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Sener, together with Quark, develops innovative energy solutions that respond to the growing complexity of digital infrastructures. Rather than relying solely on conventional supply, our designs integrate renewables, storage technologies, and intelligent control systems to build sustainable power systems that are adaptable, secure, and efficient. This approach ensures that the facilities powering the digital economy are prepared for long-term growth, shifting regulations, and the challenges of decarbonisation.
Our projects reduce dependency on traditional energy sources and improve efficiency across facilities such as data centers, industrial complexes, and hybrid infrastructures.
Sener’s experience spans across large-scale energy and digital projects, giving us a unique capacity to merge advanced engineering with sustainability. In projects like the Stoneshield Data Center in Cantabria (Spain), a 500 MW campus, we are embedding photovoltaic generation with over 75,000 m² of solar panels to complement grid supply. By coupling renewable production with flexible storage and high-efficiency cooling, we address the challenge of energy efficiency in data centers while reducing operational costs. With subsidiaries in Portugal and Australia, we export this know-how to new markets, adapting to local conditions without losing our global vision.
Our innovative energy solutions rely on the fusion of engineering and digital technologies. By integrating artificial intelligence into cooling strategies, we significantly reduce energy consumption while maintaining operational security. Predictive algorithms, smart monitoring, and real-time adjustments ensure that power and cooling systems operate at peak efficiency, even under varying demand conditions.
We apply a lifecycle methodology that begins with energy audits and simulation. During design, we model the interaction between renewable generation, battery storage, and critical loads, ensuring that each facility can adapt to both normal operations and peak scenarios. In implementation, we deliver EPC management for energy plants, cooling systems, and monitoring platforms, ensuring strict compliance with safety and sustainability standards. Once operational, our clients benefit from predictive maintenance, real-time dashboards, and continuous improvement protocols that optimize performance throughout the asset’s life.
Our projects are designed to evolve. By embedding modular architectures and smart systems, we prepare infrastructures to incorporate new energy sources, adapt to regulatory shifts, and remain competitive in dynamic markets. This long-term vision ensures that sustainable power systems remain reliable and cost-effective while reducing environmental impact.
We design innovative energy solutions that integrate renewable power, storage technologies, and optimized cooling.
