The 2013 revision updates the previous 2000 edition. The core objective remains unchanged: to provide criteria for designing grounding systems that limit the potential difference between a ground grid and the earth to levels that do not endanger people or equipment.
The standard addresses two deadly hazards:
When you download the IEEE Standard 80-2013 PDF, you will find detailed methodologies for the following calculations: ieee standard 80-2013 pdf
IEEE 80-2013 is the definitive global benchmark for substation grounding design. It is not a mandatory code in itself, but it is frequently adopted by regulatory bodies (like OSHA in the US) and integrated into utility standards worldwide.
The 2013 revision modernized the 2000 version, placing a heavy emphasis on the interaction between the grounding grid and the soil, as well as improving calculation methods for fault current distribution. It remains an essential document for electrical engineers, substation designers, and safety professionals. The 2013 revision updates the previous 2000 edition
At its core, IEEE Std 80 is a guide, not a mandatory code. However, it is widely adopted by utilities and regulatory bodies worldwide as the standard methodology for designing substation grounding systems.
The primary goal of the guide is to ensure two things: It is not a mandatory code in itself,
As of late 2024, IEEE 80-2013 is still the current active standard. A revision project (P80) was initiated, but a final 202X version has not yet been published. Therefore, IEEE Standard 80-2013 remains the governing document.