Inflatables are becoming more and more common for usage at festivals, parties, and even privately. However, many people are unsure whether inflatables are energy efficient due to the rising concern for energy efficiency and the effects of energy consumption on the environment. The answer to this is not simple because it relies on a number of variables, including the size of the inflatable, the type of blower being used, how long it will be in use, and more.
Inflatables require different amounts of electricity depending on their size, type of blower, and amount of time they are utilized. A larger inflatable, on the other hand, may consume up to 5-6 kilowatts each hour, while a tiny inflatable may use as little as 1-1.5 kilowatts on average. This means that utilizing inflatables might result in a significant increase in your electricity cost, especially if you use them frequently or for extended periods of time.
The largest inflatable bounce house on the market measures over 40 feet long, 30 feet wide, and 20 feet high. This enormous inflatable can fit between 50 and 60 people at once. It’s crucial to remember, too, that larger inflatables use more energy and might need a bigger, stronger blower to inflate.
The size of the inflatable and the blower utilized will determine the size of generator needed to power a bounce house. A generator with a capacity of 1-2 kilowatts is often needed for a bounce house, whereas a larger inflatable may need a generator with a capacity of 5–6 kilowatts. Before buying a generator, it’s crucial to check the manufacturer’s instructions or with an expert to make sure it’s compatible with the blower and the inflatable.
Although it can be alluring, it is not advised to use a leaf blower to inflate a bounce house. Leaf blowers may not be able to produce the necessary pressure or airflow to effectively inflate the bounce house because they are not intended for use with large inflatables. Furthermore, utilizing a leaf blower could be risky because it might harm the inflatable or make it unstable.
In conclusion, if used properly and with the necessary tools, inflatables can be energy-efficient. To reduce energy consumption, it’s critical to pick an inflatable that is the proper size and kind, use a blower that is compatible with it, and use it just for a short period of time. In order to save energy and assure safe and effective use, it is also possible to reduce energy consumption by employing a generator that is compatible with the inflatable and the blower.
Depending on the size and style of the inflatable as well as the local electricity rates, the cost of running a bounce house for an hour can change. However, operating a bounce house might cost anywhere from $0.50 to $2.00 per hour on average. It’s crucial to keep in mind that some inflatables may demand more electricity than others, so it’s recommended to check the manufacturer’s instructions or get professional advice.