CROC’s own office building is the best evidence of the company’s abilities. CROC’s campus comprises an 11-floor office building of 23,000 m2, a parking lot of 19,000 m2 and 11 large groups of systems which were integrated into a unified dispatch control system. All engineering systems of the campus are monitored and managed in a unified environment. Cutting-edge customized air conditioning system. A lighting system with presence detectors and light sensors.

1. ENGINEERING SOLUTIONS
FOR MODERN BUILDING

3. 3
Dear Friends,
For over 20 years, CROC specialists have been creating state-of-the-art engineering facilities to equip various
buildings, from commercial properties (offices, shopping centers, stadiums, etc.) to data centers, boiler plants
and much more. We have been speaking about ways to increase performance, deal with competitors and
achieve maximum efficiency for many years. However, the world is changing and we are changing along with it.
Today, we want to speak about peace rather than fighting. Leaders must be able to live at peace with
themselves, with what they do, the people around them, and our planet. A modern iintelligent building is also
a ‘green’ energy-efficient, safe and environmentally friendly building that saves money for its owner, reduces
maintenance requirements and benefits the people for whom it is intended.
We are proud of the projects described in this booklet as they are examples of truly intelligent buildings
created in harmony with the environment.
Yours faithfully,
Alexander Shirokov
Director of Intelligent Building Department

4. 4
ADVANCED
SYSTEMS
FOR INTELLIGENT
BUILDING

5. 5
Sewerage, heating
and water supply
Biometric face
recognition system
Ventilation and
air overpressure
systems
Air conditioning
systems
Lighting, sound and
video control center
Dispatch control and
monitoring systems
Uninterrupted power
supplies (UPS)
Checkpoint with automated
vehicle plate recognition system
Water disposal
system
Diesel engine generators/diesel
rotary gensets
1st
floor technological rooms:
fire extinguishing pump station,
heating and cooling centers
Internal computer and
telephone networks

6. Alexander Lassyi
Technical Director of
Intelligent Building Department
Pavel Dmitriev
Deputy Director of
Intelligent Building Department
Pyotr Vashkevich
Chief Engineer
MONITORING AND
SECURITY SYSTEM
CLIMATE CONTROL SYSTEMS
(HVAC)
INDEPENDENT POWER PLANTS
•• Closed circuit television (CCTV) system
•• Security alarm system
•• Access control and management system
•• Biometric control and recognition system
•• Parking lot management system (including
vehicle number tracking)
•• Key storage and release system
•• Heating system
•• Ventilation system
•• Technological air conditioning systems
•• Heat/cold supply system
•• Water supply and removal system
•• Heating plants
•• Smoke protection system
•• Gas removal system
•• Storm drainage system
•• External heat lines
•• External water supply and sewage systems
Anna Nemirovskaya
ANemirovskaya@croc.ru
Andrey Stepanov
AStepanov@croc.ru
Denis Markin
DMarkin@croc.ru
POWER SUPPLY SYSTEM
Yury Solomchenko
YSolomchenko@croc.ru
•• Guaranteed power supply system
•• System to avoid losses due to power-off
and intermittent voltage surges or drops
•• Building lighting systems
•• Internal electric power supply
•• Remote control of all lighting systems
•• Energy audit
FIREPROTECTIONSYSTEM
Anna Nemirovskaya
ANemirovskaya@croc.ru
•• Fire alarm system
•• Automatic fire-extinguishing systems
•• Fire public address and escape management
system
•• Cogeneration gas-piston plants
•• Gas-turbine plants
•• Boiler plants
•• Heat-carrying lines and heating plants
•• Transformer substations
•• Distribution substations
•• Electric grids of up to 500 kV
•• Absorption refrigeration machines
•• Water intake and treatment facilities
•• Installations for alternative power sources

