Proven Longevity
12,000+ cycles of performance. Thanks to upgraded anode/cathode chemistry and integrated thermal control, our systems are built to outlast conventional solutions.
Lower operational costs, ensure backup power, and optimize your energy use with advanced European engineered battery systems.
About your decision
Capacity: 261 kWh per cabinet (scalable up to 1 MWh)
Power: 125 kW per cabinet (scalable up to 500 kW)
Battery Technology: LiFePO₄ (LFP) cells with liquid cooling
Lifetime: up to 12,000 cycles
Efficiency: smart cooling reduces auxiliary losses by up to 30%
Safety: integrated BMS, perfluorohexanone fire suppression, IP55 protection
Flexibility: operates in both grid-tied and off-grid modes
No need for extra inverters or transformers - fully integrated AC-ready architecture simplifies deployment and saves cost.
Our EMS uses advanced AI models and real-time market data from EU power exchanges to maximize your energy trading returns.
Built with multi-layer fire and explosion protection systems to meet the highest industrial safety standards.
Equipped with LFP cells rated for over 8,000 cycles — and options exceeding 12,000 — for long-term energy reliability.
As a European-based provider, we offer 24/7 response and professional on-site O&M service across the region.
Designed with cost-efficiency in mind, Crostorion’s BESS offers a competitive price-performance ratio.
Understanding crostorion solutions
Fully Integrated Components
Combines batteries, BMS, PCS, and EMS in one cabinet—no separate inverters needed
Direct connection to Grid or Renewables
AC-ready design connects directly to the grid, solar arrays, or wind systems—simplifying integration.
Fast Installation and Lower Cost
Fewer parts and preconfigured wiring mean faster commissioning, fewer errors, and lower installation expenses.
Powered by crostorion
Crostorion's intelligent EMS leverages real-time electricity market data, weather forecasts, and predictive algorithms to optimize every charge and discharge decision.
This AI-driven platform can increase annual revenue by up to 30%, reduce electricity costs, and intelligently extend battery lifespan. All insights and controls are accessible via the Crostorion app and secure web portal.
Compared to Manual Scheduling
Reduced Electricity Costs
Longer ESS Lifespan
Real Market Data Used
Advanced Safety Engineering
Each battery cluster is independently monitored and controlled, enabling rapid isolation in case of abnormal conditions to prevent fire propagation.
Millisecond-Level BMS Response
The Battery Management System (BMS) operates with millisecond-level data refresh and control cycles, ensuring real-time detection and intervention.
Thermal Simulation-Based Design
The system’s cooling and airflow structures are optimized using advanced thermal simulation, ensuring efficient heat dissipation and temperature stability.
Active Cell Balancing
The BMS continuously balances cells within each pack to maintain voltage consistency, enhance performance, and prolong battery lifespan.
Understanding crostorion solutions
Our systems use lithium iron phosphate (LFP) cells with cycle life exceeding 8,000 full charge-discharge cycles — and for select models, over 12,000 — ensuring reliable performance for more than 15 years under typical use.
We optimize battery health through smart EMS algorithms that avoid deep discharges, reduce charge rate stress, and balance thermal profiles — all of which reduce degradation and prolong system life.
Not with Crostorion. Thanks to advanced thermal management and predictive controls, even under frequent cycling, the degradation is minimal. We design our systems for intensive use while maintaining long-term reliability.
Crostorion systems use advanced Lithium Iron Phosphate (LFP) cells, known for their long cycle life, high safety standards, and strong thermal stability.
Each battery is protected by a multi-layer safety design, including real-time BMS monitoring, rapid fault isolation, thermal simulation-based cooling, and active cell balancing to prevent overheating or fire propagation.
Crostorion batteries are designed to be virtually maintenance-free. The intelligent BMS automatically manages cell balancing and health monitoring, minimizing manual intervention and ensuring long-term reliability.
Understanding crostorion solutions
Crostorion's intelligent EMS leverages real-time electricity market data, weather forecasts, and predictive algorithms to optimize every charge and discharge decision. This AI-driven platform can increase annual revenue by up to 30%, reduce electricity costs, and intelligently extend battery lifespan. All insights and controls are accessible via the Crostorion app and secure web portal.
Each battery cluster is independently monitored and controlled, enabling rapid isolation in case of abnormal conditions to prevent fire propagation. The Battery Management System (BMS) operates with millisecond-level data refresh and control cycles, ensuring real-time detection and intervention. The system’s cooling and airflow structures are optimized using advanced thermal simulation, ensuring efficient heat dissipation and temperature stability. Additionally, the BMS continuously balances cells within each pack to maintain voltage consistency, enhance performance, and prolong battery lifespan.
Crostorion’s energy storage systems are designed with cost-effectiveness in mind. The all-in-one architecture eliminates the need for external inverters or transformers, simplifying installation and reducing both equipment and labor costs. This compact, pre-integrated approach also streamlines maintenance and commissioning.
By using advanced LFP cells with long cycle life and pairing them with AI-driven EMS optimization, operational costs are reduced while enabling smart energy strategies such as peak shaving and market arbitrage. This approach helps generate additional revenue and improves overall system economics.
Crostorion offers transparent pricing and scalable configurations tailored for industrial and utility-scale applications. With strong local support and high system availability, Crostorion provides a reliable and financially sound storage solution that delivers lasting value.
Crostorion systems are designed to grow with your energy needs. From commercial facilities to utility-scale deployments, our modular architecture allows for effortless expansion without costly redesigns. This ensures future-proof investments and long-term flexibility.
Developed and manufactured in the European Union with an R&D center in Croatia, Crostorion combines innovation with local support. Our EU-based engineering and service teams deliver reliable operation, rapid response, and long-term commitment to our customers.
12,000+ cycles of performance. Thanks to upgraded anode/cathode chemistry and integrated thermal control, our systems are built to outlast conventional solutions.
Up to 30% more cost efficiency. With 500 MWh+ of real transaction data, our EMS predicts hourly energy prices - helping you optimize sellback strategies and load arbitrage.
Multi-layered safety architecture. From gas suppression to explosion-proof ventilation, every layer protects uptime and infrastructure - not just the hardware.
20 ft container. <15 m footprint. Modular plug-and-play design with factory integration means rapid deployment and reduced land use - whether you’re installing one or twenty.
Why choose crostorion?
From engineering to after-sales, Crostorion delivers full-scope support with European expertise and long-term commitment.
