Top 5 Best Generator For Bouncy Castle 2023 Reviews
Let’s have a look at the Best Generator For Bouncy Castle. Nothing beats setting up a carnival environment for your child and a select group of their closest friends and family to celebrate a birthday or other special occasion.
Additionally, there will be cotton candy, prize-filled activities, and the bounce house, a perennial favorite. These special occasions provide a lot of photos and evoke nostalgia for years to come. Still, they do necessitate some preparation on your side if everything is running without a trap.
The good thing is that we’ve prepared you to give your celebration venue a little party power.
The bad news is that some math will be required. The Westinghouse 12000 Watt will be ideal for residential use, and we suggest the Wen 2000 Watt if you want to bypass the review. But don’t worry; we’ll use it sparingly.
To help you decide how to power the most memorable parties, we’ll go through the fundamentals of choosing the best generator for inflatables and bounce houses. Let’s start the party now without further ado!
In a Hurry??? Check The Top 3 Generators For Bounce Houses Gloves Below…
- Top Pick
Generac 7117 Gp2200I
Easy To Use
AC Rated Output
- Editor Pick
Honda 664240 EU2200i 2200
- Budget Pick
Briggs & Stratton P2400 PowerSmart Series
Parallel Connector Port
Compact, Lightweight Design
Parallel Connector Kit Sold Separately
Allows For Easy Storage And Transport
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4.5 Out Of 5 Stars
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4.6 Out Of 5 Stars
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4.7 Out Of 5 Stars
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4.5 Out Of 5 Stars
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- Our Recommendations
- Top 5 Best Generator For Bouncy Castle 2023
- Our Top Pick Generator For Bounce House – Briggs & Stratton P2400 PowerSmart Series
- Runner Up Pick Generator For Bouncy Castle – Westinghouse Outdoor Power Equipment 2500
- Best Generator For Inflatables And Bouncy Houses – Generac 7117 Gp2200I
- Top Handheld Generators – Honda 664240 EU2200i 2200
- Best Generator For Bouncy Castle – WEN 56200i 2000-Watt Gas Powered
- Product Comparison
- Best Generator For Bouncy Castle Buyer’s Guide
- What Power Source Size Do I Need For A Bounce House?
- How Long Will A Generator Power My Bounce House?
- How Much Does It Costs to Run a Bouncy Castle?
- Generator Watts Calculation
- Additional Generator Considerations And Concerns
- How Do We Test The Best Generator For A Bouncy Castle?
- Quiet Generator Decibel Levels
- Quiet Generator Energy Efficiency (Inverters Are Particularly Energy Efficient)
- Frequently Asked Questions
Top 5 Best Generator For Bouncy Castle 2023
Our Top Pick Generator For Bounce House – Briggs & Stratton P2400 PowerSmart Series
- Parallel Connector Port
- Compact, Lightweight Design
- Parallel Connector Kit Sold Separately
- Allows For Easy Storage And Transport
The Briggs & Stratton P2200 was a must-have for me. It seemed incredibly user-friendly as soon as I unpacked it and tried it. You won’t have to spend a means to purchase this 2000-watt inverter generator either.
The 111-cc OHV engine in the Briggs & Stratton P2200 produces 1200 surge watts and 1700 operating watts while running on fossil fuel. Given the low current output, a household backup power source is generally not recommended. On the other hand, it’s small size and light weight make it the ideal camping or RV equipment.
I used the P2200 to run my devices at a 25% load for up to eight hours with a tank size of one gallon. The noise level is also modest, at 59 dBA. Later, I discovered that several features, like the Super Lo technology and the built-in muffler, are responsible for the low noise levels.
Another interesting feature is the Quiet Power Technology of the P2200. This technology not only less engine noise but also improves fuel economy and gas emissions.
I discovered that Briggs & Stratton P2200 was perfect for outdoor and leisure uses. Despite having a low running watt, it has several excellent features to lessen the noise and pollution.
This portable generator has been excellent. I’ve used it a few times while tailgating, and it has met all of our power demands while being incredibly quiet and gas-efficient. I strongly advise it!
- Low amount of noise
- Minimalistic and light
- Technology for Quiet Power
- Consistently long run time
- Very little power output
- High price
(Image Source: Pixabay)
Runner Up Pick Generator For Bouncy Castle – Westinghouse Outdoor Power Equipment 2500
- Two 120v 20 AMP Outlets
- Enough To Power Your Home Essentials
- Two USB Outlets
- Extremely Quiet
My anticipation about Westinghouse’s new iGen2500 model was palpable. For those who are unfamiliar with generators, Westinghouse is a well-known brand in the power business. This generator has an efficient energy distribution system, great quality, and additional features for maximum portability.
