- Energy
- Digitalization
Categories:
In a world where sustainability and cost reduction are key priorities, the retail sector faces a crucial challenge: how can companies stay competitive while being environmentally responsible? The answer could lie in the adoption of advanced technologies, such as artificial intelligence (AI), which are emerging as key solutions to improve energy efficiency, reduce environmental impact and optimise profitability. But how far has the industry come in this regard?
The impact of the energy crisis on retail
Has your company felt the impact of the energy crisis? It is not the only one. The retail sector, highly dependent on energy for its daily operations, has been one of the hardest hit. According to a recent GfK study, 87% of retail companies surveyed recognise that this crisis has significantly affected their operating costs and their ability to remain competitive. What measures are these companies taking to mitigate this impact? Surprisingly, 89% have implemented actions to reduce their energy consumption, adopting energy monitoring and management systems (79%) and applying energy efficiency measures (76%).
Energy efficiency as a strategic priority
In the highly competitive retail environment, improving energy efficiency is not only a matter of sustainability, but also of economic survival. The study reveals that 90% of retail companies consider optimising their energy efficiency to be crucial to reducing operating costs, while 93% recognise the importance of being more sustainable and reducing their carbon footprint. These figures reflect a clear trend towards adopting more responsible and sustainable practices, driven by both market pressure and growing environmental awareness.
Energy efficiency is another area where AI and advanced technologies are making a difference. In the original study, it is highlighted how AI-based energy monitoring and analysis tools can significantly reduce energy consumption in retail facilities. These technologies enable more precise control of lighting, heating, ventilation and air conditioning (HVAC) systems, adapting their operation to the actual needs and occupancy patterns of stores. For example, AI can automatically adjust lighting levels based on the amount of natural light the store receives or reduce HVAC consumption when no customers are present. These measures reduce energy costs and decrease the carbon footprint of companies, which is increasingly valued by both consumers and investors.
Artificial intelligence: the new frontier in energy management
AI not only serves to improve the customer experience or automate processes; it is also transforming how energy is managed in retail. However, did you know that only 44% of companies in the sector currently use AI solutions for energy management? Of those that have, satisfaction is high, with an average score of 8.3 out of 10.
AI makes it possible to monitor energy consumption in real time and adjust energy needs proactively, which can result in a significant reduction in costs. Imagine a system that automatically adjusts lighting or heating levels based on actual store conditions.
The adoption of AI and other emerging technologies in the sector is transforming the way companies manage their operations, improve energy efficiency and optimise the customer experience. This change is driven by the need to adapt to a highly competitive environment and reduce operating costs, while pursuing a more sustainable approach. AI is revolutionising the retail sector in several key areas. One of the most important is process automation, which frees up employees from routine tasks and allows them to focus their efforts on higher-value activities, such as customer service.
Besides AI, what technologies are driving change in retail?
The use of advanced energy management systems, data analytics, and predictive models are just some of the innovations that are allowing companies to identify consumption patterns and areas of inefficiency. These technologies, when combined with AI, offer even greater potential to transform the way retail manages its energy resources.
Implementing these technologies not only helps reduce costs and improve sustainability, but also offers tangible benefits in terms of corporate reputation and regulatory compliance. As consumers become more aware of sustainable practices, companies that lead in energy efficiency gain a significant competitive advantage. In addition, being at the forefront of using AI and other advanced technologies allows retail companies to quickly adapt to changing market conditions and stricter environmental regulations.
Future trends and challenges
The future of retail is marked by even greater adoption of AI. According to GfK, investments in AI infrastructure in the retail sector are expected to increase significantly in the coming years. This will allow companies to not only improve their operational efficiency, but also explore new ways of interacting with customers, such as using generative AI to personalize the shopping experience. However, the adoption of these technologies also presents challenges, such as the need for trained personnel to manage advanced AI solutions and the initial investment required to implement these technologies. However, in the long term, the benefits in terms of efficiency and sustainability are evident, but it is crucial to be prepared for the challenges to come.
Conclusion
The retail sector is at a tipping point where technology and sustainability converge to offer new opportunities for growth and efficiency. AI and other emerging technologies are proving to be powerful tools in the fight to reduce energy costs and minimize environmental impact. Companies that adopt these innovations will not only improve their operational efficiency but will also be better positioned to face future challenges in an increasingly competitive and regulated environment.
- energy efficiency
- retail
- AI
Tags:
Guillem Peris
Guillem Peris es Dr. Ingeniero de Caminos, Canales y Puertos por la UPV y especialista en dinámica de fluidos computacional, sistemas de ventilación y climatización y gestión energética. Ha participado en proyectos de edificación, infraestructura del transporte e industria a nivel nacional e internacional. Actualmente, es el responsable de soluciones de eficiencia energética en el área de negocio Digital de Sener y lidera el proyecto Respira. Asimismo, es docente de la asignatura de mecánica de fluidos en la Escuela Técnica Superior de Ingeniería (ICAI) de la Universidad Pontificia Comillas. En 2022, fue reconocido por parte de la Real Academia de Ingeniería de España con la medalla Jóvenes Investigadores.