Heating systems heat the water which comes out of the caravans. They can provide hot water throughout most of the caravan, unlike central heating systems that heat only one room at a time. They are fuel efficient, and they don’t require as much electricity as other types of heating systems. In this article, you will briefly learn about the type of caravan hot water system you need for your caravan and how to get it installed through your dealer or independent installer. You will also know some information on how the service works.
What is the caravan hot water system?
Caravan hot water system heat the water passed through a boiler. The advantage of using a heating system over a central one is that it is less expensive, less intrusive, and does not require the installation of piping and ducting to every room in the caravan.
If you have ever had to sleep in your tent in cold showers, you know how unpleasant it feels. As a result, not all caravan owners use them, and many choose central heating systems for their cars instead of caravans’ heating systems, which are more fuel efficient and cheaper to run than major heating systems.
How does it work?
Most of the heating system runs on gas. The gas is used to heat water, and the heated water is then passed through the pipes to distribute heat throughout most of the caravan. These systems are similar to house boilers, but they are highly efficient.
The heating system can be kerosene or propane-based, depending on the requirements of your site, location, and dealer. Kerosene-based systems have a flame that produces heat that gets transferred directly into your hot water system. Its primary function is to heat food and liquid. Propane-based systems have a pilot light that ignites natural gas that runs through pipes in your system to transfer heat into your caravan for hot showers etc.
Why use it?
The main advantage of using a heating system is that you do not have to run pipes across the site to each room. It saves considerable time, energy, and money. Heating systems are very energy efficient. The heat is transferred from the boiler directly into the pipes, and there are no losses in heat transfer, unlike with central heating systems. They range from 400 to 750 liters in capacity per hour and can be used for domestic and commercial purposes.
Why use central heating?
If you need hot water throughout most of your caravan, it is better to go for a water-based system than a central heating system because it is more fuel efficient and cheaper to run than central heating systems. On the other hand, if you don’t need your entire caravan heated, it is cheaper to have a central heating system installed since it can be started and stopped in a few minutes than with a water heating system. Since the main components of both systems are similar, the cost will include many costs like installation pipes and ducting, installation, and running costs.
Minimal wastage of water:
A caravan heating system transfers heat more efficiently to the water because it does not require as many people to work. In addition, it works similarly to other heating systems such as central heating, so the possibility of wastage is less with a heating system than with a central heating system.
The installation of the device means you will have less work, saving you from spending money on labor charges. Depending on your needs and budget, you can also have a caravan and central heating system installed simultaneously.
Working of a caravan system:
The working of a water heating system is simple and without any complications. First, the heat is transferred into the pipes through a heat exchanger, which pumps water through the system. It then moves to the first manifold, where it heats up and returns to the boiler, where it heats up again and is passed through the rest of the system. The water then reaches your showers, taps, etc. Caravan water-based systems are generally more fuel efficient than central heating systems since they transfer more heat directly into your hot water, so there is less heat loss than central heating.