When storage becomes infrastructure.
Containerized battery systems for projects measured in megawatts and megawatt-hours. Linker brings together utility-scale BESS platforms, product documentation and project-focused equipment support for European energy projects.
More capacity. More duty cycles. More ways to build.
Utility-scale storage does not begin with one standard container. Energy capacity, power rating, duration, grid application, footprint and control architecture all influence which platform belongs in the project.
CRRC 6.X Liquid-Cooled CESS
The CRRC 6.X platform is built around high-density liquid-cooled container storage for projects where energy capacity and physical footprint both matter.
Available models cover several multi-megawatt-hour configurations within standardized container formats, giving project teams different capacity options around the same platform family.
CRRC 5.X String-Type BESS
The CRRC 5.X platform uses a string-based architecture for utility and renewable-energy storage projects where independent power blocks and flexible operating configurations are important.
Different charge and discharge rate options can support different project durations and operating strategies.
Pylontech Powercube & Optimus
Pylontech utility storage platforms provide modular battery blocks for projects that need a different route to scale.
From rack-based storage to containerized systems, the architecture can support staged capacity planning across commercial, microgrid and larger energy-storage applications.
Big hardware leaves less room for loose assumptions.
At utility scale, equipment selection depends on more than nominal MWh. Project duration, power requirements, connection level, thermal architecture, communication and documentation all need to line up around the selected platform.
System & Product Matching
Compare available BESS platforms against project requirements such as power, energy capacity, duty duration and site constraints.
Grid & Product Documentation
Review the unit certificates on file, control information and technical documentation associated with the selected BESS platform.
Interface Information
Bring together available PCS, BMS, EMS and plant-control information where communication interfaces form part of the equipment package.
• Nominal energy capacity: 6.25 MWh
• High-voltage LFP battery architecture
• Liquid-cooled thermal-management platform
• Technical and grid-related documentation on file available by project requirement
• Standardized containerized BESS format
Utility projects start long before the purchase order.
A megawatt-scale enquiry usually arrives with more than a model number. Connection conditions, required duration, site footprint and operating objective all influence the equipment conversation.
The container is the hardware. The value comes from what the grid asks it to do.
Utility-scale BESS can serve very different operating strategies. The required power-to-energy ratio, cycling profile and control architecture depend heavily on the application.
Store when energy is available. Use it when value moves.
Battery storage can shift energy between different periods of the day, depending on market structure, operating strategy and project economics.
Give variable generation somewhere to go.
Utility storage can absorb surplus solar or wind generation and release energy later, helping renewable-energy projects manage the gap between generation and demand.
Capacity is only useful when it can respond.
Depending on the system architecture and market requirements, BESS can participate in applications such as grid balancing, frequency response and capacity support.
Build storage where grid strength is not guaranteed.
Larger battery systems can also form part of microgrids, isolated energy systems and infrastructure projects where renewable generation, local loads and storage operate together.
Megawatt projects do not start with a shopping cart.
Start with the scale, duty profile and project requirements. Linker can help connect the project brief with suitable utility BESS platforms, technical product information and a commercial proposal.