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Applications
The applications of Windspot are many and varied. Our wind turbines produce an energy that can be used for personal use and sell the surplus to the network.
Windspot can be used in homes, agricultural and cattle raising installations, sports facilities, universities, telecommunications booster stations, water pump systems, boats or ships in industrial parks… these are only some of the examples because the possibilities are a lot greater.
Windspot is manufactured in four versions in response to different energy needs (1.5kw, 3.5kw, 7.5kw, 15kw).
In many places WINDSPOT produces energy for personal use and the surplus is sold to the network. In other cases, all the electricity flows into the network and nothing is accumulated. In these cases it is not necessary to use batteries.
WINDSPOT generates alternating electricity, at a voltage and frequency that varies depending on the wind. Later, a controller converts this energy to direct current, at a voltage acceptable to the inverter.
If there is an excess of power, the controller diverts the surplus energy to discharge resistors that act as a brake and dissipate the surplus energy as heat.
The direct current that leaves the controller is already ready for the inverter to convert it again to alternating current at the voltage and frequency required by the distribution network.
For remote applications in which there is no possibility of connecting to the network, the best option is a system capable of taking advantage of wind energy.
WINDSPOT generates alternating electricity, at a voltage and frequency that varies depending on the wind. With the help of a controller-charger, it converts this energy to direct current, at a voltage determined by the bank of batteries.
In the case that there is an excess of power, the controller diverts the surplus energy to discharge resistors that work as a brake, dissipating the surplus energy as heat.
Once the energy is stored in the batteries, it is ready for consumption. Now, the inverter will convert it to alternating current.
One of the WINDSPOT applications is that of combining personal use with a water pump.
For this, WINDSPOT generates alternating electricity, at a voltage and frequency that varies depending on the wind. As in the case of remote installations, the function of a controller-charger that converts this energy into direct current is necessary for its accumulation in batteries.
If there is an excess of power, the controller diverts the surplus energy to discharge resistors that act as a brake and dissipate the surplus energy as heat.
Once the energy is stored in the batteries, it is already ready for consumption, either by the pumping equipment or the inverter, whose task is to transform this energy into alternating current.
Another of the most interesting applications for those that use the WINDSPOT range of wind turbines is to feed remote telecommunications antenna that need to be self-sufficient.
As in the other cases, the electricity generated has to be transformed into direct current by the controller-charger which also, when excesses of power are given, diverts the surplus energy to discharge resistors that work as a brake and dissipate the surplus energy as heat.
Once the energy is stored in the batteries, it is already ready for consumption by the telecommunications antenna.
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