Select the location,
where you will install the wind turbine, based on your experience
and not the portable wind speed meters.
The wind turbine can be relatively easily transported to any other
location, even when fully assembled. It is often sufficient the wind
generator to place just two meters above the ground to double the
the wind turbine according to the instructions you found in the box,
together with the parts.
When assembling, you must have the manual brake active before installing
the turbine on the center shaft.
Assembly is preferable to do at the point where you plan to finally
install the wind generator.
When assembly is complete, do not forget to plug the wind generator
into the ground.
If during assembly you find that an accessory does not fit into the
holes to be connected, do not modify it in any way. Follow the assembly
steps upside down to find out in what previous stage you've made a mistake.
The probability that a component is incorrectly processed is zero.
the controller, batteries and inverter near the point where the power
connection will be made.
From the generator to the controller use a common, flexible, watertight,
three-core cable with a cross-section of 2.5mm.
From the controller to the batteries, use a thick flexible cable with
a cross section corresponding to the connection distance. Please refer
to the controller C8502
Do not forget to connect the fuses to the wiring diagram.
From the batteries to the inverter, use a thick flexible cable with
a cross section corresponding to the connection distance.
From the inverter to the consumption, use a common three-pole cable
with a cross-section of 2.5mm
Release the brake.
choose the size of the batteries you need, you need to decide for how
many days without wind you want to have stored energy. If for example
your consumption is 18 kw a day and you want energy stored for two days,
the batteries will have to store 36kw.
The best type of battery is OPzS and each battery, in this category,
is 2 volts. If you buy 24 such batteries and connect them in series,
then the battery pack output will be 48 volts.
If each battery is 1.000 Ah, then the total energy that can be stored
is 48 volt x 1.000 Ampere = 48.000 watt. However, from this stored energy
only 80% can be used. Therefore, 48.000 watt x 80% = 38.400 watts. In
practice, with this level of stored energy, you can cover more than
two days without wind because the wind turbine generates energy at very
low wind speeds.
If you want to avoid the cost of buying many batteries,
it is better to buy the extra equipment with the gasoline engine. So,
whenever there is no wind for long periods of time, you are not in danger
of running out of electricity.
In any case it is preferable for the final battery voltage to be as
high as possible. The ideal final voltage is 96 DCV.
select the size of the inverter you need, you need to calculate the
instantaneous maximum power you need (peak consumption).
For example, if you want to use two electrical appliances with very
high consumption at the same time, such as the 3 Kw electric oven and
one boiler 3 Kw, you need an inverter of 3 + 3 + 2 = 8 Kw.
But if you do not use electrical appliances with very high consumption
at the same time and use them gradually during the day, you will need
a much smaller inverter and therefore much less money.
operation, the wind generator must not produce any mechanical noise.
Otherwise, you should investigate whether small branches of trees or
other small objects come into contact with the moving parts.
If your wind generator model uses chain for power transmission, then
every six months you need to lubricate the chain.
The wind turbines of "IASOS" do not need any other maintenance.
The wind generator "Iasos I" can cover all our electricity
needs, but its use requires ecological consciousness.