If you use TRACE 700, eventually, you will be working on a model and you will have some sort of massive but redundant task. Maybe you’re changing 500 inputs one by one. If you’re lucky and have an intern, you think, “Maybe I’ll have the intern do this”.
But then, you think about it, and you realize that you could probably be halfway done by the time you explain it to the intern. And of course you’re worried that they will do it wrong and screw up something else in the meantime and you’re left off at square one.
That’s where automation comes in. TRACE is difficult to automate compared to other software because it doesn’t have a text based file that can be edited. Instead you have to navigate the graphical interface.
Well, if you look behind me, you’ll see my computer screen. This is happening in real time as I speak. I had roughly 5000 inputs to change on a model I inherited. Instead of spending maybe three days making changes 1 by 1 and getting carpal tunnel syndrome, I figured out a way to automate it, using a setup that is perfect for TRACE 700 because this setup can actually “see” your computer screen.
Once I set it up, which took less time than actually making the changes, I was able to automate all 5000 changes in roughly 25 minutes.
Since then, this has been incredibly useful for me, and naturally, of course it will be useful to you as well. So I added the entire tutorial with links and references to our TRACE 700 training library.
It’s a 35 minute demo showing you exactly how to what you see happening on my screen, and once you see how I did this, you can automate virtually any redundant task in TRACE and a lot more. I wish I had figured it out, 6 years ago.
It’s like having your own TRACE 700 intern, that works for you for free and does exactly as it's told.
Bob Fassbender is the founder of Energy-Models.com and Fassbender Energy Advisory. A former Trane software engineer and instructor, Bob has more than 20 years of experience in energy modeling, building performance, utility incentives, and energy strategy.
His work spans whole-building energy modeling, calibration, independent technical review, decarbonization planning, utility incentive strategy, renewable energy analysis, and owner advisory services. Bob has supported projects ranging from commercial buildings and utility programs to large-scale data center developments involving power infrastructure, geothermal systems, heat recovery, and long-term energy planning.
Through Energy-Models.com, Bob has trained thousands of energy professionals in eQUEST, OpenStudio, EnergyPlus, LEED modeling, and building performance analysis. He continues to advise owners, engineers, architects, and developers on energy-related decisions while exploring emerging technologies such as artificial intelligence, machine learning, and advanced building analytics.