System DC24V48V Power Supply For House Use / Street Lighting Power
Wind Solar Hybrid Off Grid System Description:
It’s a stand-alone system which consists of small wind turbine and solar panels to generate electricity connected to a charge controller which controls the pace at which batteries are recharged which is connected to the battery bank. Then there is an off-grid inverter to convert the DC electricity stored in the battery bank to AC electricity for the electrical applications use.
Advantage of the Wind Solar Hybrid Off Grid System:
Wind and solar energy are effective ways to power a home or a business but can be limited due to lack of sun or a sudden shift in wind velocity. Using a combination of these will provide a stable, higher energy output to power your home or business. Wind Solar hybrid power system includes a solar panel array and one or more wind turbines, and they create a more constant flow of power than either single source provided.
HYE Wind Solar Hybrid Off Grid Systems Include:
u HYE smart wind turbine 1KW48V
u High quality solar modules with 25 years warranty: 250W*4PCS
u Wind Solar Hybrid Charge Controller With MPPT function
u 1000W/110V-240VAC Pure Sine Ware Inverter
u Maintenance Free deep cycle Gel Battery
u Ground mount solar panel installation bracket
u 4M Rooftop wind tower
Standard Solution For Reference: 2KW Wind Solar Off Grid System (HY-H2GOS)
| Rated Capacity |
2000W |
| Wind Turbine |
1000W48V |
| PV Modules |
1000W72V |
| Wind Solar Hybrid Off-Grid Controller Inverter |
W/S Input: 1000W/1000W
Output : 1000W 110VAC-240VAC 50/60HZ
Grid by-pass switch:optional
|
| Deep Cycle Battery AGM gel |
150AH*4PCS |
| PV module mounting bracket |
Ground mount |
| Suggested Tower installation |
4M or 6M wind tower for flat roof installation |
System Estimated Yearly Power Production:
| Annual Avg. Wind Speed |
3m/s |
3.5m/s |
4m/s |
4.5m/s |
5m/s |
6m/s |
7m/s |
8m/s |
9m/s |
| KWH/YEAR |
1910 |
2050 |
2400 |
2590 |
2760 |
3020 |
3500 |
3680 |
3920 |
Design based on:
solar power production is estimated base on the area with class II solar resources (yearly sunshine hour 3000-3200hrs, radiation level 6570-7621MJ/㎡);
Recommended Household Electric Appliance :
| Electric Equipment |
Specification |
Power (W) |
Working hours |
Daily Power Consumption(KWH) |
| Light |
25W*4pcs |
100 |
6 |
0.6 |
| LCD TV |
125W*1pcs |
125 |
8 |
1.0 |
| Fan |
70W*2pcs |
140 |
6 |
0.8 |
| Fridge |
180W*1pcs |
180 |
24 |
1.5 |
| Laptop |
85W*1pcs |
100 |
4 |
0.4 |
| Washing machine |
250W*1pcs |
250 |
1 |
0.3 |
|
Other small home
applications
|
105W |
105 |
4 |
0.4 |
| Total capacity suggested |
1000W |
Total daily power consumption |
5 |
Recommended Application
1. Typical one story apartment or cottage with 2-3 bedrooms, household total load capacity less than 1000W.
2. Areas with stable public grid supply, this system could be an ideal solution to reduce your electricity bill.
3. Areas with very unstable public grid supply, this system could serve as a reliable power backup system.
4. Areas completely without public grid supply, this system could serve as a stand-alone power supply system, such as remote area or holiday cottage.
System Installation Requirement :
1. Rooftop solar panel installation requires minimum 8 square meters, south-facing steep roof is recommended for better solar power harvesting.
2. Open space without tall obstacle is preferable for wind turbine installation for better wind power harvesting.
3. A 2-3 square meter storage room is preferable to place controller inverter system and batter bank.
