Solutions
CAPAC BESS – An Integrated System Solution for Strategically Relevant Applications
Battery energy storage systems (BESS) are capital-intensive infrastructure projects requiring reliable integration of technology, grid connection, operating strategy and revenue model.
CAPAC BESS combines Eos’s zinc-bromine technology with system integration and modular services to create application-specific solutions for the DACH market.
Overview
CAPAC BESS – Configured for Specific Applications
CAPAC BESS integrates storage, power electronics, energy management and market integration into a technically and commercially coordinated system.
Four core applications include Stand-alone, Co-location with solar PV and wind farms, Behind-the-meter (industry and commerce), and Data centers.
Each project follows a structured process:
- Analysis
- Technical design
- Energy-market simulation
- Integration
- Operations and optimization
Services are delivered fully integrated or modularly, depending on the project structure.
Outcome
Application-specific projects with defined technical, regulatory and commercial structures.
The Four Use Cases
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Stand-Alone
Grid-connected utility-scale storage provides system flexibility while operating as a market-oriented revenue asset.
Problem
Renewable expansion increases volatility and demand for grid flexibility. At the same time, complex revenue mechanisms and regulatory requirements make investment dependent on robust market and sensitivity analyses.
Solution
CAPAC BESS provides three to twelve hours of storage, delivered as a complete EPC project or integrated into existing structures. The system supports revenue streams including electricity-price arbitrage, ancillary services and flexibility markets, backed by simulation-based analysis and a bankable financial model.
Added Value
- Diversified, simulation-based revenue architecture
- Grid-compliant integration and plant certification
- Predictable performance based on modeled degradation
- Consistent safety and protection concept
- Financeable and insurable project structure with defined risk allocation
Outcome
Independent storage infrastructure with a robust revenue model and capital-markets-ready structure.
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Co-Location (PV / Wind)
Storage combined with renewable generation improves infrastructure utilization, feed-in profiles and commercialization.
Zinc-bromine is designed to deliver stable and predictable storage costs over decades.
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Behind-the-Meter (Industry & Commerce)
Storage enables industrial and commercial sites to actively manage energy costs and load profiles.
Zinc-bromine is designed to deliver stable and predictable storage costs over decades.
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Data Centers
CAPAC BESS combines security of supply with energy flexibility for high-availability infrastructure.
CAPAC BESS integrates storage, power electronics, energy management and market integration into a technically and commercially coordinated system.
Outcome
Application-specific projects with defined technical, regulatory and commercial structures.
Contact Us
Discuss Your Project
Battery storage projects require technical, regulatory and commercial alignment. In an initial consultation, we define:
- Use case and storage duration (three to twelve hours)
- Commercial sizing (MW / MWh)
- Technical and regulatory integration
- Revenue and operating model
- Project and service structure, including modular services and Storage-as-a-Service where required
You receive a robust basis for investment, financing and project-structuring decisions.