The generator’s design is the first thing that drew my attention; it stands out among other versions. The Westinghouse iGen2500 is the second 2000-watt generator with a manually operated recoil start system and a 3.4 HP 98 cc OHV engine.
With 2200 watts of rated power and 2500 watts of peak power, the device performs reasonably well in power transmission. Despite such high ratings, the iGen2500 has a low noise level of 52 dBA, which is always a plus. Therefore, it is acceptable for use at home.
I ran it continuously at 25% load for 10 hours, which is also excellent for a one-gallon tank. It was suitable for powering devices outdoors or during power outages.
The Westinghouse iGen2500 is an excellent generator for powering many appliances for extended periods. It is quiet and contains a few safety measures. The sole drawback is the recoil start method, which might be difficult to use.
So far, I’ve just run it for the 5-hour break-in period with varied loads, but it’s pretty quiet once you’re not standing directly on top of it, and I can barely hear it within my garage with it running close to the door.
When there is no electrical draw, I prefer to use the Eco mode to reduce the RPMs to idle, and I especially appreciate the LCD with fuel and power output gauges. It’s quite helpful to have a digital display that shows fuel left in liters, runtime until full (at current power output), voltage output, power output, and lifetime running hours.
- Only 49 pounds portable, includes a carrying handle
- Reduced total harmonic distortion to below 3%
- Ability to link in parallel with Westinghouse iGen inverters
- Low-fuel is shutting down, and spark arrestors are safety measures.
- Getting the engine going requires a lot of effort.
- A somewhat high cost
(Image Source: Pexels)
Best Generator For Inflatables And Bouncy Houses – Generac 7117 Gp2200I
Because of all the advantages Generac GP2200i has, I choose to get one. I’ve ranked this 2000-watt generator third specifically for this reason. It has a long operating period, a smooth connection to other backup power sources, and a robust design.
Compared to the WEN 56200i, the Generac GP2200i is slightly louder and can power your gadgets constantly for almost 6 hours.
The Generac GP2200i is a dependable Generac OHV 80 cc motor with a power output of 2200 starting and 1700 operating watts, allowing you to power more demanding gadgets. Multiple applications are possible thanks to this comparatively high power.
I completed seven hours while testing the GP2200i at 50% load. The unit’s enormous fuel tank, which has a capacity of 1.2 gallons, accounts for the prolonged operating duration. The noise was the one unpleasant drawback.
Use an eco-mode, which improves motor operation to reduce fuel consumption at lower loads if you need your generator to keep you powered for a longer period. The start dial is yet another minor aspect that I value. Generac is simple to use and activates with a quick dial turn.
After evaluating the Generac GP2200i, I concluded that having an eco-mode that allows you to conserve fuel and power your small electronics for longer is useful. It is simple to start, lightweight, and generally attractive.
This was purchased last year, and since then, two extended power outages have occurred. Most recently, it was run nonstop for 48 hours in a blizzard with a 1-degree windchill and worked flawlessly. It Kept the TV, furnace, fridge, light, and other appliances operating effortlessly. The fuel tank has a 7+ hour lifespan. I never had to top off the oil. Begins with one pull.
- Longer duration of continuous operation at high loads
- The beginning knob makes operating simple.
- Dimensions that are small and weight
- Eco-mode and a large fuel capacity
- Functioning at a loudness of about 70 dBA
- The overall standard can be raised
(Image Source: Unsplash)
Top Handheld Generators – Honda 664240 EU2200i 2200
Honda EU2200i is the second-best 2000-watt generator. This particular generator was well-liked when I was looking at them. It was also my first choice if I needed a dependable, long-lasting backup energy source.
The Honda EU2000i motor employs the Honda GX100, which produces 1600 operating watts and 2000 starting watts. This power transfer is enough for various uses, such as backup power for home appliances and modest construction projects.
When I cracked the package, I was impressed by the device’s quality and air-cooling mechanism, which prevented overheating. The generator provides the finest alternatives for longevity. It has a longer runtime and is smaller than the WEN 56200i.
The EU2000i is exceptionally effective because of its eco-throttle feature. At 25% load, the generator lasts eight hours. You can run the device constantly for up to three hours if you ramp the power output to 100%. The Honda EU2000i is a powerful and comfortable RV or outdoor vehicle. It includes overheating protection and is fairly powerful. It also operates quietly, making it perfect for camping.
