1. Why Electricity Metering Matters in Modern Campsites
Modern campsites are becoming increasingly energy-intensive. Camping pitches are no longer used only for tents and basic lighting. Caravans, motorhomes, air conditioners, refrigerators, water heaters, cooking equipment, and other electrical appliances can all contribute to significant electricity consumption during a guest's stay.
A typical campsite may contain dozens or hundreds of individual camping pitches, each with its own electrical connection. Although the pitches may receive electricity from the same main distribution system, their actual consumption can vary considerably.
One guest may use only a few kilowatt-hours for lighting, refrigeration, and small appliances, while another may operate an air conditioner, electric heater, water heater, and other high-power equipment for long periods. When electricity is included in a fixed accommodation fee, the difference in consumption can become difficult for campsite operators to manage fairly.
For campsite operators, this creates a growing need to understand how much electricity is being consumed at each individual pitch. Instead of treating electricity as a fixed part of the accommodation price, more operators are looking for accurate and convenient ways to measure electricity consumption and manage energy costs.
A LoRaWAN energy meter provides a practical solution for this type of distributed electricity metering. By combining accurate energy measurement with long-range wireless communication, each camping pitch can be monitored remotely without requiring extensive communication cabling.
2. Challenges of Traditional Campsite Electricity Metering
Traditional electricity meters can measure consumption accurately, but collecting data from a large outdoor campsite can be challenging. When meters need to be read manually, staff may have to visit each electrical connection and record the meter reading individually.
This process becomes increasingly inefficient as the number of pitches grows. A campsite with a small number of pitches may manage manual readings relatively easily, but a large campground with hundreds of electrical connections can require significant time and labor.
Communication wiring can also become an issue. RS485 meters are widely used in industrial and building energy management because of their reliable wired communication, but installing communication cables across a large campsite may require additional wiring, trenching, and maintenance. The outdoor layout of a campsite, including roads, vegetation, parking areas, and widely distributed pitches, can make centralized wired communication less convenient.
These challenges make wireless communication particularly attractive for distributed campsite electricity metering.
3. Why LoRaWAN Is Suitable for Campsite Electricity Metering
LoRaWAN is well suited to applications where many devices are distributed across a relatively large area and only small amounts of data need to be transmitted periodically.
For a campsite, a LoRaWAN energy meter can be installed at each camping pitch or electrical connection point. The meter measures electricity consumption and sends the relevant data wirelessly through the LoRaWAN network to a gateway. The gateway then forwards the data to a cloud platform or energy management system through an available Internet connection.
This creates a simple communication architecture in which individual meters do not need to be connected by long RS485 communication cables.
The long-range characteristics of LoRaWAN are particularly useful for outdoor environments. Instead of building a complex communication network between every pitch, campsite operators can deploy suitable LoRaWAN gateways to collect data from multiple meters within the coverage area.
For European campsite projects, EU868 LoRaWAN devices can also provide a suitable communication option where the local LoRaWAN network operates in the European 863–870 MHz band.
4. How a LoRaWAN Campsite Electricity Metering System Works
A typical campsite electricity metering system starts with the installation of a smart energy meter at each electrical connection. Each meter can be associated with a specific camping pitch, allowing the electricity consumption of that pitch to be identified separately.
During a guest's stay, the meter continuously records electricity consumption in kilowatt-hours. Depending on the meter model, additional electrical parameters such as voltage, current, power, power factor, and frequency may also be available for monitoring.
The energy data is transmitted from the meter through LoRaWAN to a gateway. The gateway collects data from multiple meters and transfers it through the Internet to the campsite's management platform or energy monitoring system.
The operator can then view the electricity consumption of individual pitches remotely rather than manually checking every meter.
For example, a campsite operator may associate Meter 00126 with Pitch 126. If the meter reading is 1,256.8 kWh when the guest arrives and 1,279.6 kWh when the guest leaves, the actual electricity consumption during the stay is 22.8 kWh.
This information can be used directly for electricity billing or simply recorded as part of the campsite's energy management system.
4.1 Supporting More Accurate Electricity Billing
One of the most practical applications of campsite electricity metering is consumption-based billing.
Instead of charging every guest the same fixed electricity fee, a campsite can calculate electricity charges according to the actual energy consumed by each pitch. For example, if the electricity rate is €0.40 per kWh and a guest consumes 22.8 kWh during their stay, the electricity charge can be calculated based on that actual consumption.
This approach makes electricity costs more transparent and reduces the need to estimate energy usage.
It can also provide campsite operators with greater flexibility. Depending on their business model, they may choose to include a certain amount of electricity in the accommodation price and charge separately when consumption exceeds the included allowance.
The important point is that the energy meter provides reliable consumption data for each individual pitch.
4.2 Improving Energy Monitoring Across the Campsite
Electricity metering is not only about billing. The collected data can also help campsite operators understand overall energy consumption.
By monitoring individual pitches, operators can compare electricity usage across different areas of the campsite and identify unusually high consumption. A pitch that consistently consumes significantly more electricity than surrounding pitches may require further investigation.
