What’s Special About IGSHPA Geothermal Installer Certification? Do you Really Need it?

It’s a good and valid question.

If you’re curious what certification is, you can see here: What is the IGSHPA Certification?  But more importantly, what is the value of IGSHPA certification in the marketplace – who is it valuable for and why would one bother to take the training?

While the certification doesn’t necessarily allow you to pull permits (see the review the geothermal license, certifications, and permitting) it does provide you with the knowledge and confidence to sell a job and then perform the design and installation. In addition, many states are requiring IGSHPA certification to to apply for incentives. Connecticut requires it, and Minnesota will provide higher rebates for IGSHPA Certified installers. Read below for the full description of the IGSHPA certification, and if you have any questions about it, feel free to ask us on our HeatSpring’s facebook page.

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4-Step Guide to Designing Geothermal Systems

The first part to understanding any aspect of the geothermal industry, whether it be marketing, sales, design or installation is to understand how the technology works and it is designed. By understanding the design process, even if you are never going to do design yourself, you will better understand how the technology is sold, will be confident when speaking to customers, will know what information needs to be collected on a site visit, and which leads have greater potential then others. If you plan on working on the installation side, understanding design will give you the knowledge to understand the different parts of an installation and what those may cost.
If you’re new to the geothermal heat pump industry, read the Geothermal 101 Reading list. It has free tools and articles on geothermal design and installation and sales and marketing best practices. Here are some other free resources:

Free Mini-Course: Installing & Commissioning Real Time Geothermal Monitoring Systems

Article: Lessons Learned on Ground Loop Sizing from 100,000+ Hours of Real-Time Geothermal Monitoring Data

Article: Lessons Learned on Operating COPs from 100,000+ Hours of Real-Time Geothermal Data

Article: Performance-Based Contracting is the Future of Residential Geothermal
Here are the four basic steps to geothermal heat pump design. For this article, we’ll focus on a single-family residential building.
4 Steps

Heat Loss/Gain Calculations
Size Heat Pump
Size Loop Field
Size Air/Water Distribution Center

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How You Can Use Geothermal To Gain LEED Certification

Here is an excerpt from a white paper I just published on how and where a ground source heat pump can be utilized to gain LEED certification.

By now, nearly everyone has at least heard of LEED but not many understand what it means to be LEED-certified or how best to earn certification. Developed by the US Green Building Council (USGBC), LEED stands for “Leadership in Energy and Environmental Design”. Simply put, LEED is a grading system for sustainable building design and construction.

The goal of the program is to encourage the construction of buildings that use less energy, water and natural resources in order to minimize the impact of a structure on the local environment during construction and throughout its useful life. Needless to say, geothermal heating and cooling systems can go a long way to supporting all of these goals.

The LEED rating system works by requiring a minimum level of performance through prerequisites organized under eight different categories. Once you are able to meet the minimum performance requirements in each category, any improvements above and beyond are rewarded through a points system. The eight categories are:

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