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Mechanical Installation · Air Conditioning & Comfort · Çerkezköy and Çorlu

Air Conditioning, VRF and Fan-Coil Project Planning Services

We carry out the design coordination of VRF/VRV, fan-coil, air handling units and comfort air conditioning in offices, commercial areas and facilities. We consider indoor conditions, cooling-heating loads, air distribution and control needs together.

Account and System Design

Technical approach for Air Conditioning and Comfort Systems

Interior comfort; In addition to appropriate temperature, it is related to humidity, fresh air, air speed, noise and usage habits of the space. Focusing only on indoor unit capacity does not cover the entire system.

01 / AIR CONDITIONING & COMFORT

Space loads

Space-specific heat loss-gain, person load, lighting and fresh air effects are calculated.

02 / AIR CONDITIONING & COMFORT

VRF/VRV coordination

Indoor-outdoor unit combination, pipe lengths, level difference and manufacturer limits are controlled by the project conditions.

03 / AIR CONDITIONING & COMFORT

FCU and AHU systems

When choosing a hydronic fan-coil or air plant, air/water flow rates, battery capacity and service conditions are evaluated.

04 / AIR CONDITIONING & COMFORT

Comfort and automation

Thermostat, zoning, condensate drainage, sound and air distribution details are determined.

Engineering Process

Four stages from discovery to implementation project

After the project data and existing system conditions are determined, calculations, layout, equipment and field coordination are brought together in the same technical document.

01

Location analysis

Usage intensity, target temperature-humidity and architectural constraints are determined.

02

Load and system decision

Loads are calculated on a location basis and suitable system alternatives are compared.

03

Device and route

Indoor-outdoor unit, pipe, drainage, duct and control placements are coordinated.

04

Project and discovery

Plan, device list, technical specifications and application details are created.

Before Starting the Project

Information required for preliminary evaluation

Depending on the type of project, the following data may be shared:

  • Floor plan, suspended ceiling and shaft details
  • Location functions and usage hours
  • Indoor temperature-humidity requirement
  • Electrical infrastructure and outdoor unit area
  • Existing ventilation and fresh air system
Field and Operation

Things to consider in design

In the VRF/VRV system, the need for fresh air is not considered to be met on its own. Refrigerant safety and manufacturer piping limits are also checked according to the design to be applied.

The regulations to be applied to the project, relevant TS/TS EN standards, equipment manufacturer requirements and employer technical specifications are evaluated together. Design assumptions are verified against the actual conditions of the facility.

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Frequently Asked Technical Question

Does the VRF system replace ventilation alone?

Usually no. Heating-cooling and providing outdoor air are different tasks; The need for fresh air is calculated separately.

Detailed Technical Coverage

Subgroups of Air Conditioning and Comfort Systems

Load calculation, air conditioning device, outdoor air supply, humidity and automation requirements are evaluated together for space comfort conditions.

01 / SUBSYSTEM

VRF/VRV multi-split systems

Indoor and outdoor unit capacity, simultaneity, refrigerant line length, elevation differences and manufacturer combination limitations are checked on the project.

02 / SUBSYSTEM

Fan-coil systems

Concealed/open fan-coil placement, cooling-heating flow rates, water valve, acoustic conditions, electrical control and condensate pan and drain are detailed.

03 / SUBSYSTEM

Air handling unit and hygienic AHU

Air flow rate, filtration class, heat recovery, cooling-heating batteries, outdoor air and exhaust connection, service access and automation points are determined.

04 / SUBSYSTEM

Fresh air and air distribution

Outdoor air needs and space heating/cooling needs are calculated separately. Channel-section, speed, terminal, vent and air distribution are designed.

05 / SUBSYSTEM

Humidity control and indoor air quality

Humidification/dehumidification, outdoor air dew point, filtration and critical hygiene conditions, if any, depending on the use of the space are evaluated.

06 / SUBSYSTEM

Heat recovery and energy management

Pressure loss, temperature efficiency, icing and dirty-clean air leakage risks of plate/rotor recovery devices are examined together with operating conditions.

07 / SUBSYSTEM

Acoustics and control

Indoor unit noise, fan speeds, zone thermostats, control wiring, building automation and outdoor unit vibration loads are coordinated with architectural/static disciplines.

Equipment list

VRF indoor/outdoor units, FCU, AHU, heat recovery device, duct, VAV/vent, damper, filter, sensor and condensate discharge elements.

Design deliverables

Space heat load and air flow tables, device capacity list, VRF pipe plan, AHU duct project, acoustic and automation criteria.