What the Project Is
The project transforms buildings into an energy source—yes, really! At its core, Trigo Energies manufactures solar thermal collectors designed specifically for heating and preheating air, turning any building into a sustainable powerhouse. Founded on the idea that every structure can save energy while embracing the benefits of renewable energy, the project centers on simple yet proven and effective technologies. These solar air collectors are not just a modern aesthetic addition; they integrate seamlessly into walls, roofs, and even HVAC systems, ensuring that energy savings become an everyday reality.
Main Benefit
A key strength of the project lies in its many tangible benefits. The following bullet points highlight some of the most prominent figures and facts that make this solution a frontrunner in sustainable technology:
- Proven, simple, and effective technologies
- Very large surface recovery systems
- Solar air collectors for walls and roofs
- Guaranteed substantial energy savings
- Systems integrated into both architecture and HVAC systems
Engineering and Expertise
Trigo Energies offers an impressive portfolio of engineering support and expertise. The project includes full-scale support for engineers tackling renewable energy challenges and thermal management, offering architectural design, detailed plans, workshop drawings, and ongoing assistance. This means detailed measurement and performance reports are available over the long term, paired with specialized consulting services in renewable heating. Every building professional finds a trusted partner in this comprehensive approach, ensuring that design challenges are met with innovation and practicality… all while maintaining a dynamic, collaborative tone.
Solar Wall Operation
Over the years, an innovative solar wall technology has been developed to maximize thermal production. Enter the Calento SL solar air collector—a pinnacle of technological advancement in this field. With a very low emissivity surface (just 3% compared to the 95% offered by standard black paint), the Calento SL provides optimal air heating, reaching up to 50°C above ambient temperature. This impressive figure can be achieved regardless of the outdoor conditions, making it perfect for applications such as preheating outdoor air, space heating, heat pump assistance, drying processes, desiccant wheel regeneration, and process heating. The natural integration of exquisite colors—blue from a refined vapor deposition process or a specially created black—allows seamless incorporation into building facades, satisfying the artistic and technical requirements of architects.
Applications in Different Sectors
The versatility of this technology is truly evident. Its application is not restricted to one type of building; rather, it spans various sectors. In the institutional sector, schools, gyms, arenas, swimming pools, municipal workshops, garages, and even hospitals find a reliable partner in solar air collectors. In commercial spaces, the systems benefit office spaces, garages, workshops, supermarkets, hotels, restaurants, and condominium towers. Meanwhile, in industrial settings, the technology helps in high air renewal rate processes, supporting operations in welding, production, painting, drying processes, and even in warehousing and distribution centers, along with the agri-food industry. This adaptability underscores the technology’s seamless integration into many everyday operations.
Project Impact
- SDG 7: Affordable and Clean Energy – By harnessing the sun’s power effectively, the project endorses clean energy solutions.
- SDG 9: Industry, Innovation, and Infrastructure – The robust and innovative design supports modern infrastructural demands.
- SDG 11: Sustainable Cities and Communities – Integration into urban buildings contributes to the sustainability of communities.
- SDG 13: Climate Action – The eco-friendly approach actively reduces energy consumption, supporting efforts against climate change.
- SDG 12: Responsible Consumption and Production – By reducing reliance on non-renewable sources, the project promotes sustainable consumption.
Dedication to Efficiency and Sustainable Buildings
At the heart of Trigo Energies lies a commitment to making buildings not only more energy-efficient but also reliable long-term partners in sustainability. With impressive documentation such as technical data for the Calento SL, generic workshop drawings (with or without a parapet), static load tables, and typical control sequences, every technical aspect of the system is well-covered. The meticulous design and detailed plans mean that architects and engineers can work together confidently, ensuring that every element—from the aluminum substrate used for superior thermal conductivity and corrosion resistance to the series of surface finishes and perforation patterns—meets the highest standards. This comprehensive approach results in a system that saves natural resources, reduces overall energy consumption, and maximizes renewable energy use. The result is a future where buildings power themselves, contributing significantly towards a greener and more sustainable planet… a future where technological brilliance meets environmental stewardship.