This small Honda generator is incredibly quiet and powerful. We used it to plug in our air conditioner on our camping trip! Wonderful!
- Lower than 60 dBA for operating noise
- Quite a long running time
- Air cooling for further safety
- Oil level warning system
- The price was relatively high.
- Ineffective manual recoil start system
(Image Source: Picjumbo)
Best Generator For Bouncy Castle – WEN 56200i 2000-Watt Gas Powered
- Two Thousand Surge Watts And 1600 Rated Watts At 53 Db
- Campsites, Tailgates, Construction Sites, And Power Outages.
- Safely Generates Clean Power
The WEN 56200i is ranked first on my list because it provides adequate efficiency for the price and gives the best value. I keep returning to this model despite having tested the other generators. It is the greatest 2000-watt inverter generator due to its strong motor, convenient features, and affordable pricing.
The 79.7 ccs 4-stroke OHV engine in the WEN 56200i produces 1600 rated and 2000 peak watts. Despite having a lesser energy rating than the Westinghouse iGen2500, I could still power my vital appliances during a blackout.
There is an ergonomic handle that makes carrying it simple. It is also lightweight, so carrying it inside and out of your RV won’t be an issue. The WEN 56200i has a one-gallon fuel tank and a pull-start system. I could use this unit for six hours at a load of 50% before refueling.
I had no problems powering all my appliances, including delicate gadgets, using the two three-prong 120-volt AC outlets, a 5-volt USB connector, and a 12-volt DC outlet with a THD rating of less than 3%.
Wen 56200i has passed our tests and is suitable for camping and outdoor use. It contains features that are simple to understand and manageable for someone utilizing a generator for the first time. You may worry-free power a variety of devices and leave them on overnight.
The generator operates flawlessly. I applied a 1540w/1250w load on the generator from eco, and it throttled up perfectly to sustain the load. Although I haven’t performed any “time trials,” the heater was running under that load for around 10 minutes before I turned it off.
However, this heater is the closest I could get to the generator’s power rating. I’ll try to find something I can test precisely at 2000w/1600w at some time. The sound is fairly reasonable and matches the manufacturer’s claims. The generator made only an engine/muffler hum; there were no rattles or other strange noises.
- Obtainable for a reasonable cost
- Automatic shutoff when oil levels are low
- Protection from overload and the possibility of connecting many generators in parallel
- Eco-mode to reduce the expense of fuel and backup power
- The low power supply is experienced
- The object is tall in profile
(Image Source: EyeEm)
Offering the best of all possible worlds is the Westinghouse iGen2200 Portable Inverter. It’s a fantastic find in the inverter generator category with outstanding levels of fuel efficiency, a quiet motor, and many outputs. The advantages don’t end there, either.
A 1.2-gallon tank is included with the generator. Even if it doesn’t have a very large fuel capacity, it doesn’t matter because it can run on that much fuel for twelve hours. There is also an economical option for the most effective use of gasoline.
This generator is silent. At 52 dBA, it’s barely noticeable. In contrast to conventional white noise, the generator’s soft hum will disappear into the background.
The lightweight and Portable Honda EU2200i Portable Inverter Generator offers a variety of great features. It first produces 2200 watts of electricity and has a parallel option for doubling that. There are two 120-volt, 15-amp AC outlets on it.
The generator’s tiny size is an additional feature besides its power options. It is one of the more compact generators available, measuring 16″ x 20″ x 11″. This makes it simple to locate a location for it whether you’re using it, storing it, or taking it with you. It’s also lighter than our other two options, weighing only 40 pounds.
It is also simple to use. The Honda GXR120 engine is quiet, operating between 48 and 57 dBA. Additionally, it offers a combination of features that make maintenance simple. A sizable spout and an oil drain gutter are also helpful while changing the oil.
The WEN 2000-Watt Portable Inverter Generator provides several power sources and generates 1600 operating watts of power. You should have enough power with two 120-volt AC outlets, one 12-volt DC outlet, and one 5-volt DC connector.
It can also run in parallel. It weighs 48 pounds, more than our last three reviews combined. It’s still portable, though, because of its modest weight. It is also convenient to store at 18 x 11 x 18 inches.
Best Generator For Bouncy Castle Buyer’s Guide
What Power Source Size Do I Need For A Bounce House?
Typically, inflatables are inflated with air, and then that is it. They remain inflated after being inflated. Those of you who had seen bounce houses before probably noticed the blower. Why does it need to continue operating?
