Technological Units

Typical power system technologies

• HV substations
• HV/LV transformers
• Low voltage distribution switchboards, from 10,000 A to sockets for the connection of individual appliances
• HV and LV cable distribution systems and support systems
• Static UPS ranging from kVAs to MVAs
• LV and HV generators
• Dynamic rotary UPS systems
• Automated STS and ATS systems
• Standard building wiring
• Standard and emergency lighting systems
• Grounding systems, bonding, and VF grounding systems (for telecommunications purposes)
• Overvoltage restriction and protection systems
• Anti-static devices
• Lightning conductors
• Supply of fire safety equipment
• Emergency power off

Typical heat removal systems and ambient parameters maintenance technology

• Precision air conditioners (DX, CW, combined systems)
• Conventional air conditioning systems (split system, VRF system)
• Economizers (air, water, refrigerant)
• Heat recovery systems
• Direct liquid cooling systems
• Fresh air ventilation systems
• Exhaust ventilation systems
• Humidification and dehumidification systems
• Air filtration systems
• Adiabatic pre-cooling systems
• Condensate drain systems
• Overpressure maintenance systems (protection against dust and moist ingression)
• Leak detection systems for cooling and other liquids or gases
• Separation and support systems for efficient heat exchange

Typical management system technologies

• Management systems of standard and backup power supplies
• Systems for management and regulation of cooling technologies
• CRAC/CRAH units
• Condenser unit
• Chiller
• Circulation pumps
• Ventilation management and regulation systems (AHU units, FCU, fans)
• Systems for regulating cooling air quantity for critical technologies
• Management and optimization of distribution paths
• Managing redundant operations of critical technologies
• Systems for production and supply of process water
• Management systems for fuel systems
• Systems for integrating subsystems

Key Features

• Real-time/near-time monitoring system
• Fast response, stability and integrated management functions, thanks to the platform used
• System core scalability and modularity
• Identification of repeated negative trends, through sophisticated data analysis
• Simplified planning and management, thanks to analytical functions based on dynamically measured values, trends (PUE, load, resource capacity, etc.)
• Easy integration with DCIM modules
• Intuitive use and user-friendly interface
• Fully customized implementation
• Interconnection with IT and industrial monitoring and management systems, open API

Benefits

• Optimized OPEX
• Increased availability of critical infrastructure
• Compliance with processes and certification (e.g., ITIL)
• Personalized control of the entire system
• Openness and security of the solution
• High flexibility
• Expansion and upgrade of the system in full operation

Typical physical security system technologies

• Building zoning system
• Mechanical barrier systems
• Security guards systems
• Electrical and electronic protection systems
• CCTV systems, including night vision systems
• Electric access control systems, including PalmSecure® technology
• Alarm and emergency systems
• Fence security systems
• Gates and vehicle tracking systems
• People and equipment tracking systems
• Air protection systems
• Secure communication systems
• Internal navigation systems
• Robotic systems
• Systems for integration security systems

Typical fire safety technologies

• Fire compartmentation
• Fire safety equipment
• Fire detection systems, including laser suction detection
• Electrical fire signaling and connection to alarm receiving center
• Manual alarms
• Evacuation radio system and optical acoustic signaling
• Smoke ventilation systems
• Fixed firefighting equipment
• Sprinklers
• Fire extinguishing systems based on natural or chemical agents
• Oxygen reduction systems
• Water-mist fire exthinguishing systems
• Hand-held fire extinguishers

For data centers where network infrastructure is a critical component of technology, we typically integrate 3 types of data networks:

• production data network intended for the production ICT, which is critically dependent on it,
• technological data network for critical systems of operational technologies,
• common office data network serving other non-critical operating systems.

Typical network infrastructure technologies

• Fiber optic cables, welded and pre-terminated
• Metallic cables, welded and pre-terminated
• Patch panels, fiber optic and metal
• Patch cords, fiber optic and metal
• ODM and ODF panels
• Fiber optic cable tracing systems
• Metal cable tracing systems
• Network infrastructure management systems

Typical physical infrastructure technologies

• Raised floors
• Suspended ceilings
• Racks and cabinets (distributors and racks for ICT, battery racks, etc.)
• Cooling air separation systems (e.g. ICT hot aisle/cold aisle systems)
• Steel support structures (for indoor and outdoor cooling units, switchboards, pipes, exhaust and HVAC systems)
• Lifting and handling equipment
• Anti-vibration and anti-noise measures

The aim of the integration process is:

• Maximum efficiency, availability and safety of the unit
• Compatibility and interconnection of individual subsystems
• Harmonization of individual subsystems so that they interact in line with the project documentation (design) of the unit
• Optimal functioning of the individual subsystems within