7. SERVICE AND MAINTENANCE
LIGHTING, SOUND AND VIDEO
BUILDING MANAGEMENT
SYSTEMS
GENERAL CONSTRUCTION
WORK
STRUCTURED CABLING
SYSTEMS
•• Control and situation centers
•• Office and room automation systems
•• Lighting management
•• Power consumption control and management
systems
•• Automated system for operational dispatch
control
•• Health audit of equipment and engineering
systems, issuing recommendations and
reports
•• Scheduled technical maintenance and
consumables supply
•• Equipment diagnostics and troubleshooting
•• Equipment repair and spare part supply
•• Upgrading of engineering systems
•• 24x7 dispatch control service at customer site
•• Remote monitoring and control of
engineering systems
Dmitry Kuznetsov
DKuznetsov@croc.ru
Alexey Vorobiov
AVorobev@croc.ru
Pavel Pochtennov
PPochtennov@croc.ru
Alexey Volkov
AVolkov@croc.ru
Andrey Tatarkin
ATatarkin@croc.ru
Igor Volk
IVolk@croc.ru
•• Source data, approvals, and cost estimate
documentation
•• Construction process design and preparation,
construction arrangement project
•• Land plot layout
•• Architecture solutions and interior design
•• Structural and space-planning solutions
•• Internal engineering systems and
technological solutions
•• Measuring of environmental protection and
facilitating access for disabled persons
•• Internal computer and telephone networks
•• Technological equipment
•• Video communication systems
•• Security and industrial video surveillance
system
•• Audio systems
•• Video systems
•• Digital Signage
•• Lighting system
•• Interactive solutions
•• Maintenance and operation

8. 8
CROC’s own office building is the best evidence of the company’s abilities.
CROC’s campus comprises an 11-floor office building of 23,000 m2
, a parking lot of 19,000 m2
and 11 large groups
of systems which were integrated into a unified dispatch control system.
All engineering systems of the campus are monitored and managed in a unified environment.
Cutting-edge customized air conditioning system.
A lighting system with presence detectors and light sensors.
EFFECTIVE INTELLECTUAL PROPERTY PROTECTION
SMART LIGHTING AND ANNUAL 20% ENERGY SAVING
AMONG WINNERS OF THE BEST GREEN OFFICE 2014
ALL-RUSSIAN GREENPEACE CONTEST
ENGINEERING INFRASTRUCTURE OF CROC’S OFFICE IN MOSCOW
CROC’s office 3D face recognition system at CROC’s office Conference hall at CROC’s office

9. 9ENGINEERING INFRASTRUCTURE OF CROC’S OFFICE IN MOSCOW
Key benefits
•• Access control at all levels ensures the security of the building and employees and effective intellectual property
protection
•• Independent uninterrupted power supply provides 1.5 to 3-fold electricity cost reduction and reliable data storage
•• Certified for compliance with GOST R ISO 14001-2007 (ISO 14001:2004) Environmental Management Systems
ChillersExhaust units Uninterrupted power supply

10. 10
Kompressor is CROC’s commercial Data Center and offers a wide range of services.
Two-floor building with a total floor area of 5,000 m2
with four computer rooms with a total floor area of 2,000 m2
accommodating 800 racks, 20+ engineering systems and over 30 customers.
Key benefits
•• Rich choice of telecom providers, competitive environment
•• Redundant IT systems for reliable backup of primary data center
•• In total, 8 MW of power is supplied to the data center
CERTIFIED BY UPTIME INSTITUTE FOR TIER III
(99.982% AVAILABILITY)
Kompressor Data Center computer room Gas fire extinguishing system in Kompressor Data CenterFaçade of Data Center building and diesel generator plant
KOMPRESSOR DATA CENTER IN MOSCOW

11. 11
Backup data center with complete suite of engineering systems.
Reliable power supply, flood protection, and advanced air conditioning system.
Key benefits
•• Business process protection against technological emergencies and natural disasters
•• Additional storage system. Minimized financial and information losses in case of emergency
•• Abnormal situation monitoring. Prompt response
•• Highest possible support of business-critical IT systems
A RANGE OF UNIQUE TECHNOLOGY SOLUTIONS:
REDUNDANT SYMMETRICAL WAN NODE AND FAULT-
TOLERANT POWER SUPPLY SYSTEM BASED ON MULTIPLE
DIESEL POWER PLANTS
Smoke detectors Alfa-Bank Data Center computer room Air conditioning systems
ALFA-BANK DATA CENTER IN MOSCOW

12. 12
16 engineering systems were designed and installed in a fully automated 6-floor building with a total floor area of 6,912 m2
.
All systems are managed using a unified control center— the intelligent heart of the engineering infrastructure.
Key benefits
•• Guaranteed failure-free equipment operation
•• Fire safety
•• Comfortable environmental conditions
•• Redundancy of all key engineering subsystems
COMPLIANCE WITH UPTIME INSTITUTE
TIER III STANDARD (99.982% AVAILABILITY)
Central control room Power supply system for telecom equipmentFaçade of Megafon Data Center building
MEGAFON DATA CENTER IN SAMARA

