Depends on the max allowable discharge rate of the batteries, and what current the load - the consumer that's hooked up to the batteries will draw.
As watts equals volts times amps (ohms law simplified) you are missing part of the equation.. Let's say you are asking about how many watts is 1 amps at 12v then... If W = V x A then 1A at 12v = 12 watts
To calculate the power in watts, you need both the voltage and current. Without knowing the current, it's not possible to determine the wattage just from the voltage provided (95VDC).
step up trasnsformer <<>> As suggested above transformers do not work on DC installations. You will need to use two 12 VDC batteries in series with each other to obtain the 24 VDC needed to operate the motor. Connect a jumper between the two batteries with a wire the same size as the wire coming from the motor. The jumper will go from the negative of one battery to the positive of the second battery. The two remaining posts will connect to the motor and have a potential of 24 VDC.
A group of ten (10) batteries composed of 6 Volt and 12 Volt types will have six (6) each, 6 Volt and four (4) each 12 Volt batteries. The contributing voltages will be 6x6 and 12x4 for a total of 84 Volts.
For a 125 VDC battery feeding a 200 amp main breaker, you should use at least 2/0 AWG wire size to ensure proper current carrying capacity and safety precautions. Larger wire sizes could be used if the distance between the battery and breaker is substantial to minimize voltage drop.
As watts equals volts times amps (ohms law simplified) you are missing part of the equation.. Let's say you are asking about how many watts is 1 amps at 12v then... If W = V x A then 1A at 12v = 12 watts
To calculate the power in watts, you need both the voltage and current. Without knowing the current, it's not possible to determine the wattage just from the voltage provided (95VDC).
You would connect two 12-v batteries in series to get 24 Volts, but if you have four, you can connect two sets of batteries in parallel and then connect the two sets of parallel batteries in series, giving you 24 volts with twice the ampere-hour capacity (four batteries rather than two).
For calculation purposes 1 HP is equal to 746 watts. So you have a total of 746 x 7 = 5222 watts. The amperage will be A = W/V = 7222/12 = 435 amps. You can not start the motor directly off of the solar panel. You would need a large 12 VDC parallel connected battery bank to obtain the amperage capacity to start the motor. The solar panels would be connected to the battery bank and used to charge the batteries after the start.
10 - 24 VDC truck batteries in series will give you 240 Volts DC.
4057
Most lawn mowers have no battery whatsoever. Push mowers, the most common form of mower, have no need for a battery. Riding lawnmowers, with electric start, do need these batteries. Years ago the normal starter system for everything ran on 6 VDC (actually 7.2 VDC). The problem with these 6 volt systems is that it takes power to start an engine. Power is measured in watts. A watt is voltage multiplied by current. To obtain a higher level of power using the same current levels, voltage must go up. 12 VDC (actually 13.6) became a standard in the late 50's and early 60's. High performance engines sometimes goes the next step. Newer planes, as an example, will use a 24 VDC system for starting their engine(s).
It depends on how the two six volt batteries are connected. If they are in parallel then the answer is no. If they are connected in series then the answer is yes. To find out for sure check the voltage that the starter needs. If it says 12 VDC then you will know that the two six volt batteries are wires in series and can be replaced with a 12 VDC battery.
It was originally supplied by a large bank of lead-acid batteries, 24 cells in series gave 48V.
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