- Electricity on European Campsites
- Electric hook ups
- #30 Electricity for campers and caravanners - The Camping and Caravanning Club
- Using electricity on a campsite
At Club Sites the supply cable plug is simply a push fit into the bollard socket, but you will find some sites with hook-ups that require the plug to be pushed in and then twisted. With this type of hook-up a button has to be pressed to release the supply cable plug. Your connecting lead will need a plug to match this socket outlet and a connector to match the inlet to your unit, both complying with BS EN It is common however to find lesser cables where each core is only 1.
This can be confirmed on the outer PVC covering of the cable where it should be marked.
The maximum cable length of 25 metres should ensure it can reach the supply bollard at most sites in the UK. Always uncoil the supply cable fully to avoid it overheating on a cable reel. The use of a second cable is not recommended, but if it is used it must be fitted with the same BS EN standard plug and connector. The connection between the two cables should be raised off the ground by the use of a propriety joining cover.
Taped cable joints and ordinary 13A household plugs and sockets must not be used under any circumstances. The cable is normally coloured orange so that it is visible and avoids being damaged by grass cutting and other activities on site. Check the needs of your own appliances accordingly before booking.
The pitch supply amperage A required equals the stated wattage of the appliance W , divided by the site supply in volts usually V. The Club is not responsible for electrical damage caused by voltage fluctuations. Many continental sites have this system, but many still use their national-style plugs, especially in France, Germany and Spain.go site
Electricity on European Campsites
To connect a CEE17 lead on these sites requires a lead with a two-pin continental plug at one end and a CEE17 blue socket at the other. When choosing a solar panel, you'll generally want one with an attached power bank.
Simply select which size of battery you require and then use its charge accordingly, alongside rechargeable leisure batteries if needed. When compared with electrical hook up it can be difficult to work out exactly how much energy you have to spend.
Electric hook ups
Solar charging isn't an exact science, but you can multiply the watts by the hours it will be exposed to daylight, and then multiply that figure by 0. For power-hungry devices, you may find that an electrical hook up is more reliable. However, with a bit of practice using solar energy is a clean energy source that you can generate and take with you wherever you decide to visit on your adventures.
Another option is a generator, however they're not welcome on many campsites due to being noisy. Make sure you hear the noise level for yourself before purchasing and consider how you'll avoid being very unpopular on the campsite. Working out if it can provide the right amount energy for your needs is as straightforward as using an electric hook up, so check your appliances and do the maths before making any expensive mistakes.
Whatever option for go for, it is important to consider how you can reduce your energy consumption while still having everything you need. You could make small changes that add up to a lot such as replacing halogen lights with LEDs which consume less energy. It's worth considering adding more insulation to the windows or doors of a campervan, motorhome or caravan to reduce the amount of heat escaping too.
This can be done relatively simply using sheets of acrylic cut to size, and can save masses of energy if fitted correctly. Household extension cables simply are not up to the task! Make sure you visit a reputable outdoors shop when purchasing your EHU cable and mobile mains, to avoid risking the health and safety of yourself and others. Cables are available in many lengths, but we'd suggest a 25 metre cable to ensure that you can access the supply bollard if you're allocated a pitch a little distance away. Don't forget about the RCD Residual Current Device which will protect you against a potentially fatal electric shock if something is to go wrong.
This sensitive device will shut off all electric power to the electrical circuits in your system if it detects a problem, and you certainly shouldn't consider using an EHU in your tent without one.
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It's also a good idea especially if you are camping abroad to get a plug-in mains tester socket. This helps check the polarity of the supply and the presence of an earth connection. It's a quick, simple and cheap way to test that your plugs are doing their job correctly. It's also important to get a low-wattage kettle, toaster and fan heater - not assume that you can take your household appliances with you. When working with electricity in a potentially wet environment, it's important to take the necessary precautions to ensure that you are doing so safely.
#30 Electricity for campers and caravanners - The Camping and Caravanning Club
Electricity is dangerous and misuse can cause serious injury. You may be surprised at how much power normal everyday appliances use, such as a W rated microwave which probably uses more like 1,W of power 4. The average household kettle runs on a whopping 2,W and therefore uses 8. A camping kettle requires a much more modest W and 3. So do consider investing in some camping specific electricals that require much less power. You can avoid overloading your supply using some quick maths.
Otherwise you might have to contact the campsite's reception to check if a fuse has blown. You won't be popular! If you're a camping purist and you're wondering why on earth anyone would want to use electricity while camping and what you can use an electric hook-up for, here's the full list of ideas from the infographic above! Hi, I enjoy camping but for the first time am trying an EHU pitch. I see you can run hair straighteners and hairdryer, I only intend to use one at a time but can you tell me how I find the kW on hair straighteners.
Using electricity on a campsite
The hairdryer states kW so I should be ok on a 10 amp supply, but are straighteners more or less and how do I actually find out? What on the straighteners am I actually looking for to determine the kW on them. You should find a sticker somewhere on the hair straighteners that tells you the voltage V and either the current A or wattage W or kW.
You can calculate the wattage by multiplying V x A, or calculate the current by dividing wattage by voltage. Most straighteners are lower powered than hairdryers though, so you should be fine if you have a 10A supply. Rechargeable or gas hair straighteners are an alternative option.