Icom IC-FR5000 Series Sales Handbook page 55

Wind-Solar Hybrid power system
Wind Turbine
Controller
Wind Turbine
Wind Turbine
Wind Turbine Controller
Solar Panel
Hybrid Controller
Battery
Inverter
Repeater
Antenna Antenna
Wind Wind- - - - Solar Hybrid power system Wind Wind Solar Hybrid power system Solar Hybrid power system Solar Hybrid power system
In order to design a wind-solar hybrid power system you'll have to first determine your estimated electrical needs and
available resources to generate electric power.
Check there are enough wind resources available at the location , and check there is enough sun light available at the
location, to determine the type of generation system to make.
Other considerations Other considerations Other considerations Other considerations
• Wind speeds increase with height. In general, the higher the tower, the more power the wind system can produce.
• How many No wind days to cover
• How many No sun shine days to cover
• How to split duty between wind and solar power
• Wind And Solar Often Have Seasonally Complimentary Resources
− Summer: Low Wind / High Solar
− Winter: High Wind / Low Solar
Reference of Wind Turbine Power generation figure, model Z-500 from Zephyr
Wind blow hours
Mean
Gen.
wind
output
Velocity
m/s W
4 15
8 120
12.5 400
5-8 Wind-Solar Hybrid Powered
Repeater System
Solar Panel
Descriptions
5 hours
Daily Monthly
Gen.
mean gen.
power
velocity power
m/s Wh kWh
0.8 75 2.3
1.7 600 18.3
2.6 2000 60.8
Hybrid
Controller
DC
Battery
Model Number
8 hours
Daily Monthly
Gen.
mean gen.
power
velocity power
m/s Wh kWh
1.3 120 3.7
2.7 960 29.2
4.2 3200 97.3
Repeater
Inverter
AC
Quantity
12 hours
Daily Monthly
Gen.
mean gen.
power
velocity power
m/s Wh kWh
2.0 180 5.5
4.0 1440 43.8
6.3 4800 146.0
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