Bounce houses are a particular kind of inflatable, after all. They must be supplied with air continuously to avoid collapsing. You would be good if you assumed that this would demand a substantial amount of power. How much power, though? A lot, I assume?
You might assume that wall juice is required for bounce house blowers to operate. However, the power requirements are lower than you might expect. A generator is available for use with bounce houses.
So, the next question is: “What size generator do I need for a bounce house?” This information is necessary to rent a bounce house for an event or if your company owns one. Explore now!
How Long Will A Generator Power My Bounce House?
You shouldn’t be concerned if your bouncy house blower is plugged into a wall socket. However, a generator used to inflate a bounce house would ultimately run out of fuel. We’ll get into more specifics, but first, let’s think about a general principle.
You can rely on your generator for an hour and a half with the average fuel tank and the necessary power. You can acquire six or seven hours of energy using stronger generators and smaller blowers.
Yes, generators provide long-lasting electricity with larger fuel tanks. No, it would help if you never refueled a running generator.
Use Of Electricity In Bounce Houses
The question “How many watts does a bounce house blower use?” may arise. (By the way, we’re impressed that you conceive of power in terms of watts.) We should know what size blower is needed to inflate the bounce house.
Miniature Bounce House
Over 1100 cubic feet per minute (CFM) can be moved using a 1-horsepower (HP), 7-amp (A) blower. Eight hundred watts per hour will be used for this.
Small Bounce House
Around 1300 CFM can be produced using a 1.5 HP, 9A blower. Over 1,000 watts, or 1 kilowatt, will be consumed by this.
Large Bounce House
The output of a 2 HP, 14A blower is over 1400 CFM. Over 1.6 kilowatts per hour will be used for this. Even more, power may be needed for some bounce houses. Two blowers come in very handy in this situation. You could need two 1.5HP blowers to fill a very large bounce house.
What kind of generator will you require right now? A 2,000-watt minimum power output is required. As long as there is gasoline, one blower can be operated by this. You may need to upgrade to a 4,000-watt generator to power two blowers. This gives you sufficient space to simultaneously run a modest stereo, plug in lights, and charge phones.
How Much Does It Costs to Run a Bouncy Castle?
We’ll presume a 2000-watt generator with a 1-gallon fuel tank is being used. The bounce house employs a 1-kW blower because of its medium size. A 2,000-watt generator typically burns 1/4 gallon of fuel every hour. If you do this, the tank won’t dry for another hour and twenty minutes.
Currently, a gallon of gas costs about $4.70 on average: therefore, operating a bounce house for one hour and twenty minutes will cost $4.70. Of course, this is an estimate. For generators and blowers of different sizes, actual costs will vary.
Generator Watts Calculation
Wattage and “surge watts” are likely to be the deciding factors. Surge watts are the power needed to cycle or turn on an object.
It would help if you tallied up the standard “running” watts once you have a list of all the objects you will be powering and the needed standard and surge watts. For surge watts, which are different, you need the greatest figure.
I’ll give you an example. For instance, supposing you plan to power the devices listed below:
- With a running wattage of 1500 and a surge watt value of 2000, a bounce house
- With a constant wattage of 2100 and no surge watts, one cotton candy maker
- a two-horsepower blower, 1600 operating watts, and 2000 surge watts, all in an inflatable slide
Our overall running wattage comes to 5200 watts. We must increase the running watts total by the greatest surge watt figure, which is 2000.
The result is 7200 watts, so we will use a generator with a 7200-watt capacity to cover running and startup/cycle. In this situation, a 7500-watt generator is ideal.
A generator normally has two 20-amp breakers, which will restrict the number of devices you may plug into it and is something we must highlight because it can be very bothersome. Therefore, if your list is lengthy, you may require many generators.
We’re sorry that we had to be the ones to inform you of this. You have to know that this is terrible news.
Additional Generator Considerations And Concerns
Now that you have the required wattage and a ballpark estimate of the cost, there are a few other important considerations to give some thought to:
- Where will you store it when it’s not in use? If you need it in the sun for power reasons, you’ll want to ensure it’s in a cool, shaded area.
- Gas or solar energy? Although gas provides more power, depending on how long you need to operate the generator, you may need to refuel it once or twice. Solar power is possible, but you’ll need to be sure it can produce enough electricity to meet your needs. Many solar power systems will need to meet the strict requirements.
- Is the generator transportable enough to easily get it where you need it?
How Do We Test The Best Generator For A Bouncy Castle?
We must first consider how we measure the generators’ noise levels before determining how loud 50-95 dB generators are. One important detail applies to all generators, even the quietest ones. A generator is typically run at more than 1/4 load.
