Voltage Regulators: 33Kw to 12v DC/120v AC

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In summary, the conversation is discussing the possibility of stepping down 33 kilowatts (ac or dc, and at what voltage?) to either 12 volts dc (2,750 amps) or 120 volts ac (275 amps). The speaker requests more details on the intended use and efficiency needs, as well as preferences for air or water cooling and solid state or motor-generator set. The conversation also mentions the potential for using a transformer and voltage regulator to achieve the desired output.
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Is there a product that will step down 33Kw to 12v DC? or 120v ac?
 
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Do you want to step down 33 kilowatts ( ac or dc, and at what voltage?) to 12 volts dc (and 2,750 amps) or 120 volts ac (and 275 amps)? Please provide details. What efficiency is needed? Air cooled or water cooled? Would you prefer solid state or a motor-generator (MG) set?
 
  • #3
Bob S said:
Do you want to step down 33 kilowatts ( ac or dc, and at what voltage?) to 12 volts dc (and 2,750 amps) or 120 volts ac (and 275 amps)? Please provide details. What efficiency is needed? Air cooled or water cooled? Would you prefer solid state or a motor-generator (MG) set?

Forget that, I want to know what he plans on using 33 KW for, though I have the disappointing feeling that he meant 33 KV but this also has a lot of potential (pun intended).
 
  • #4
Assuming that was a typo and you meant 33 KV, you get a 33 KV to 110 volt or 18 volt transformer and you then rectify the 18 volts and regulate the output to 12 volts using a voltage regulator.

However, this is a serious transformer and usually the power company does the hard work for you out in the street. They bring the power to you as a much safer 110 volts and you can then put whatever transformers you like on that.
 

FAQ: Voltage Regulators: 33Kw to 12v DC/120v AC

1. What is a voltage regulator?

A voltage regulator is an electronic device that regulates the amount of voltage in a circuit or electrical system. It ensures that the output voltage remains within a specific range, regardless of changes in input voltage or load conditions.

2. How does a voltage regulator work?

A voltage regulator works by monitoring the output voltage and adjusting it through a feedback loop. It compares the output voltage to a reference voltage and makes necessary adjustments to maintain a constant output voltage.

3. Why is a voltage regulator important?

A voltage regulator is important because it helps to protect electrical equipment from damage by ensuring a stable and consistent supply of voltage. It also helps to prevent fluctuations in voltage that could potentially cause malfunctions or failures in devices.

4. What is the difference between a 33Kw to 12v DC and 120v AC voltage regulator?

The main difference between a 33Kw to 12v DC and 120v AC voltage regulator is the type of voltage they regulate. A 33Kw to 12v DC regulator is designed to regulate direct current (DC) voltage, while a 120v AC regulator is designed to regulate alternating current (AC) voltage. Additionally, the power capacity of the two regulators may vary.

5. What are some common applications of voltage regulators?

Voltage regulators are used in a variety of applications, including power supplies for electronic devices, automotive systems, solar panels, and generators. They are also commonly used in industrial and commercial settings to regulate the voltage in large electrical systems.

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