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End-to-End Solutions for Server Farms and Data Centers

Designing a server farm requires coordinating power requirements, cooling, equipment density, and redundancy level. The process begins with designing the data center and assessing load and cooling requirements, and continues through equipment supply, installation, testing, and ongoing service.

Collaboration among the Group's companies, which specialize in low voltage, high voltage, cooling, and cloud infrastructure, makes it possible to deliver coordinated data center solutions, whether for a small server room, a modular data center, or an industrial-scale data center project, with a single professional point of contact throughout.

Tailored to Every Scale and Application

The solution is adapted to a new data center, an upgrade of an existing server farm, or a micro data center, taking into account thermal load requirements, operational continuity, and the customer's availability goals.

Load Mapping and Availability Requirements

Integrated Infrastructure Design

Supply, Installation, and Integration

Testing, Balancing, and Ongoing Management

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Harmonic Filter

A harmonic filter removes waveform distortion caused by nonlinear loads such as power supplies, variable frequency drives, and UPS systems, restoring power quality to the level required by sensitive data center equipment. The solution reduces overheating of transformers and conductors, extends equipment life, and reduces faults caused by harmonic pollution on the grid.

PDU

A PDU (Power Distribution Unit) distributes power from the main electrical panel to the network and server racks in a controlled, safe, and organized manner. The solution is designed for the high power density typical of modern data centers and for remote monitoring and management requirements.

Low-Voltage Converters

A low-voltage converter converts and stabilizes the voltage level between different segments of the data center's electrical system, ensuring that every device receives exactly the voltage it needs for safe, proper operation, even under varying load conditions.

Busbars

A busbar is a central conductive component that distributes high electrical power among multiple outputs in a switchboard. It is a more efficient and reliable solution than traditional cabling when high currents must be carried in a confined space, as is common in data center switchboards.

Cable Ladders and Trays

Cable ladders and trays provide an organized, safe infrastructure for routing power and communications cabling in the data center. They separate different cabling pathways and allow easy access for maintenance and future expansion without disturbing existing cabling.

KVM

A KVM (Keyboard, Video, Mouse) system lets operations staff access and control many servers from a single console, eliminating the need for a separate monitor, keyboard, and mouse for each server in the rack. The solution frees up space, improves airflow, and simplifies day-to-day management.

Containment

A containment system physically separates cold and hot airflow in the server room by enclosing a hot or cold aisle between the rows of racks, preventing the two from mixing. This significantly improves cooling efficiency and reduces the energy consumption of the air conditioning systems.

DCIM

A DCIM (Data Center Infrastructure Management) system consolidates real-time information on power consumption, cooling, capacity, and the status of the data center's physical assets, enabling operations staff to make data-driven decisions and identify problems before they become failures.

Racks

A server and network rack is the basic physical infrastructure of every data center, providing a secure, organized enclosure for IT equipment, cabling infrastructure, and associated management systems. Choosing the right rack directly affects cooling efficiency, cable organization, and ease of ongoing maintenance.

CDU

A CDU (Coolant Distribution Unit) manages and distributes coolant between the central cooling source and the IT equipment in the rack. It is a key component of liquid cooling solutions designed to support extremely high power densities, as required by advanced computing workloads.

In-Row Cooling

An in-row cooling unit is positioned directly within the row of server racks, next to the heat source, and delivers more focused and efficient cooling than central air conditioning units placed around the perimeter of the room. The result is a solution that shortens the airflow path and improves temperature uniformity along the row.

Rear Door

A rear door cooling unit (Rear Door Heat Exchanger) is mounted on the back of the server rack and cools the hot air exiting the equipment before it returns to the room, making it possible to support high-power racks without modifying the facility's existing central cooling arrangement.

CRAC

A CRAC (Computer Room Air Conditioner) unit is a dedicated air conditioning system for server rooms, designed to deliver precise temperature and humidity control in continuous year-round operation, unlike conventional air conditioning systems intended for human comfort.

Chiller

An industrial chiller cools water or glycol solution that serves as the central cooling source for the data center's air conditioning units, forming the foundation of the facility's overall cooling system, from CRAC and in-row units to advanced liquid cooling systems.

A Complete Power and Cooling Solution, Far Beyond Individual Equipment

Data center performance depends on the precise match among power delivery, cooling, controls, and monitoring. That is why every solution is evaluated as one complete system, based on the design load, power quality requirements, and future expansion plans.

Through the Group's companies and its technology partners, Synergy Systems supplies power, cooling, and control infrastructure at a range of scales, from a single server room to a nationwide-scale modular data center. Storage and backup solutions can also be integrated to improve operational continuity.