JA Solar has announced the operational commissioning of a hybrid solar-storage system for an industrial site in Sicily, combining a total photovoltaic capacity of 5.2 MW with a 2.61 MWh battery storage system. This project marks the company’s first deployment in Italy of the “PV+Storage+X” model, which combines solar generation, energy storage and tailored industrial application.
Energy flow optimisation and enhanced autonomy
The system builds on an existing 3.2 MW solar infrastructure, with an additional 2 MW of new photovoltaic capacity integrated into a battery system designed to optimise local consumption. Through intelligent energy management, the microgrid increases self-consumption, reduces energy costs, and secures power supply during outages of the public grid. The integration of a locally developed Italian Energy Management System (EMS) enables real-time control of energy flows between solar production, batteries, and the site’s energy demand.
A system designed for coastal industrial environments
The project was engineered to withstand the specific climatic conditions of Sicily, including high humidity, salt corrosion and temperature fluctuations. The modular structure of the system also allows future expansion, depending on the site’s evolving energy requirements. The installation enhances the facility’s resilience in the event of grid outages, reducing reliance on diesel backup generators typically used for emergency supply.
Industrial deployment and access to advanced markets
This project in Sicily is part of JA Solar’s broader strategy to deploy “PV+Storage+X” systems across sectors such as agriculture, mining, and industrial parks. By combining decentralised generation and storage, these installations pave the way for integration into advanced energy markets, including virtual power plants and grid-balancing services.
The Italian installation reflects JA Solar’s focus on integrated solutions adaptable to the constraints of local industries, relying on proven technologies and component modularity.
