The energy solutions blog

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.

District heating in Canada has been experiencing a significant surge in recent times.

The rise of the data center in Denmark has been unquestionable in recent years. This trend is part of the unstoppable advance of data centers worldwide, driven by an increasing reliance on digital infrastructure to support industries, services and societies.

The current state of district heating in the UK sees any progress in this area as a pivotal shift in the battle against climate change.

As data centers become the backbone of organizations and societies at large, data centers in Europe are experiencing major developments.

Modular chillers stand at the heart of optimized battery production factories today, as precise temperature control in battery manufacturing is increasingly demanded.

A glance at data centers in the Middle East reveals a rapid transformation and growth, meaning the region is increasingly important in the field of global data center operations.

In the current context, where the pursuit of efficiency and sustainability are becoming the norm, the water-source heat pump system stands out.

Wastewater heat recovery systems represent a pivotal initiative in today's sustainable landscape, offering a solution to a number of both environmental and economic challenges.