The energy solutions blog

The AI-ready data centerrepresents a major transformative force that is shaping what innovation looks like in the industry.

Advancements in waterless cooling arrive at a moment when water scarcity has emerged as a critical issue around the globe.

The years leading up to 2030 are expected to see the Europe data center market undergo significant transformations.

Urban heating lies at the heart of climate action and the drive toward net-zero cities.

Mission-critical data centers are emerging as a key ally for the digital economy, guaranteeing uninterrupted operations in an “always-on” world.

District heating in Norway has developed to become a pillar in the Nordic country’s heating mix, promoting reliable heating in the freezing winter temperatures and a feasible alternative to fossil fuels.

The issue of refrigerants and Global Warming Potential has been at the forefront of climate regulation targeting cooling applications.

As gas turbines continue to become key allies for power generation, different inlet air cooling methods for gas turbines are emerging to improve turbines’ performance.

The issue on how to enhance data centers’ cooling systems has been on the table for long now. Today, optimizing cooling has grown to represent a strategic area for data centers, considering its impact on protecting hardware, energy consumption and overall data center economic viability.

Heat pump grants have emerged as a key facilitator for those looking to transform the environmental impact of their project.

The importance of the air-cooled condenser as a key component to achieve efficiencies within combined cycle power plants should not be underestimated.

Waste heat recovery is the driver of some of the most advanced breakthroughs in thermal engineering today. The basic premise behind waste heat recovery is, in itself, revolutionary: to be able to reuse heat that would otherwise be lost and apply it productively.