De Nora Gigafactory Industry
- Total area
- 58 m²
- Total installed capacity
- 1 kW
- Annual energy production
- 880 kWh
- Project status
- Completed in July 2026
The project involves the development of De Nora’s new Gigafactory in Cernusco sul Naviglio (Milan), a highly innovative production facility dedicated to the manufacturing of electrolyzers for green hydrogen generation. The project is part of the company’s broader energy transition strategy and includes the construction of a building designed according to high standards of environmental sustainability and energy efficiency.
The building features continuous glazed surfaces distributed along the entire perimeter of the structure, a distinctive architectural element that contributes to a contemporary aesthetic while enhancing the availability of natural daylight in the working areas. The project incorporates an advanced technological solution designed to optimize solar control, improve the energy performance of the building envelope, and preserve the clean, linear appearance of the façade. This intervention complements the other sustainability strategies adopted throughout the complex, including a photovoltaic system for renewable energy generation, geothermal HVAC systems, partially green roofs, and the use of innovative materials, helping to reduce the overall energy consumption and environmental impact of the facility.
The installation of Heli-On has enabled the management of solar energy entering through the glazed façades, helping to reduce indoor overheating and improve the thermal and visual comfort of occupants. Thanks to its performance, the system contributes to greater building energy efficiency while optimizing the use of natural daylight.
Another key strength of Heli-On is its ability to integrate seamlessly into the building’s architecture, preserving the visual continuity of the glazed curtain wall while enhancing the overall façade design.
The solution represents an effective balance between functionality, sustainability, and architectural quality.