The main factors influencing the indoor microclimate are outdoor air parameters (weather and air quality), products of human activity (breathing, cooking, emissions from household appliances and equipment, etc.).
There is no need to explain that your health is directly dependent on your living environment.
A comprehensive HVAC system helps meet your comfort and safety needs and promotes energy efficiency through a single control system.
A single control system analyzes outdoor and indoor air parameters and directly correlates HVAC parameters such as temperature, humidity, air speed and air quality to help fine-tune economical system control algorithms to maintain a comfortable indoor climate (warm in winter, not hot in summer, fresh air year-round).
A single control system is a solution that provides convenient single-point monitoring, control and management of the atmosphere of your home with the lowest possible energy consumption without multiple duplication of elements.
Individual design allows you to create a comfortable environment taking into account such parameters as metabolism, clothing preferences, time and space preferences, individual body characteristics, preferences of each family member and guests.
Many years of successful work
100% QUALITY CONTROL
Design automation
Guarantees
Examples of projects
Discounts
Operating requirements
Hardware reliability
Economic efficiency
Hygiene requirements
Construction-architectural requirements
Fire and safety requirements
Discussion of wishes and expected results, presentation of engineering systems capabilities
Design specifications, using technologies gathered from all over the world and individually tailored to your needs.
Contract (responsibilities of Contractor, Client, Schedule, Communications)
Gathering baseline data
Design A-stage, BIM LOD200, Calculations, BEM, CFD, Specifications, Feasibility Study, and see project composition further
Site visit
Affiliation with adjacent chapters and design project
Purchase
C-stage engineering, Calculations, BIM LOD300-350, as well as see the project composition further on
Installation
Execution documentation, BIM LOD350
Commissioning and certification, customizing
Commissioning, testing by a professional together with the customer
System maintenance and service
Also for specific tasks may be required:
Customer, Engineer, Contractor, Designer functions
Ventilation Inspection
Retrofit and renovation
Engineering systems integration
Graphic part:
Floor plans with systems
Schematics of systems
Subassemblies
Specification of equipment and basic materials
Assignments to adjacent sections
The text part:
Calculations
Results of equipment selection programs
Explanatory note: Heating, ventilation and air conditioning:
information about climatic and meteorological conditions of the construction area, calculated parameters of outside air;
information about heat supply sources, heat carrier parameters for the heating and ventilation systems;
data on heat loads for heating, ventilation, hot water supply, for production and other needs, on the consumption of cold and electric power;
data on the calculated amounts of harmful emissions, the volume of air removed by local exhausts;
i-d diagram of the air treatment process for the premises requiring air conditioning;
description of principle solutions of heating, ventilation and air conditioning systems, air conditioners cold supply;
description of the location of heating and ventilation equipment, characteristics of materials (piping, air ducts, etc.)
description of fire protection measures;
description of noise protection measures for the designed systems;
description of automation and dispatching systems for regulating heating, ventilation and air conditioning systems;
description of the selected air treatment system
Explanatory note: Cooling:
characteristics of consumers and data on the needs of the designed enterprises, buildings and facilities in the cold supply;
decisions as to the choice of the sources of cold supply, their productivity and the adopted systems of cold supply;
data on the results of thermal calculations for refrigeration chambers and refrigerated premises;
selection and description of the main refrigeration equipment used;
principal decisions for automation of refrigeration supply;
measures for organization and occupational safety, safety engineering, including noise protection; the results of calculation of the number of workers to maintain the compressor station and pipelines;
characteristics of shop and inter-workshop communications, solutions for insulation of pipelines;
assessment of the possibility of emergency situations and measures to prevent them;
data on consumption of water, including for make-up, installed or consumed power of electrical consumers with indication of coefficient of simultaneous operation of equipment.
Appendices:
Operating instructions
3D visualization
Project cost
Technical Supervision
A great gift for a person who wants to improve his quality of life
cottages, private houses, country houses, townhouses;
Hotels and hotels of international operators;
restaurants and cafes with high climatic requirements;
Class A office and administrative buildings
sports centers;
premium shopping malls;
vip cultural and entertainment institutions;
industrial buildings with administrative part with high climate requirements;
apartments from 150 m2;
private pools.