Trystan Casey
Electric hook-ups, also known as 'shore power', are a convenient way to power your RV, campervan, or home on wheels. They allow you to charge your leisure batteries and power appliances by connecting to mains electricity at a campsite or even at home. While it may seem straightforward to connect your vehicle to shore power, there are important safety considerations to keep in mind. This includes ensuring your appliances are turned off before connecting, using a surge protector, and being aware of the current and power requirements of your campsite and appliances. If you're unsure, it's always best to consult a qualified electrician.
Electric Hookup Characteristics
| Characteristics | Values |
|---|---|
| Electric hookup type | Shore power |
| Use | Connects a campervan to 230V mains power |
| Where to use | Campsite or home |
| Benefits | Charge leisure batteries, run appliances directly from mains |
| Precautions | Ensure appliances are turned off before connecting, use a surge protector |
| Power cord | Check length, locate in the driver's side compartment or separate storage area |
| Power source | 30-amp or 50-amp shore power connection |
| Safety | Comply with local electrical regulations, get a qualified electrician if unsure |
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What You'll Learn
Electric hook-up for campervans
Electric hook-up, also known as 'shore power', allows you to recharge your leisure batteries and power 230V appliances when plugged in at a campsite or at home. Campervans typically use a combination of 12V and 230V power, with 12V power from a leisure battery used to power essential components such as lights, the fridge, and the water pump.
To bring mains power into your campervan, you will need a long electric hook-up cable with a caravan-style, weather-proof, 2p+E plug, and a waterproof power inlet mounted on the wall of your van. When choosing a power inlet position, ensure it is in a sensible location on the inside of your van, not below any water pipes, and that it matches up to a good position on the outer skin of your van where there are no grooves in the metalwork.
You can then wire the cable into your power inlet socket before screwing or sealing it into place. It is much easier to do this when you can move it around to get the right angle. You should follow the wiring diagram to connect your MultiPlus inverter/charger to the two consumer units. Any non-inverter loads can be connected to the first consumer unit.
It is important to remember that campsite hook-up posts have a rated current draw of either 10A or 16A, equivalent to 2300W or 3680W. If you use multiple high-wattage appliances, you could trip the campsite post and may be charged by the campsite to turn it back on. You can check the label on your 230V appliances to see how much power they will draw.
Before connecting to shore power, ensure all your appliances are turned off and locate your power cord and surge protector. You can then connect the surge protector and turn the breaker on to check if the electricity is working.
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Electric hook-up for RVs
RVing is a fantastic way to explore and enjoy the outdoors, and having a reliable power source is essential for a comfortable and convenient experience. Here's a step-by-step guide on how to set up your RV's electric hook-up, ensuring you have access to all the amenities you need while on the road.
Step 1: Understand Your RV's Electrical System
Before connecting to any external power source, it's crucial to familiarize yourself with your RV's electrical system. Typically, RVs use either a 30-amp or 50-amp service, and understanding your RV's voltage requirements is essential for safe and proper hook-up. Check your RV's manual or the label on the electrical panel to identify the voltage and amperage specifications.
Step 2: Choose the Right Power Cord
Ensure you have the correct power cord for your RV's electrical system. The standard cords for 30-amp and 50-amp services are designed specifically for their respective systems and feature unique plugs and outlets. Using the right power cord ensures a safe and proper connection.
Step 3: Locate the Power Source
Identify where you'll be plugging in your RV. This could be at a campground, RV park, or any other location with the appropriate electrical hook-up. Look for a power pedestal or outlet that matches your RV's electrical needs. If you're unsure about the availability of power at your destination, contact the campground or refer to reliable online sources for RV travellers.
Step 4: Connect the Power Cord
Once you've located the power source, it's time to connect your RV. Plug one end of the power cord into the outlet on the power pedestal, ensuring it's securely inserted. Then, take the other end of the cord and plug it into the corresponding outlet on your RV. Again, make sure the connection is secure and tight.
Step 5: Test and Monitor Your Power
After establishing the connection, head inside your RV and turn on the breaker for your electrical system. Check that all your appliances and electrical systems are functioning properly. Monitor your power usage and ensure it doesn't exceed the amperage rating of your hook-up. Keep an eye on the power pedestal for any signs of overload or tripping.
Step 6: Practice Electrical Safety
Safety should always be a priority when dealing with electricity. Ensure your RV's electrical system is properly grounded, and consider using a surge protector to safeguard your appliances from power surges. Avoid overloading the electrical system by managing your power usage, especially with high-wattage appliances. Regularly inspect your power cords and adapters for any signs of damage or wear, replacing them as necessary.
By following these steps, you'll be able to safely and effectively hook up your RV's electricity, ensuring a comfortable and well-powered home-away-from-home during your travels. Remember to adapt these steps based on your specific RV model and always refer to the manufacturer's guidelines for the most accurate and up-to-date information.
