BF100 Enables Smart Energy Utilization for a Modern Farm in the Netherlands

In the Netherlands, agricultural operations are increasingly becoming automated and digitalized. Greenhouse systems, automated irrigation equipment, and farm management platforms all rely heavily on a stable electricity supply. At the same time, more farms are installing photovoltaic systems to reduce energy costs and support sustainable development.

However, solar generation during the daytime often exceeds the farm’s immediate electricity demand, leading to solar curtailment and inefficient energy utilization. The farm therefore sought an energy storage solution that could maximize solar self-consumption while ensuring reliable power for critical equipment during outages.

To address these challenges, the farm installed two Dyness BF100 energy storage systems, integrated with its existing PV installation to enable intelligent energy management.

With its integrated design, the BF100 efficiently stores excess solar energy generated during the day and releases it when needed, enabling peak shaving and load shifting. The system also supports UPS backup functionality, ensuring a rapid transition to backup power during grid interruptions and maintaining stable operation of essential farming equipment.

With the deployment of Dyness energy storage, the farm significantly increased the self-consumption rate of its solar energy and improved overall energy efficiency.

The solution helps reduce solar curtailment while enhancing the reliability of the farm’s power supply. Critical agricultural systems can continue operating smoothly even during grid disruptions, while smarter energy management also contributes to improved operational efficiency and long-term economic benefits.