Efficient solutions for cooling server rooms and data centers.

Cooling System Design – Selection of the optimal solution based on workload and requirements.
Equipment Installation and Setup – Installation of split systems, chillers, and liquid cooling systems.
Cooling Optimization – Analysis of current systems and implementation of more energy-efficient solutions.

Development of customized solutions to maintain optimal temperature conditions in server rooms and data centers. The design process considers:

Equipment Heat Load – Calculation of the required cooling capacity based on server density.
Type of Cooling – Air, liquid, or hybrid solutions.
Energy Efficiency – Utilization of modern technologies to reduce energy consumption.
Autonomous Systems – Designing systems that operate with little or no electrical power consumption.

Installation, configuration, and commissioning of Conventional Electric Systems:

Split Systems – Air conditioners that maintain stable temperature levels in server rooms.
Chillers – Industrial cooling units using water or refrigerant circuits.
Precision Air Conditioners – Specialized systems designed to maintain strict control over temperature and humidity.
Liquid Cooling Systems – High-efficiency solutions for high-density data centers using circulating coolant.

Energy-Efficient and Autonomous Solutions:

Evaporative (Adiabatic) Cooling – A system that uses water evaporation to reduce air temperature, minimizing the load on electric air conditioners.
Geothermal Cooling – Utilizes underground temperatures to dissipate heat without consuming electricity.
Free Cooling – A technique that uses cold outside air directly for cooling server rooms; particularly effective in colder climates.
Passive Cooling Systems – Heat exchange panels and phase-change materials that absorb and dissipate heat without active energy consumption.