The generator’s noise level is measured at full load (100 percent output) or the second-decibel level (higher sound limit). For instance, when a 2,500W is producing 2,500W of output power.
The important information that you have to be aware of is as follows:
We measure the generators’ noise levels from a distance of 23 feet. That’s accurate. Only when a generator is 23 feet (7 meters) distant can it create its maximum noise level of 74 decibels. Your ears will likely be damaged by 80 dB or more noise if you are standing next to a 74 dB generator.
The idea of a generator that produces noise below 60 dB is alluring since human hearing can only withstand noise levels beyond 85 dB for a limited amount of time.
Let’s look at some decibel equivalents to see how loud generators are:
Quiet Generator Decibel Levels
To determine how loud or silent a generator is, we utilize decibels (dB). The Wikipedia definition of decibels is as follows: The decibel, one-tenth of a bel (B), is a relative unit of measurement.
It employs a logarithmic scale to compare two values of an integer or root-power quantity. There is a power ratio of 101/10 (about 1.26) or a root-power ratio of 101-20 (about 1.12) between two signals whose levels differ by one decibel.
Let’s look at some real-world examples to clarify that. 0 dB is scarcely audible to us. The sound that breathing creates is 10 dB. The noise level of a whisper is around 30 dB, whereas a refrigerator typically runs at 50 dB. Here is a wonderful illustration of various dB sounds:
As you can see, quiet generators have noise levels similar to conversations or refrigerators (50 dB and 60 dB, respectively). Louder generators can make noises as loud (80 dB) as a vehicle or even louder (90 dB) than a hairdryer.
You can use this picture to determine, for instance, how loud a 74 dB generator is. A 74 dB generator is equivalent to the noise level of a bus or a car.
Here are the rugged ranges and how generators are classified as a result of how much noise they produce:
- Quietest Generator: Below 50 dB
- Quieter-Than-Average Generators: 60-70 dB
- Quiet Generators: 50-60 dB
- Loud Generators: Above 90 dB
- Louder-Than-Average Generators: 80-90 dB
- Average Noise Generators: 70-80 dB
Quiet Generator Energy Efficiency (Inverters Are Particularly Energy Efficient)
Because gasoline has a 36% higher energy density than liquid propane, gasoline generators will typically run 36% longer. The inverter gasoline generators are the quietest and most energy-efficient generators.
Remarkably low noise levels for a generator are another benefit of an inverter generator. Here are several factors favoring silent inverter generators:
- The standard generator operates continuously at the predetermined output (often 100% load). This means that the conventional generator will use gas supplying 5,000W whether you require it or not, even when you don’t require 5,000W, for example. It will continuously make a lot of noise.
- On the other hand, the inverter generator adapts its power output to the electricity demand level. That implies that as the demand for electricity declines, it can cut power output (and manually lower noise levels). Because of this, inverter generators are far more energy-efficient and quiet than conventional generators.
As you can see, the Best Generator For Bouncy Castle comes down to your wattage needs and understanding those crucial surge watts. As long as you’ve taken care of these and have chosen a generator that can provide coverage slightly beyond what you need, everything should go according to plan.
Remember to keep some extra fuel safely on hand and that plugged-in items have an amp and breaker limit. Following that, you’re ready to create some lasting memories for your loved ones. We wish you luck and success!
Frequently Asked Questions
How big of a generator do I require to operate a bounce house?
The recommended minimum power level is 2,000 watts. This may power one blower for as long as there is gasoline. If you need to run two fans, invest in a larger generator with 4,000 watts of power. There will be enough power for a small sound system, some lights, and phone chargers simultaneously.
Can a generator power a bounce house?
Inflatables and bounce houses typically draw power from a standard household outlet. This is OK for most backyard gatherings and activities in halls or community centers. You will need a fuel fan or generator if your event is more than 45 meters from an electrical supply to power your bounce house or inflatables.
How many watts are required to operate a bounce house?
A 3/4 hp (750 watts) inflator is typically used for small inflatables and 1.5 horsepower for bigger inflatables. Several inflators may be required for some inflatables. You must consider this power usage when using a generator or running out of extension leads.
Which blower size do I need for my bounce house?
A blower with 1 HP and 800 to 900 CFM should work with a smaller 12’x12′ bounce house. For example, the 22’x22′ Big Bubba commercial bounce house requires at least two horsepower and 1000–2000 CFM. 1.5 HP to 2 HP blowers are frequently used in large inflatable obstacle courses and water slides for commercial applications.