CROC
http://www.croc.ru/eng/innovations/intelligent_building/index.php
CROC
N1 in Russia in IT Infrastructure Creation

Intelligent Buildings and Engineering Infrastructure

Power Plants

What is it?

A power plant is a standalone heat and electricity supply station based on gas-fired cogeneration power systems. Net electricity and heat generation costs within power plants are much lower than the rates of traditional power suppliers. As a result, a private power plant offers the ability to realize significant annual financial benefits after an initial investment comparable to the cost of connecting to an external power grid.

CROC’s Services

CROC deploys turn-key local power plant solutions capable of providing: 85-90% efficiency, low-cost electric power generation, a quick return on investment, complete energy independence from external mains and heating networks, and reliable system operation. CROC engineers are skilled in installing power plant equipment in detached buildings, specially designed containers, and in premises in immediate proximity to the customer. Smooth and efficient operation is ensured by the fact that power plant systems automatically regulate temperature and noise levels. Implementations are performed using products from Tedom, MTU, Rolls-Royce, Deutz, F.G.Wilson, Cummins, and Caterpillar.

Case StudyEssen Production AG - Standalone Power Plant

 

IT Security Rooms

What is it?

Lampertz IT security rooms are based on a modular design and deliver comprehensive security against physical hazards like fire, water, smoke, unauthorized access, electromagnetic radiation, explosions, and debris.

CROC’s Services

CROC supervises data center site construction and installs precise air conditioning systems, early fire detection systems, access control and management systems, a structured cabling system and power network, as well as guaranteed and uninterrupted power supply systems. CROC also deploys automated gas fire extinguishing systems that help detect and suppress fire at any onsite point.

Case Study:  Bank of Moscow - Lampertz IT Security Room


Rotary Heat Exchanger Air Conditioning Systems

What is it?

Rotary heat exchanger air conditioning systems are based on exhaust air flow heat utilization technology and offer companies cost-effective, state-of-the-art IT room cooling and temperature control functionality.

CROC’s Services

CROC is a specialist in designing rotary heat exchanger air-conditioning systems for data centers, server rooms, and other technical premises. The solution is ideal for use with base stations and sites with limited or irregular electricity supply, and reduces air-conditioning total power share from the traditional 20-30% to 7-12%.


Data center design and implementation in accordance with the Uptime Institute’s Tier Classification System

What is it?

The Uptime Institute (USA) is one of the largest independent organizations pioneering and continuing to develop innovations as well as the Tier Classification System for rating data center facilities in order to improve reliability and uninterruptible availability (uptime). Data center design, implementation and certification in accordance with the Uptime Institute's standards protect investments and ensure business stability and resilience. All over the world, companies strive to attain Uptime Institute certification in order to guarantee absolute reliability and deliver a high level of service to customers.

CROC’s Services

CROC offers data center engineering infrastructure design and implementation services, including structured cabling, power supply, air-conditioning, fire extinguishing, alarm, CCTV, access control, monitoring, management and information security systems. CROC also offers data center preparation for certification by the Uptime Institute. CROC has Accredited Tier Designers and is fully qualified to design and prepare customers’ data centers for Tier certification in accordance with the Uptime Institute Tier Classification System (I-IV)—the international data center site infrastructure benchmarking standard.

Diesel Rotary Uninterrupted Power Supplies

What is it?

Diesel Rotary Uninterrupted Power Supply (DRUPS) is an innovative solution which combines the functionality of stabilized power supplies with a diesel-generator. DRUPS is based on an electro-mechanical flywheel which stores kinetic energy when the mains electricity supply is on. In the event of mains electricity supply failure, stored energy in the flywheel is released to drive a diesel-generator which supplies power. The kinetic energy of the rotating flywheel is sufficient to maintain power until the diesel-generator speeds up, at which point the power supply is automatically switched to a diesel-generator.

CROC’s Services

CROC is a partner of Hitec Power Protection, a global leader in the DRUPSmarket. We offer power system implementation services based on Hitec’s Dynamic Power Stabilizer for data centers, industrial sites and office buildings.

Benefits of DRUPS compared to traditional uninterrupted power supply solutions (UPS + diesel-generator) include:

  • Power savings throughout the system lifecycle (with efficiency of up to 98 percent)
  • Long service life (over 25 years) significantly reduces TCO
  • High reliability
  • High quality of electric power under any conditions
  • Minimum floor space requirements (higher kVA/m2 ratio compared to classic systems)
  • Green solution (no need to replace rechargeable batteries)

Building Deformation Monitoring Systems

What is it?

Building deformation monitoring systems provide up-to-date information about the technical condition of manufacturing and apartment buildings. Such systems have multi-level design and usually include:

  • Sensors that collect information about supporting (load-carrying) structures and translate deformation/stress to electrical signals
  • Electrical signal amplifiers
  • Data collection and analysis systems to visualize information

Specialized software to monitor and analyze collected information

CROC’s Services

CROC installs and tunes building deformation monitoring systems which ensure:

  • Timely information regarding the need for building repairs
  • Monitoring and analysis of supporting (load-carrying) structure stress in order to mitigate destruction risk and ensure safety