HVAC
Model your HVAC systems to perfection.
Our HVAC modeling and design services ensure that your HVAC systems are modeled in line with shared specifications. Our team of experts creates near-accurate BIM models that can be used to test performance and constructability. These plans help architects, engineers, and contractors understand the design and construction requirements for the HVAC systems.
HVAC (Heating, Ventilation, and Air Conditioning) plans are an essential component of architectural drawings, providing detailed information about the systems that regulate the temperature, air quality, and ventilation in a building. These plans help architects, engineers, and contractors understand the design and construction requirements for the HVAC systems, and ensure that they meet the necessary safety and efficiency standards.
In HVAC plans, the location of HVAC equipment such as air conditioners, furnaces, and ventilation systems is indicated, along with the type and size of the equipment including its capacity, power consumption, and efficiency.
The ductwork system and airflow throughout the building are shown, with details about the size and placement of ducts and vents.
The insulation and ventilation systems, including information about the type of insulation and ventilation and the location and design of vents, are specified.
The control systems of the HVAC systems, including information about the type of controls and their placement, are described.
The materials used in the construction of the building, such as the type of insulation, ventilation system, and control systems, are included in the plan.
Finally, the energy efficiency of the building, including the energy efficiency rating, the energy efficiency rating of the building materials, and the energy efficiency rating of the building systems, is indicated.
HVAC plans are essential for ensuring that the HVAC systems in a building are properly designed and installed, and that they meet the necessary safety and efficiency standards. These plans help to minimize the risk of errors, reduce costs, and ensure that the building provides a comfortable and safe environment for its occupants.
Our HVAC modeling and design services include:
Heating & Cooling System Schematic Design
Duct Layout Drawings
Mechanical Ducts and Duct Fittings Modelling
Tunnel Ventilation & Basement Ventilation
Lift Well and Stairwell Pressurization System
Chilled Beams & Water Schematic Design
Underfloor Heating System Schematic Design
Heat Load Calculation & Analysis
Humidifiers/Dehumidifiers & Air Filters
In addition, our team is well-versed in the latest industry trends and technologies such as Variable Refrigerant Flow (VRF) systems, which allow for more efficient and customizable heating and cooling solutions, and Building Automation Systems (BAS), which allow for remote monitoring and control of HVAC systems. With our expertise, you can be sure that your HVAC systems will be designed and modeled to meet the highest efficiency, performance, and comfort standards.
How it works
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Project Initiation
At the outset, our design team gathers crucial information from clients, including heat calculations, materials, sheet metals, duct runs, and other essential data. During this phase, we also determine if the project involves a new unit or a renovation of an existing one.
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Plan and Model Development of HVAC
With all the necessary information in hand, we divide the tasks into three parts: 1) Performance, Load & Calculations, 2) Schematic Drawings, and 3) Modeling.
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Cross-discipline Coordination
Our team collaborates with the client and other disciplines, such as Architecture and Structural, to ensure the model is free from architectural or structural issues and clashes.
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Design Analysis and Finalization
Once all three tasks are completed and undergo a comprehensive quality check from all involved disciplines, we create schedules and preliminary spec drawings for client review and approval. We tailor our final output based on the feedback received from the client.
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Revision and Delivery
After conducting diagnostic investigations, we make structural modifications, architectural adjustments, and MEP rearrangements based on input from multiple stakeholders. This process results in a finalized BIM project model, ready for delivery.
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