112kWh DC-Side Energy Storage — Driving Efficiency for an Austrian Industrial Leader

Location: Austria  |  System Capacity: 112kWh  |&strong> Configuration: Dawnice DC-Side Battery System  |  Application: Industrial Solar+Storage Integration

Driving energy efficiency in the heart of Europe: Dawnice has implemented a 112kWh DC-Side energy storage solution for an industrial leader in Austria. This high-efficiency system is specifically designed to meet rigorous EU standards and perform reliably in alpine climates, ensuring long-term energy independence and cost stability.

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Project Background

With Austria's commitment to "#mission2030" for 100% renewable electricity, local enterprises are rapidly adopting energy storage to mitigate high peak-load charges. This industrial facility required a high-efficiency DC-Side system to integrate with their existing large-scale solar array, ensuring maximum energy retention and grid stability.

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Project Highlights

1. Core Configuration: 112kWh Dawnice DC-Side Battery

By connecting directly to the DC side, the system minimizes energy conversion losses (DC-AC-DC), increasing overall round-trip efficiency by 3-5%.

2. European Standard Compliance

Fully certified under IEC 62619 and CE standards, meeting Austria's strict safety and grid connection requirements.

3. Advanced Thermal Management

Equipped with an intelligent heating and cooling system, ensuring the lithium cells operate at optimal temperatures even during Austrian alpine winters (down to -20°C).

4. Modular Scalability

The 112kWh unit features a modular design, allowing the client to expand capacity easily as their production lines grow.

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Why Dawnice for Your European C&I Project?

• ✅ EU-certified — IEC 62619, CE standards
• ✅ Alpine climate ready — reliable operation down to -20°C
• ✅ DC-Side efficiency — 3-5% higher round-trip efficiency
• ✅ Modular design — easy to expand as needs grow
• ✅ 5+5 years warranty — long-term peace of mind

Contact Us for Your Industrial Storage Solution →

*Real installation case in Austria. System performance may vary based on local conditions.