For instance, take 12 hours for a day which is 8.3 amps per hour on average.īut also remember that there is some time around the day which can consume higher energy compared to the morning or evening. Let’s assume that your solar panel is working fine since this is a sunny day and your 330 watts panel can put up to 100 amps hours into the battery throughout the day. Step 5: Now the user has to figure out that – to make back this energy consumption, how much time the generator will take? Before using your blender with the generator, find this and then you can use your blender without any issues. So the stored battery energy “volume” would need 1 x 150 = 15 amps hours.įind out the battery storage of your generator is capable of running this hour or not. When you rounding this, this would be easier, it would be an hour average running time. If you have a high-end blender like Vitamix then this will take 5 minutes of total run time where 5 minutes is just. Here is an example – usually, the heavy use of a blender is preparing smoothies, soups, food preparation like hummus or frozen treats, etc. – by doing this, you will get to know the battery power used “volume”. Now multiple this 150 amps by the amount of time in hours of the blender would you used. While converting from DC to AC, you will have some loss which is why let’s round up the amps to 150 amps. Here you have to do is – 1440 watts / 12 volts = 120 amps. That divides the watts by voltage and you will get amps. Use the same formula we showed in step 2 with a little algebra. For this, you have to convert the watts back to the Amps at 12 volts. Step 4: In this step, the user has to find out – to use the blender how much battery power it will need. However, since your blender will run at a 120 v circuits so you have to make sure that the inverter of the generator is large enough. Most of the generator has AC and DC circuits while through the inverter, household AC appliances run off the DC battery. Step 3: So you know the amps and the watts, now you need to check the inverter rating of the generator. So the watts of your blender is 1440 (12 x 120 = 1440). The formula of finding the wattage is – multiply the volts with the amps rating and this will give you the watts.įor instance, your blender uses 12 Amps at 120 voltage. Convert the power of your blender from 120 voltage to 12 voltage. Step 2: Now that you know the voltage of your blender, you have to convert this into watts. So finding this information is the first step. This information is very important when it comes to using the blender with the generator. You can find this in the user’s manual, as well as, in the label attached to the blender. Step 1: You already know about the first step – it is to find out the voltage, amps, and watts ratings of the blender. How to Use Blender With Generatorįollow the tips below so that you can operate your blender without any issues. Okay, so let’s get into the discussion and find out how you can use your blender with a generator. Watts rating, amps, and volts are the important information that you need to look for using the blender through the generator. All of the appliances come with a level that is attached to it – just turn your blender and you will see it. You will find the electricity level of your favorite appliance or the blender behind of it. All you need to do is – find out the electricity that you need to operate your appliance. A generator can be used for many home appliances. Yes, it is possible to use a blender with the generator.
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