Dyness STACK100 Powers Efficient Dairy Operations in Rome, Italy

In central Italy, a modern dairy farm is constantly seeking ways to optimize operations while reducing electricity costs. The farm operates high-demand equipment such as milking systems, refrigeration, and automated feeding, making energy efficiency a critical factor.

With rising electricity prices, relying solely on the grid is both costly and unpredictable. A flexible energy storage solution became essential for stabilizing the farm’s power supply and maximizing self-consumption of solar energy.

To meet these needs, the farm installed a Dyness STACK100 system in combination with 150 kW of solar PV panels and two Solis 50 kW inverters, paired with our 110 kWh energy storage system.

The stackable, rack-free design allowed for a smooth, plug-and-play installation, minimizing downtime for the farm. The system stores excess solar energy produced during the day and releases it when demand is high, reducing peak grid consumption and providing reliable backup power. Its scalable architecture ensures the farm can expand storage capacity as operations grow, while the 1C charge/discharge rate guarantees stable power output for critical dairy processes.

The STACK100 system enabled the farm to achieve a high level of self-consumption, significantly cutting electricity bills and improving operational predictability.

By integrating storage with PV generation, the farm now benefits from reliable, efficient energy management, ensuring equipment operates seamlessly while reducing carbon footprint. This project highlights how Dyness industrial energy storage can empower agricultural operations to achieve both sustainability and cost efficiency.