144v Generator If I Have A 144V Battery Bank And Want To Recharge With A DC Wind Generator, Do I Need A 144V Generator?
If I have a 144V battery bank and want to recharge with a DC wind generator, do I need a 144V generator? - 144v generator
Most small wind turbines, which I studied 12V - 48V. Is it effective in the recovery of a 144V battery bank? What should I consider when deciding on a generator? I am not an electrical engineer to be good:)
|
7 comments:
The generator output must be conducted this tension. This could be done with an inverter or DC-DC converters.
The easiest way is to get a "regulatory burden" is designed for the parameters of the battery. I have installed a monitoring system so that it seems to fit the bill. Digging a bit of a controller that goes with it which corresponds exactly to their needs might be.
However, the latest drivers seem to be (like Xantrex power and control), about 48-60V. Is it possible to reconfigure the package to the series-parallel to reduce stress? This could make things easier.
The generator output must be conducted this tension. This could be done with an inverter or DC-DC converters.
The easiest way is to get a "regulatory burden" is designed for the parameters of the battery. I have installed a monitoring system so that it seems to fit the bill. Digging a bit of a controller that goes with it which corresponds exactly to their needs might be.
However, the latest drivers seem to be (like Xantrex power and control), about 48-60V. Is it possible to reconfigure the package to the series-parallel to reduce stress? This could make things easier.
If the output of AC generator, you can use a transformer to increase the tension. Note that you will need a rectifier diode that can handle the current load and a reverse breakdown voltage greater than (1.41x144) on 144 or 350V. Also, the voltage of the battery is the point of the sine or 1.41-times the RMS (1.41 x 144V). They have a variable resistor to limit the load current.
With a generator, an inverter is used to convert to AC, then increase the tension.
It is necessary to apply a higher battery voltage, as they usually occur over the management.
It would probably be easier to use an inverter to the DC to 230 V AC generator step, then use an appropriate charger for charging batteries. Otherwise, you get excited about the electronic design of a switched mode supply.
Ahhh, we recognize that a 144v battery bank is very dangerous and if you touch the wires, which burned to ashes? And how do you let go of DC and runners not be able to? only a 24V battery bank, like most people then to an investor.
Ahhh, we recognize that a 144v battery bank is very dangerous and if you touch the wires, which burned to ashes? And how do you let go of DC and runners not be able to? only a 24V battery bank, like most people then to an investor.
Ahhh, we recognize that a 144v battery bank is very dangerous and if you touch the wires, which burned to ashes? And how do you let go of DC and runners not be able to? only a 24V battery bank, like most people then to an investor.
Post a Comment