13. 13
Creation of an engineering infrastructure for a central node segment of the Fund’s unified information environment.
The engineering infrastructure includes air conditioning, fire-suppression and uninterrupted power supply systems, as
well as a structured cabling system. In addition, there is a specially designed monitoring and dispatch control system
while a secured Lampertz server room is assembled and used for the data center.
Key benefits
•• Centralized monitoring of temperature, humidity, and power consumption and distribution
•• Autonomous operation of computing equipment in the event of power failure
•• Uninterrupted operation of all information systems
•• Safety of equipment and information-carrying media in the event of fire, flood, etc.
BUSINESS CRITICAL DATA SAFETY
Monitoring system for Data Center engineering systems High precision air conditioning systems Computer room access control
ENGINEERING INFRASTRUCTURE FOR INFORMATION AND ANALYTICS CENTER OF
THE FEDERAL COMPULSORY MEDICAL INSURANCE FUND, MOSCOW

14. 14
11-floor building with a total floor area of 55,000 m2
was equipped with engineering infrastructure systems
(climate control system and security system).
20 systems were designed, installed, and integrated in a single complex to ensure technical security, a safe and
comfortable environment for personnel, and telecommunication infrastructure.
Installation of an uninterrupted power supply system.
Key benefits
•• Safety and prevention of abnormal situations
•• Comfortable climate
•• Power usage efficiency to save resources
EXTENSION OF USEFUL BUILDING LIFE
PREVENTION OF BUILDING ENGINEERING
SYSTEMS FAILURE
Session hallSession hallFaçade of Arbitration Court building
ENGINEERING INFRASTRUCTURE FOR MOSCOW CITY ARBITRATION COURT BUILDING

15. 15
Essen Shopping and Entertainment Mall, with a total floor area of 21,520 m2
and a trade area of 12,560 m2
, was equipped
with its own heat power plant.
The plant generates installed electric power of 2 MW, heating power of 4 Gcal/h, and cooling power of 1.2 MW. The
power plant operates on a ‘tri-generation’ basis and produces electricity, heat, and cold air simultaneously.
Key benefits
•• Independent from centralized power grids
•• Improved fault tolerance
•• More environment-friendly equipment
•• Improved competitiveness
PRIME COST OF SELF-GENERATED ELECTRIC AND
HEAT ENERGY IS TWICE AS LOW AS PRICES SET
BY LOCAL UTILITY ENTERPRISE
Cogeneration gas-piston plant Gas-piston engine Boiler plant heat exchangers
POWER CENTER FOR ESSEN PRODUCTION AG (NABEREZHNYE CHELNY CITY)

16. 16
The project covered 11 hypermarkets throughout Russia and two office buildings of the management company.
Engineering and telecom infrastructure have been installed in a selling area of over 12,000 m2
, with each solution
integrating six systems.
Key benefits
Unified computer network in selling areas and office
Access control protects from unauthorized intrusion and perimeter trespassing
Abnormal situation forecast
Control of staff work hours
CENTRALIZED CONTROL OF
HYPERMARKET OPERATION
Façade of hypermarket building
ENGINEERING INFRASTRUCTURE FOR HOFF HYPERMARKETS IN VORONEZH, KRASNOGORSK,
KRASNODAR, MOSCOW, ROSTOV-ON-DON, SAMARA, AND KHIMKI

17. 17
ENSURING CAPACITY OF UP TO
3,800 PASSENGERS PER HOUR
The airport is ranked among the top 10 Russian airports in terms of domestic air passenger traffic. The airport campus
covers a floor area of over 60,000 m2
and has been equipped with 12 engineering systems.
Key benefits
•• Staff and passenger safety, emergency management
•• Efficient operation and information security thanks to company’s own data center
•• Passenger comfort
•• Passenger traffic management during high load
Waiting space and registration desks Computer room Monitoring and dispatch control room
ENGINEERING INFRASTRUCTURE FOR SOCHI INTERNATIONAL AIRPORT BUILDING