Long-term energy data can also help operators identify seasonal consumption patterns and understand how electricity demand changes during different periods of the year.
This information can support more informed decisions about electricity infrastructure, energy efficiency, and campsite operating costs.
4.3 Remote Monitoring and Control for Smart Campsites
A smart campsite can go beyond remote meter reading. When an energy meter includes a suitable relay or remote switching function, the system can potentially support remote electricity control as well.
For example, electricity at an unoccupied pitch could be switched off remotely, while power could be restored when the pitch is assigned to a new guest. Remote control can also be useful during maintenance or when a campsite operator needs to manage a specific electrical connection without physically visiting the site.
The exact control functions depend on the meter hardware, electrical installation, and management platform. However, combining energy measurement, wireless communication, and remote control can provide a foundation for more automated campsite energy management.
5. Key Features to Consider When Choosing a LoRaWAN Energy Meter for Campsites
Selecting a LoRaWAN energy meter for a campsite requires more than simply checking whether the meter supports LoRaWAN communication. The electrical characteristics, installation method, communication frequency, accuracy, and management requirements should all be considered.
For many camping pitches, single-phase energy measurement is suitable because individual pitches are commonly supplied through single-phase electrical connections. A compact DIN-rail energy meter can also simplify installation inside an electrical distribution box or service pedestal.
Communication frequency is another important consideration. For European applications, an EU868 LoRaWAN energy meter may be appropriate when the local network uses the European LoRaWAN frequency band.
Measurement accuracy is particularly important when electricity data is used for billing. Campsite operators should select a meter with an accuracy class and certification appropriate for their intended application and local regulatory requirements. Where legally relevant, MID-certified energy meters can be considered for applications involving commercial energy measurement.
Other useful functions may include RS485 Modbus communication for local integration, relay control for remote switching, prepaid or postpaid operation, and remote parameter configuration, depending on the project requirements.
6. Example of a LoRaWAN Metering System for a 100-Pitch Campsite
Consider a campsite with 100 individual electrical pitches. Each pitch is equipped with a LoRaWAN energy meter, and every meter is assigned to its corresponding pitch in the management system.
The meters collect electricity consumption data from the individual pitches and transmit the data wirelessly to one or more LoRaWAN gateways. The gateways forward the information to the campsite's energy management platform.
The operator can then monitor the electricity consumption of all 100 pitches from a centralized interface.
Instead of manually checking 100 meters, the operator can identify the energy consumption associated with each pitch remotely. When a guest checks out, the system can use the recorded meter readings to determine the electricity consumed during the stay.
This architecture can be expanded as the campsite grows. Additional meters can be added to new pitches while maintaining the same general wireless metering concept, subject to the capacity and coverage of the LoRaWAN network.
7. LoRaWAN Energy Metering for Campsites and Caravan Parks
The same concept can be applied beyond traditional camping sites. Caravan parks, motorhome parks, holiday parks, and other outdoor accommodation facilities often have similar requirements because electrical connections are distributed across multiple individual units.
In these environments, the combination of smart electricity meters and wireless communication can reduce manual meter reading and provide centralized visibility into electricity consumption.
For operators managing multiple sites, remotely collected energy data can also make it easier to standardize electricity monitoring across different locations.
8. Choosing a LoRaWAN Energy Meter for Your Campsite
A suitable campsite electricity metering solution should be selected according to the number of pitches, electrical supply, installation environment, required measurement accuracy, LoRaWAN frequency, communication architecture, and billing requirements.
IVY Metering provides smart energy meter solutions with LoRaWAN communication for applications that require distributed and remote electricity monitoring. Depending on the project requirements, available configurations can include single-phase or three-phase measurement, EU868 LoRaWAN communication, DIN-rail installation, RS485/Modbus communication, and relay functions.
For campsite operators, system integrators, and electrical equipment distributors looking for a LoRaWAN energy meter for camping pitches or caravan parks, the right meter configuration can help create a more efficient and scalable electricity metering system.
9. Frequently Asked Questions
How does a LoRaWAN energy meter send data from a camping pitch?
The meter measures electricity consumption and transmits data wirelessly through LoRaWAN to a nearby gateway. The gateway then forwards the data to a cloud platform or energy management system through the Internet.
Can campsite operators charge guests based on actual electricity consumption?
Yes. When the metering system records reliable starting and ending readings for each pitch, the difference can be used to calculate the electricity consumed during a guest's stay. The applicable billing method depends on the campsite's pricing model and local requirements.
Can a LoRaWAN energy meter remotely switch electricity on or off?
Some LoRaWAN energy meters include a built-in relay or support remote switching. Whether this function is suitable depends on the meter model, load requirements, electrical installation, and control system.
How many meters can one LoRaWAN gateway support?
The practical number depends on factors such as transmission frequency, payload size, network configuration, coverage, and gateway capacity. The number of meters should therefore be determined according to the specific campsite project rather than using a fixed value.
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