Energy Storage
Solar Self-Consumption & Peak Shaving in the Agri-Food Sector
Project
The project involves the implementation of an advanced hybrid energy system for a fruit and vegetable company, combining an existing 221 kWp of photovoltaic generation with a 564 kWh Pramac Battery Energy Storage System (BESS), delivering up to 270 kW of discharge power.
Facing high and continuous energy demand, the client experienced elevated electricity costs and strong dependence on the grid. At the same time, ensuring operational stability and improving sustainability performance were key priorities.
To address these challenges, Pramac deployed a tailored PV + BESS solution designed to optimise self-consumption, reduce peak demand, and enhance energy efficiency. The system enables the customer to maximise the use of renewable energy, improve supply reliability, and move towards a more sustainable and cost-efficient energy model.
Key Features:
- Storage System: 3 × BSO MAX 90/188 all-in-one outdoor units, designed to deliver power, safety, and flexibility in a compact and modular configuration.
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Hybrid PV + BESS Integration: Optimised combination of photovoltaic generation and energy storage to maximise self-consumption and reduce grid reliance.
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Energy Management System (EMS): Advanced control platform enabling intelligent energy management, real-time monitoring, and seamless integration with existing systems.
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Peak Shaving & Demand Optimisation: Reduction of peak loads and improved energy usage profile, leading to lower electricity costs and more efficient operations.
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High Reliability & Safety: LFP battery technology combined with advanced monitoring systems and integrated fire protection ensures long lifecycle performance and operational safety. Scalability & Flexibility: System designed to support future expansion and adapt to increasing energy demand or additional loads.
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Sustainability & Cost Efficiency: Reduced carbon footprint and significant energy cost savings through improved efficiency and increased use of renewable energy.