18. 18
New state-of-the-art 20,000 m2
passenger terminal was equipped with 19 engineering and IT systems.
Key benefits
•• Airport staff and passenger safety
•• Reduced risk of emergency situations
•• Efficient operation and information security thanks to own data center
•• Regulated passenger traffic
•• Passenger comfort
ENSURING CAPACITY OF UP TO
1,300 PASSENGERS PER HOUR
Airport interior Airport terminalsFaçade of airport building
ENGINEERING INFRASTRUCTURE FOR KHARKIV INTERNATIONAL AIRPORT BUILDING

19. 19
30-floor office building, 20-floor hotel, small administrative building, and 4-level parking lot. Integrated suite of
engineering systems: 21 systems have been commissioned, with over 226 km of cabling being installed. An AV suite
has been designed, installed, and put into operation and includes advertising-and-information displays, information
video walls, and information-and-service kiosks for interactive navigation.
Over 300 information HD displays have been installed.
Key benefits
•• Centralized system of media content distribution and display attracts tenants, visitors and advertisers
•• All systems in the building are controlled on a 24/7/365 basis
NATIONAL ‘PROINTEGRATION AWARDS’ PRIZE FOR
PROFESSIONAL AUDIO AND VIDEO EQUIPMENT
AND SYSTEMS INTEGRATION
Façade of WTC building Small conference room with mobile AV set Cinema hall in congress center
ENGINEERING INFRASTRUCTURE AND AV SUITE FOR WORLD TRADE CENTER MOSCOW

20. 20
An А+ class administrative-and-office building consisting of three 7-floor blocks has been equipped with advanced
engineering systems, a reliable security system, and up-to-date climate control systems.
Key benefits
•• Emergency management
•• Unauthorized access prohibition
•• Centralized management and monitoring of engineering systems in the building
HIGH ENERGY EFFICIENCY AND REDUCED OPERATIONAL
COSTS THROUGH INNOVATIVE UNINTERRUPTED AND
GUARANTEED POWER SUPPLY SYSTEM BASED ON DIESEL
ROTARY UPS
Zapadniye Vorota Business Center
ENGINEERING INFRASTRUCTURE FOR ZAPADNIYE VOROTA BUSINESS CENTER IN MOSCOW

21. 21
The project included the design, installation, and commissioning of a complex comprising information displays, public
address equipment, intercom terminals, video surveillance and video analysis tools, as well as hardware-and-software
tools enabling the smooth running of business processes in the situation and analytical center.
Key benefits
•• Prevention of abnormal situations
•• Effective passenger traffic management
•• Over 160 displays at railway stations in Moscow and the Moscow Region which offer up-to-date train traffic information
•• Information is updated in real time based on data from analytical subsystem
•• Entire network infrastructure is monitored and managed from a unified dispatch control center
SPECIAL PRIZE IN ‘BEST SOLUTION FOR CORPORATE
SECTOR’ NOMINATION OF NATIONAL ‘PROINTEGRATION
AWARDS’ PRIZE FOR PROFESSIONAL AUDIO AND VIDEO
EQUIPMENT AND SYSTEMS INTEGRATION
Central Suburban Passenger Company’s situation and analytical center Passenger information display Passenger information display
in vandal-proof case
SITUATION AND ANALYTICAL CENTER OF CENTRAL SUBURBAN PASSENGER COMPANY, MOSCOW

22. 22
Two hybrid power plants based on alternative power sources have been installed (wind-solar power plant).
Key benefits
•• Power supply to locations where utility lines are unavailable
•• More reliable electric power supply
•• Number of service team visits reduced 10 to 12 times
UP TO 30% REDUCTION OF BASE STATION POWER
CONSUMPTION
ALTERNATIVE SOURCES PROVIDE 80-95% AUTONOMY
Wind turbine, battery pack,
geoprobe, and base stationWind turbine installation Solar batteries
AUTONOMOUS LOW-POWER SOURCES, ALTERNATIVE SOURCES
MEGAFON BRANCHES IN SAMARA AND MURMANSK

