Location: Austria | System Capacity: 1075kWh | Application: Dinosaur Theme Park | System Type: Off-grid capable C&I energy storage
Imagine running a dinosaur theme park — life-sized animatronic dinosaurs, interactive exhibits, children's playgrounds, lighting, ticket systems, and food services. Now imagine all of that shutting down unexpectedly because of grid instability. That was the reality for one Austrian theme park operator, until Dawnice delivered a 1075kWh commercial and industrial (C&I) energy storage solution.
This project demonstrates how modular battery storage can provide reliable, uninterrupted power for tourism and entertainment facilities — reducing costs, enhancing visitor experience, and supporting sustainability goals.
Project Background
A dinosaur-themed park in Austria, which attracts families with children and dinosaur enthusiasts, faced recurring grid instability and voltage fluctuations that risked disrupting operations during peak hours. The park required a reliable, stable power supply to ensure uninterrupted operation — not just for visitor comfort but also for critical systems such as ticketing, lighting, food storage, and animatronic displays.
Additionally, rising electricity costs in Europe placed increasing financial pressure on the park's operating budget. The park owner sought an energy solution that would:
- ✅ Provide reliable backup power during grid failures
- ✅ Reduce electricity costs through intelligent energy management
- ✅ Support the park's sustainability and eco-friendly brand image
- ✅ Allow for future expansion as the park grows
The Dawnice Solution — 1075kWh Modular Energy Storage
After a thorough needs assessment, Dawnice designed and deployed a customized 1075kWh commercial and industrial energy storage system using multiple 200kWh battery modules. This modular approach offered significant advantages over containerized systems in terms of flexibility, transport, and cost.
System Configuration Highlights
| Feature | Specification |
|---|---|
| Total Capacity | 1075 kWh |
| Battery Modules | Multiple 200kWh DC battery cabinets |
| Cell Type | Grade A LiFePO₄ (314Ah) |
| System Voltage | High-voltage DC (716.8V range) |
| Cooling Method | Intelligent air cooling |
| Enclosure | IP54 outdoor-rated cabinet |
| EMS | Smart Energy Management System with remote monitoring |
Key Project Advantages
1. 1075kWh Total Capacity — 24/7 Reliable Power
The system provides round-the-clock power supply for the entire theme park, ensuring that every attraction, exhibit, and facility operates without interruption — regardless of grid conditions. With 1075kWh of stored energy, the park can continue operating through extended outages, protecting visitor experience and business continuity.
2. Off-grid Capability — Zero Downtime During Outages
The system supports independent off-grid operation, automatically disconnecting from the grid when instability is detected and seamlessly transitioning to battery power. This feature is critical for theme parks, where even a brief power interruption can cause service disruptions, visitor dissatisfaction, and potential safety issues.
3. Smart EMS — Lower Electricity Costs
The intelligent Energy Management System (EMS) monitors real-time grid conditions and adjusts power sources dynamically. By charging during low-tariff periods and discharging during peak hours, the system achieves significant electricity cost savings. The EMS also provides remote monitoring and diagnostics, ensuring efficient operation with minimal manual intervention.
4. Modular 200kWh Battery Modules — Flexible, Scalable, Cost-Effective
Why choose 200kWh battery modules instead of a single large containerized system?
- ✅ Flexible system expansion — additional modules can be added as the park's power needs grow
- ✅ Easier transport and on-site installation — no special heavy-lift equipment required
- ✅ Ideal for solar+storage and off-grid applications — compatible with existing or future PV arrays
- ✅ Lower upfront investment compared to containerized ESS solutions
- ✅ Redundant reliability — if one module requires maintenance, others continue operating
Why Grade A LiFePO₄ Cells?
Every Dawnice C&I battery system uses Grade A LiFePO₄ cells — the safest, most stable lithium battery chemistry available for commercial applications. With over 6,000 cycles and a design life exceeding 15 years, these cells ensure decades of reliable service with minimal degradation. The advanced Battery Management System (BMS) provides 7 layers of protection, including overcharge, over-discharge, overcurrent, short circuit, temperature monitoring, and insulation detection.
Results: A Sustainable, Resilient Theme Park
Since the installation, the Austrian dinosaur theme park has achieved:
- ✅ Zero downtime from grid outages — the system automatically takes over whenever the grid fails
- ✅ Significant cost savings — peak electricity consumption is now covered by stored energy, reducing operating expenses
- ✅ Enhanced brand reputation — the park can now promote itself as an eco-friendly attraction powered by clean energy
- ✅ Scalable foundation — additional battery modules can be added as the park expands
Why Dawnice for Your C&I Energy Project?
- ✅ 14+ years of lithium battery expertise — from cells to systems, we control the entire supply chain
- ✅ Modular design — flexible, scalable systems from 200kWh to 10MWh+
- ✅ Global certifications — IEC62619, IEC62477, IEC61000, UN38.3, MSDS
- ✅ 5+5 years warranty — long-term peace of mind
- ✅ Worldwide support — 30+ local service centers across 150+ countries
Dawnice is committed to providing clean, efficient, and safe energy storage solutions for commercial and industrial clients worldwide, supporting them on their path to sustainability.
Contact Us for Your C&I Storage Solution →
*Real installation case in Austria. System performance may vary based on local conditions and usage patterns.
Leave a comment
This site is protected by hCaptcha and the hCaptcha Privacy Policy and Terms of Service apply.