Albertslund District Heating Company faced several challenges in the Porsager area, which serves approximately 100 customers of various sizes. One of the primary challenges was the need to lower the temperature to 60 degrees to enhance energy efficiency and reduce grid losses.

Additionally, there was a requirement to increase the capacity of the heating system to accommodate the growing demand. Another significant challenge was the need for better control and monitoring of the heating network to ensure optimal performance and reliability.

These challenges necessitated a comprehensive solution that could address temperature regulation, capacity enhancement, and improved monitoring capabilities to support sustainable energy production methods, such as heat pumps utilizing surplus heat.

Porsager, the area with approximately 100 customers of various sizes, sought to lower the temperature to 60 degrees and increase capacity while gaining better control and monitoring of the area.

Grundfos provided an innovative solution with the iGRID T-zone, which includes leak detection capabilities. This solution resulted in lower grid losses and increased capacity for the customer. By implementing the iGRID T-zone, Albertslund District Heating Company can now better integrate sustainable production methods, such as heat pumps that utilize surplus heat.

This comprehensive approach not only enhances efficiency but also supports the company’s sustainability goals, ensuring a more reliable and environmentally friendly energy supply for the Porsager area.

The implementation of the iGRID T-zone in the Porsager area has yielded significant results for Albertslund District Heating Company. The primary outcome has been a substantial reduction in grid losses, which has led to enhanced energy efficiency and cost savings.

Additionally, the increased capacity of the heating system has allowed the company to better meet the growing demand from its diverse customer base. The improved control and monitoring capabilities have ensured optimal performance and reliability of the heating network.

Furthermore, the integration of sustainable production methods, such as heat pumps utilizing surplus heat, has supported the company’s sustainability goals. This comprehensive approach has not only improved the overall efficiency of the heating system but also contributed to a more environmentally friendly energy supply for the Porsager area.