Building Management System

Building Management System is intended for automatization of processes and functions in modern buildings.

The BMS is often used to describe a system that controls the equipment inside the building: ventilation, heating, conditioning, lighting, power, etc.

The BMS lays the basis for the so-called «intelligent building» and has a number of advantages:

• comfort control
• increased staff productivity
• efficient monitoring and energy consumption
• improved plant reliability and life
• efficient response to HVAC-related complaints

Highly-transparent glass facades

Clear and highly transparent glass will be used for facade glazing.

The type of glass units comply with thermal resistance and transparency requirements. The suggested nanotechnology-based exterior coating of units will ensure a longer life cycle of units, reduce the risk of thermal shock, the number of washing cycles and should enhance the façade characteristics.

In-house trigeneration unit

Power plant engineering diagram was designed to ensure practical use of a trigeneration system. The power plant includes a cogeneration unit, which generates heat and power, and an absorption refrigerator which drives the cooling process, using thermal energy and a small amount of electrical power.

Media facades with dynamic lights

A built-in display of arbitrary size and shape will complement the building architecture and will be used for diagrams, graphics and videos. The media facade display is made of LED modules of different shapes and sizes.

BREEAM Compliance

BREEAM is an international standard of real estate property environmental certification. It aims to minimize the adverse effects of new developments on the environment locally and globally, to promote a healthy lifestyle and working conditions for its employees.

Certification is administered by BRE Global.

Use of precipitation

The use of precipitation includes water reclaim and use of grey and black waters from sinks, WCs and the kitchen. After reclamation grey waters will be used for green space irrigation and service use. Atmospheric precipitation will be collected, filtered and used for other systems, e.g. for firefighting.

Adaptive pavement anti-freeze

Prevention of icicles and snow accumulation, ice protection for roofs, storm collectors, drains, pavements, stairs and motorways.

Battery-charging stations in parking areas

The use of electric cars has brought about new demands. Sometimes to continue the journey drivers need to boost-charge their batteries. A boost – charge will give an 80% - charge in 15 minutes.

Engineering Structures Monitoring System

The engineering structures monitoring system is intended to:

• monitor load-carrying structures with a view to ensure timely detection of stress - strain behaviour
• contribute to the decision-making process regarding the technical condition of the structural elements subject to a change in stress – strain behaviour
• improve the safety of the facility by means of timely detection of negative strain rate in the structures, which may compromise their efficiency or result in emergency conditions
• monitor the extent and rate of stress - strain in the structures and (if required) take emergency measures to prevent collapse

Roof-integrated PV panels

Solar energy is absorbed by special elements which convert it into heat and power.

Power conversion occurs via photovoltaic convertors made of silicon - one of the most common minerals in the world. The conversion will result in generation of direct current ready for immediate use or accumulation in batteries.