Let’s say you are looking to power a compressor that requires 15 amps to operate at a standard 120 volts of electricity (a standard wall outlet in America, most devices you will use). The relationship between amps, volts, and watts is simply: amps * volts=watts. Each device you purchase (from polishers, vacs, etc.) should have its power requirements listed for you. Voltage (or volts) is the difference in charge between two different points, while amps are a measure of how strong an electrical current is. You never want to run a motor continuously above its rated (continuous) wattage recommendation for a long period of time to avoid burnout. What’s a little confusing is that a generator like the Honda EU2200i is named using its peak wattage rating, even though it is rated at 1,800 continuous watts. It’s always best to make sure whatever devices you are powering stay within this range. Continuous WattsĬontinuous Watts are the number of watts a generator can comfortably run under. I am by no means an expert in electricity but just wanted to give you a basic idea of the relationship between some key terms.Įach generator you select should have a couple of readings: continuous (or rated) watts and maximum (or peak) watts. To keep it as simple as possible, just understand some basic electrical terms. Understand Watts, Amps, and Volts to understand what a generator will power In this case, you may want to look into something portable that is easy to unload, and relatively quiet like an inverter generator. If you are usually tapping into a water source, you may only want a smaller generator to power a vacuum, for example. If there is anything that can eat up profitability, it’s burning fuel, so keep that in mind. This is really only ideal for working in teams when you have multiple jobs in the same hour (like office parks). This one made by Pulsar I found for less than $1,000 on Amazon, and is probably the biggest one you will want to lug around at 10,000 watts. Powering detailing vacuums and Shop-VacsĪs an example, if you have a team of 2-3 people that will be doing interior and exterior detailing using multiple appliances at the same time, you might want to purchase a high-capacity generator like the one below.Powering pumps to feed water out of a tank into a pressure washer.Since generators come in a variety of sizes and types, it’s important to make sure you select one that will be sufficient for your needs.įor many, the primary purpose of purchasing a generator is to use it to power vacuums and pressure washers, but here is a list of common uses: This will help you decide what type of generator will be best for your business Decide what you will power with a generator The first step: take inventory of what equipment you need to provide power to. However, using a generator does have its advantages: operating vacuums and pumps, pressure washers, and everything a mobile detailing rig needs to provide power to. If you are visiting your customer’s home, and have access to water and power, it’s probably more cost-effective to invest in extension cords and hoses. If you are just starting out, you may not want to spend $700-$2000 if you don’t have to. Keep in mind, a good generator is not cheap. Should you buy a generator for detailing?Ī generator is a must for detailers if you are pumping water, powering polishers, or running a medium to large detailing business. In this blog, I’ll break down some use cases for using various types of generators to help you decide what type you may need. If you’re just starting out, you don’t need a huge generator to detail a few cars in an afternoon. A good generator for detailing is a key purchase for most detailing businesses, but it depends on your business model and how many customers you already have.īefore you select a generator, consider the size, type, noise, and efficiency you need.
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