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Using shore power
Shore power is an electrical power supply for your RV or boat from an external source. This is usually available at campgrounds, RV parks, or even on the side of a friend's garage. Using shore power is beneficial as it provides a consistent source of electricity, ensuring that all your onboard systems can function optimally. This means you can run appliances such as air conditioning, the refrigerator, and the microwave without worrying about draining your RV's battery or running out of fuel for a generator. Shore power is also more cost-effective and environmentally friendly than relying on a generator or solar panels.
When using shore power, it is important to ensure that the power source is compatible with your trailer's or boat's internal electrical system. Most RVs require 30-amp or 50-amp electrical service, while boats typically have a DC electrical system that operates on 12V or 24V. To utilise shore power, you will need to connect your shore power cord to the power source, which is usually located on the dock or at the campground.
There are several products available to make connecting to shore power easier and safer. For example, the Kohree 15 Amp NEMA (5-15P) to 30 Amp NEMA (L5-30R) adapter with a surge protector allows you to connect your 30-amp or 50-amp RV to a household power supply. This enables you to run low-power appliances like your RV refrigerator before hitting the road. Additionally, the upgraded RV shore power outlet box comes with pre-drilled holes and various-sized gaskets for easy installation and compatibility with different wire gauges.
When using shore power, it is important to regularly inspect your cords and plugs for any signs of damage or corrosion, especially if they have been exposed to saltwater. Poor connections can lead to overheating, arcing, and potential fires. It is also crucial to ensure that your shore power cord has enough slack to allow for free movement and prevent it from becoming trapped during tidal swings or high winds.
By following these guidelines and utilising the available products, you can safely and effectively use shore power to enjoy the benefits of a consistent and cost-effective power supply for your RV or boat.
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Electric hook-up at home
Connecting to the power grid is one of the first things to consider when building a new home. There are two main options for electrical hook-ups: connecting to the local power grid or living off the grid.
If you plan to connect to the local power grid, the first step is to call your local power company to understand the requirements and costs. They will be able to advise on the type and cost of service you need. You will also need to determine whether the connection will be made via overhead line or underground. Underground installations are more common, especially if the distance from the power pole to the home is significant. The power company will calculate the average power usage and the power used at a given time to determine the correct wire size.
If you live in an area that is conducive to wind or solar power, you may want to consider living off the grid and producing your own power.
If you are looking to connect an RV to your home's electrical system, there are a few things to keep in mind. You will need to determine whether you have a 30-amp or 50-amp shore power connection. To do this, check the number of prongs on the shore power cord; 30-amp plugs have three prongs, while 50-amp plugs have four. You can then connect your RV to your home's electrical system using an outdoor, all-weather extension cord and a 15/20 Amp adapter. Ensure that all electrical appliances in the RV are turned off before plugging in the extension cord.
It is important to note that you should never plug a generator into a wall socket, a practice known as backfeeding. Always consult the owner's manual for detailed instructions and safety guidelines.
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Electric hook-up at campsites
Electric hook-ups at campsites, also known as 'shore power', allow you to recharge your leisure batteries and power appliances when plugged in. Campsites typically offer two main types of electrical connections: 30-amp and 50-amp services. 30-amp hookups are suitable for smaller RVs and provide enough power for basic appliances and lighting, while 50-amp hookups are more suitable for high-wattage appliances and simultaneous usage.
To connect to shore power, you will need a long electric hook-up cable with a caravan-style, weather-proof, 2p+E plug, and a waterproof power inlet mounted on the wall of your van. You can then follow the wiring diagram to connect your inverter/charger to the consumer units. It is recommended to use a surge protector to protect your electrical system from potential surges and to check the voltage with a voltmeter to ensure it is within a safe range.
Before connecting to shore power, ensure that all appliances are turned off and the breaker is switched off. After connecting the shore power and surge protector, turn on the breaker and check if the electricity is working by testing an appliance. If it is not working, check your RV's internal circuit breakers.
Some campsites also offer full hookups, allowing you to connect to water and sewer systems in addition to electricity. To connect to a water source, use a drinking water-safe hose, also known as a potable water hose, and ensure that you have a water pressure regulator to reduce water pressure to a safe level for your RV's plumbing.
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Frequently asked questions
You will need a long electric hook-up cable with a 2p+E plug and a waterproof power inlet to be mounted on the wall of your campervan. Ensure that your appliances are turned off, and locate your power cord and surge protector. Check that the breaker for your electrical service is turned off, connect the surge protector, turn the breaker on, and test your appliances to see if the electricity is working.
Shore power is any power source provided by an RV park or campground. It allows you to charge your leisure batteries and run appliances via mains electricity at a campsite or at home.
If you don't know how to do it yourself, a qualified person is required. A qualified electrician should be called if at any time you do not receive power or have any other electrical problem.
