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HVAC Design Self-Training Course

Updated: March, 2016

Our HVAC Design Self-Training Course will help you to quickly gain the practical skills in HVAC design of industry scale projects other engineers obtain only after five to ten years of work within a consulting company. Everything you need in one package - Design Software, Study Materials, Assignment Projects, Drawings and more! Electronic delivery!

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Advanced HVAC Training Course

Training Platform: 'Building Energy Retrofit. Basics and Design Process'

Updated: Dec, 2016

New training platform developed in response to the building energy retrofit industry's demand for specialists proficient in creating energy retrofit and renewal projects for commercial and institutional buildings

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Advanced HVAC Training Course

AutoCAD Drawing Library

Updated: Dec, 2016

Sets of mechanical drawings for office, educational and retail building categories. The drawings meet the highest drafting standards acceptable in the consulting services.

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Advanced HVAC Training Course

E-Book 'A to Z HVAC Design for Engineers'

Updated: March, 2016

Learn the secrets of rational, math and sequence practiced by the best consulting companies in Canada and USA, designing air-conditioning systems for commercial and institutional buildings. Electronic delivery in easy-to-read pdf format!

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A to Z HVAC Design for Engineers

'HVAC Engineering Toolkit'

Updated: March, 2016

Unlock the potential for rapid interlinked HVAC systems design with this set of MS Excel coded spreadsheets. Includes the following design tools: 'Design Loads', 'Air Flow', 'Water Flow', ' Comfort', ' Psychrometrics', 'HVAC Computer-Aided Design'

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HVAC Engineering Toolkit

'Design Loads™' MS Excel Module

Updated: March, 2016

This easy-to-use MODULE™  will calculate heating and cooling design loads, size air handling units’ sizes, fans, central and other heating and cooling coils, reheat coils, perimeter radiation, including constant and variable air volume air conditioning systems. Results are presented in printable and easy-to-read tables that can be submitted for permitting.

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Design Loands

'Psychrometrics™' MS Excel Module

Updated: March, 2016

Why struggle with the inaccurate psychrometric charts? This easy-to-use MODULE™ will quickly and accurately calculate for you detailed air properties in a wide range of temperatures!

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Psychrometrics Module

'Thermal Comfort™' MS Excel Module

Updated: March, 2016

Use this easy-to-use module to quickly design a comfortable indoor environment as defined by ASHRAE Standard 52 'Thermal Environmental Conditions for Human Occupancy'

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Thermal Comfort Module

'Air Flow™' MS Excel Module

Updated: March, 2016

Automatically calculates diffuser jet projections, characteristic lengths, throws, number of outlets, ductwork sizing and more. Produces schedule-type outputs. Can be used as a stand-alone tool or integrated with the Design Loads Module™!

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Air Flow Module

'Water Flow™' MS Excel Module

Updated: March, 2016

The WaterFlow Module™ will calculate piping network sizes for you, taking into account piping materials and fluid temperatures of your choice, and provide intuitive and easy-to-read schedule-type outputs! A Thermal Load Calculator™ is also included, calculating thermal loads carried by direct and reverse return piping systems!

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Water Flow Module

Validated, easy to use HVAC Loads, Piping and Ductwork Design Software Tools

We know the feeling of suspicion and mistrust to existing software tools because the tools conceal algorithms behind nice user interfaces and provide no evidence of the accuracy of the results.

 

-What are the algorithm limitations?

-What is the accuracy of the results?

-Does it take into account such and such aspects of the process at hand?

 

To make your HVAC design pleasant and effective we developed new software tools meeting the following criteria:

-The tool calculation methods go through rigorous validation procedure allowing you to see if the accuracy meets your requirements. The calculation outputs have been matched against the sample calculations provided by the sources of the methods. Click here to see the validation test summary of the training and reference guide 'A to Z HVAC Design for Engineers'

-Module code is completely exposed. You can trace every line of the entire chain of the calculations and see the formulae used and their results

-User interface is based on the all-familiar MS Excel. This gives you the flexibility to customize your work and link the tool to your own spreadsheets

-Modular approach. The modules cover virtually all tedious and error prone calculating procedures related to the HVAC Systems Design. If you require, as an example, to size a water piping system, simply obtain the module 'Water Flow' with no prerequisites to other components (see complete list of modules we offer under 'Products' menu).

Link the modules into a comprehensive computing system, no need for manual input data transferring and editing the calculations any more. For example, if the architect changed the window type, simply change the U-value in the module interface as needed and immediately obtain the new size of all air-handling unit elements, ducts, even piping serving the spaces with new windows. This approach significantly reduces the time and dramatically improves accuracy in everyday engineering.