23. 23
Self-contained power plant was built to provide continuous and high-quality power supply to business-critical consumers.
System consists of seven diesel rotary uninterrupted 1,670 kVA power supply (DRUPS) units which each provide power
of 8,000 kW.
Key benefits
•• No need to create additional infrastructure, including rechargeable batteries, static UPS, diesel gensets, and cooling center
•• Unlimited autonomous operation of DRUPS system
•• Unattended automated switching eliminates human errors and enhances fault tolerance
•• Uninterrupted power supply even during scheduled/routine technical maintenance
COST OF OWNERSHIP REDUCED BY 62% OVER 10 YEARS
DGP jacket cooling system 20 kV power plant
UNINTERRUPTED AND GUARANTEED POWER SUPPLY SYSTEM
FOR FEDERAL INSTITUTION IN MOSCOW

24. 24
Modern 24-floor building with a floor area of 26,000 m2
was equipped with 16 engineering and information systems
controlled by unified smart management system.
Key benefits
•• Staff and visitor safety
•• High productivity supported by up-to-date information systems, video presentations, video conferencing, and
multiplexing equipment
•• Seamless integration of existing and future technical solutions at design documentation change stage
HIGH ENERGY EFFICIENCY THROUGH BOILER PLANT
AUTOMATION
Distribution system Compressor plantFaçade of Samaratransgaz building
ENGINEERING INFRASTRUCTURE OF SAMARATRANSGAZ (GAZPROM) OFFICE BUILDING IN SAMARA CITY

25. 25
Sound and public address system that meets all FIFA requirements was created for the stadium with a capacity of 42,000 people. The
system provides sound amplification, audio signal routing and broadcasting, interactive control, and equipment health monitoring.
Press conference hall has been equipped with simultaneous interpretation, sound amplification, video display, switching, and
technological TV systems.
Over 7 km of fireproof speaker cables were installed while 48 amplifiers with a total power of 160 kW have been installed in racks
under the roof. In addition, 184 loudspeakers have been installed, providing total sound pressure of over 105 dB. LAN was deployed
to control and monitor performance of all systems while public address and evacuation management systems were also installed.
Key benefits
•• Automated collection of monitoring data and content display using Digital Signage system
•• Sound broadcasting with high voice intelligibility
•• Interactive sound system management
•• High reliability and fault tolerance
•• Prevention of abnormal situations
CENTRALIZED MANAGEMENT OF STADIUM SYSTEMS
Stadium façade installation Stadium Conference hall for mass media activities
SOUND, PUBLIC ADDRESS, MANAGEMENT AND MONITORING SYSTEMS
FOR OTKRITIE ARENA STADIUM (SPARTAK FOOTBALL CLUB) IN MOSCOW

26. 26
Multiple media systems were installed, including audio signal routing, centralized control, and lighting control systems.
Almost 1,000 light zones were arranged, with 36 power cabinets, a smart lighting control server, two industrial
processors, and 70 keypads being installed and music being broadcast to a total of 320 zones.
Key benefits
•• Hotel now capable of hosting events of any type such as seminars, conferences, forums, theatrical performances,
and concerts.
•• Unified video and audio environment
•• Flexible management system enables the creation of a unique premium class hotel atmosphere
SYSTEMS CAN INDEPENDENTLY PERFORM
DIAGNOSTICS, TURN ON, SWITCH TO SLEEP MODE
DURING SHORT BREAKS BETWEEN EVENTS OR
TURN OFF BEFORE LONG IDLE TIME
Conference hall BallroomWall mounted control panels in public areas
MEDIA SYSTEMS AT FOUR SEASONS HOTEL MOSCOW

28. 28 PARTNERS

29. 29PARTNERS

30. 30 NOTES

31. Alexander Shirokov
Director of Intelligent Building
Department
E-mail: AShirokov@croc.ru
Phone: + 7 (495) 974-2274 ext. 2550
Alexander Lassyi
Technical Director of Intelligent
Building Department
E-mail: ALassyi@croc.ru
Phone: + 7 (495) 974-2274 ext. 2301
Pavel Dmitriev
Deputy Director of Intelligent
Building Department
E-mail: PDmitriev@croc.ru
Phone: + 7 (495) 974-2274 ext. 2568
Pyotr Vashkevich
Chief Engineer
E-mail: PVashkevitch@croc.ru
Phone: + 7 (495) 974-2274 ext. 2315

32. 5 block 1, Volochaevskaya St.,
Moscow, 111033
Phone: (495) 974 2274
Fax: (495) 974 2277
E-mail: info@croc.ru
automation.croc.ru