Energy Storage
Virtual Energy Networks for Distributed Photovoltaic Infrastructure
Project
The solution is designed to offer a complete, scalable, and highlytechnological system capable of enhancing the energy produced bymultiple photovoltaic plants distributed across different sites butconnected to the same primary substation. Thanks to this innovativearchitecture, the generated energy can be made available forconsumption within a single energy user, maximizing self-consumption even in the presence of distributed installations. Thesystem synergistically integrates battery energy storage systems(BESS), advanced control infrastructures, and Pramac’s proprietaryEnergy Management System (EMS), creating a virtual energy networkthat optimizes self-consumption, reduces grid withdrawals, andincreases users’ energy autonomy.
Proposed Solution: Containerized system: 20-foot container housing the batteryenergy storage unit.
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Power capacity: 264 kW
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Energy capacity: 1,066 kWh
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Safety features: Advanced sensors and fire protection systems
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Environmental control: Climate control for optimal operation
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Intelligent control: Smart devices for efficient system management
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Monitoring: Remote interfaces for continuous supervision andoperational reliability
