Carvan, Water and Amusement Parks
Are a massive electricity consumption, especially during peak season.
Carvans, Water and Amusement Parks experience significant energy consumption, especially during peak seasons. NexaVolt Energy offers customized solar solutions designed to meet the unique energy needs of these recreational facilities, helping to reduce operational costs and promote sustainability.
Here’s an overview of how they use electricity and the extent of their consumption:
Caravan Park:
- Electricity consumption per site: 2-6 kWh/day depending on whether guests use electric heating, air conditioning, or charge electric vehicles.
- Total consumption: A large campsite with 500 sites can use 1-3 MWh per day, which corresponds to up to 1 GWh per year.
Water Parks
- Pumps & water purification: Large circulation pumps and UV purification run around the clock and can use 100-300 kWh daily.
- Heating: If the water is heated with electricity, a pool of 1000 m³ may require 10-20 MWh/month during peak season.
- Water slides: Electric pumps and lifts use 50-150 kWh/day.
- Total consumption: A large water park can use 2-5 GWh annually, which corresponds to the electricity consumption of 500-1000 households.
Amusement Parks
- Roller coasters & attractions: The largest rides can use 200-500 kWh/hour.
- Lighting: Large parks often use over 1 MWh per day just for lighting.
- Dining & hotels: Restaurants, kiosks, and hotels in the parks significantly increase the total consumption.
- Total consumption: A large amusement park like Tivoli or Djurs Sommerland can easily use 10-20 GWh annually, equivalent to the electricity consumption of 2000-4000 households.
In 2023 Denmark has introduced a new eco-label aimed at attractions, museums, and zoological parks. It’s called GREEN ATTRACTIONS.
- GREEN ATTRACTION helps attractions such as museums, amusement parks, science centers, and zoos showcase their sustainability efforts—without compromising their business…
- …and gives you a more sustainable—and perhaps even better—experience.
- GREEN EXPERIENCES AND FUN WITH GREEN ATTRACTION
GREEN ATTRACTION is a targeted environmental label for attractions. - Read more about this GREEN ATTRACTION
Danish Caravan Park Using 100,000 kWh/year
Caravan Park
A well-established caravan park in Denmark with out water park, operating from april – oktober, consumes approximately 100,000 kWh of electricity annually. Rising energy prices and a growing demand from guests for sustainable travel options prompted the park’s management to explore solar energy as a long-term solution.
Challenge
High annual electricity costs (approx. 150.000,00 DKK/year)
Dependency on the grid with exposure to fluctuating prices
Desire to reduce carbon footprint and promote green tourism
Limited roof space on facilities and cabins
Solution
The park partnered with a solar energy provider to install a 95 kWp solar PV system, paired with a battery storage solution for increased self-consumption. The system was tailored to optimize production during peak daytime hours and reduce dependency on the grid in the evenings.
Key Features:
Rooftop and ground-mounted panels to maximize space
Smart energy management system to monitor usage and savings
Battery storage of up to 23.6 kWh expandable in modular units
Prepared for grid export (depending on park’s meter setup)
Results
Covers approx. 90% of annual energy needs with clean, renewable power
Estimated savings: 130.000,00 DKK/year
Payback time: 6–7 years
CO₂ savings: 20+ tons/year, equivalent to planting over 1,000 trees annually
Park now promotes its green profile in marketing, increasing appeal to eco-conscious travelers
Quote from Park Manager
“We’ve reduced our energy bills significantly while making a real environmental impact. Guests love the fact that their holidays are now powered by the sun.”
☀️ Solar Power for Swimming Pool Halls & Water Parks:
Why It’s the Future
Why Solar Panels Are Ideal for Swimming Pool Halls
1. Consistent, High Daytime Usage = Ideal for Solar
Pool halls run pumps, lights, and HVAC during the day — exactly when solar panels generate the most energy.
2. Large Unused Roofs = Solar Potential
Most pool buildings have large, flat roofs perfect for mounting high-output PV systems without shading.
3. Immediate Daylight ROI
Solar directly powers daytime operations:
Reduces daytime grid draw
Immediate utility bill savings
Helps balance fluctuating energy prices
📊 Co2 Savings with a 100 kW Solar Installation
✅ Annual Production: ~90,000 kWh/year
✅ Electricity Offset: Up to 25–40%
✅ CO₂ Savings:
Germany: ~31,500 kg/year
Denmark: ~16,200 kg/year
- Add battery storage or solar thermal systems to unlock even greater energy and cost savings.
♻️Benefits with Solar System to Public Pools
| Benefit | Result |
|---|---|
| ⚡ Lower electricity bills | Save 30–50% annually on energy |
| 🌍 CO₂ reduction | Reduce thousands of kg of emissions each year |
| 💰 ROI within 6–10 years | Especially with subsidies or municipal green grants |
| 🏛️ Efficient roof usage | No land needed – just install on the roof |
| 🔋 Battery integration | Store excess energy for evenings or cloudy days |
🏊♂️ Indoor Swimming Pool Energy Consumption in Denmark
A typical indoor swimming pool hall consumes a massive amount of electricity and thermal energy, mainly for:
Water heating
Air ventilation & dehumidification
Lighting
Pump systems
According to a report from the Danish Technological Institute (Teknologisk Institut):
A medium-sized pool (25 x 12.5 m) typically uses:
Electricity: 300,000–500,000 kWh/year
Heat (district heating or gas): 1.2–1.5 million kWh/year
✅ That’s equivalent to the total annual energy usage of 50–100 average Danish households!
⚡ Typical Energy Consumption of a Swimming Pool Hall
| System | Typical Share of Total Energy |
|---|---|
| Water Heating | 40–60% |
| Ventilation & Dehumidifying | 20–30% |
| Lighting | 5–15% |
| Pumps & Filtration | 5–10% |
📏 Per m² Energy Use Estimates:
Electricity: 200–700 kWh/m²/year
Thermal energy: 500–1,500 kWh/m²/year
🔎 A 1,000 m² facility could use over 2 million kWh annually.
🌊 Energy Consumption in Water Parks
💡 Wave Pools & Ride Systems:
Wavegarden surf pools consume 0.6–1.2 kWh per wave (~300–400 kWh/hour)
Rides and cooling systems often run for 10–14 hours a day
➡️ Energy costs account for 15–25% of total operational expenses in water parks.
🌱 Smart Energy Efficiency Upgrades
Popular Upgrades for Pool Halls & Parks:
Solar PV systems to power lighting, pumps, and air handling units
Solar thermal collectors for pre-heating pool water
Heat recovery ventilation (up to 90% efficiency)
Pool covers at night to reduce heat loss and evaporation
LED lighting with motion sensors
Variable-speed pumps and smart controls
🫵🏽 Ready to make your swimming pool facility sustainable?
📩 Contact NexaVolt Energy today to learn how we can help your pool hall, wellness center, or water park slash energy costs and emissions with custom solar and storage solutions.
🌍 Global Examples of Energy Optimization
Ramayana Water Park (Thailand): Replaced 20+ pumps → 30% reduction in energy costs, saving €40,000/year
Disneyland Paris: Installed 82,000 solar panels → 36 GWh/year, covers 17% of electricity needs, reduces CO₂ by 890 tonnes/year
WhiteWater West: Builds water slides with low water entry tubs to cut both water and energy usage