The energy solutions blog

While carbon capture continues building new possibilities for a sustainable future, the combination of carbon capture technology with combined heat and power plants generates yet another symbiosis in the quest for a circular, no-waste, no-emissions model.

To say that data center connectivity is at the heart of modern digital infrastructure is not an overstatement. As demand for digital services grows expeditiously, the question of how to enhance and guarantee data center interconnection must necessarily be addressed.

District cooling in Singapore has become integral to the country’s efforts to reach sustainability goals. As such, the quest for finding efficient cooling solutions that reduce carbon emissions and operational costs within these systems has gained increased momentum.

The flue gas condenser stands at the center of a number of initiatives aiming at implementing energy recovery in various industries and sectors. Imperatives such as improving energy efficiency and reducing operational costs have become strong motivators for the development of new technologies. Among[..]

The hyperscale data center plays a fundamental role in the modern data center market, where meeting a growing demand for large-scale data processing has become indispensable.

The rise of the Positive Energy District (PED) model marks a significant shift in urban energy management, offering a promising alternative for urban decarbonization.

The colocation data center represents a rising trend within the IT industry. Driven by outstanding advantages such as the model’s cost efficiency and flexibility options, businesses of all sizes are increasingly considering data center colocation services for their operations.

A look at the heating in Finland landscape reveals how the country has been at the forefront of sustainable heating practices for decades.

Immersion cooling for battery systems represents one of the key emerging cooling technologies in recent years.

The convergence of data centers and district heating marks a pivotal advancement towards economies where sustainability and cost-efficiency are priorities.

The increasing demand for reliable process cooling systems for battery manufacturing is directly linked to the rise of electric vehicles. As EV manufacturers strive to improve vehicles’ performance and efficiency, thermal management of batteries has become essential.

In the current context where energy efficiency is crucial, the choice between conventional and modular chiller plants stands at a crucial crossroads.