Преимущества внедрения автоматизированных инженерных систем (BMS систем) от Green Project Group
169

Understanding the energy consumption of buildings is crucial in achieving savings. Only if the Facility service knows exactly how much energy is consumed by which system / installation and in which area of ​​the building effective investment measures can be developed that will ensure the best result.

Энергоэффективность зданий. Влияние систем автоматизации зданий.
197

A structural list of the functions of automated building management systems, as well as the technical management of engineering systems that have an impact on the energy efficiency of buildings.

КОНЦЕПЦИЯ ИНЖИНИРИНГА В СТРОИТЕЛЬСТВЕ
227

The engineering company is the link between the customer and the contractor, responsibility for decisions made, mistakes made during construction are assigned to both the contractor and the engineering organization.

Преимущества внедрения автоматизированных инженерных систем (BMS систем) от Green Project Group
188

The implementation of building automation systems (Building Management System - BMS) during the creation and reconstruction of objects is regulated by the requirements of regulatory documents DSTU-N B B.2.5-37: 2008, DSTU EN 15232-1: 2017.

Преимущества внедрения автоматизированных инженерных систем (BMS систем) от Green Project Group
174

The functionality of modern water meters allows you to significantly expand the volume of measured data and provide users with something more than just accounting for water consumption.

Инженерные системы управления зданием BMS. Интеллектуальные здания и сооружения от Green Project Group
164

Currently, in almost all commercial, public buildings and production facilities, BMS has been introduced as the main one for saving energy consumption, creating comfortable conditions for a person to stay, and ensuring safety.

Оптимизация потребления электроэнергии зданий и сооружений. Инженерные системы электроснабжения от Green Project Group.
179

Automation systems for the engineering infrastructure of civilian buildings allow achieving significant results in optimizing energy consumption without compromising comfort and safety. With a comprehensive approach to automation, savings can range from 25% to 30%.