Conventional, gas-insulated (GIS), distribution, transmission, and generating plant substations.
Downloading the PDF is only the first step. Effectively applying its principles in real-world design is the true value. Here is a systematic approach to working with this standard.
A: Only if your employer or institution has an IEEE Xplore subscription. Otherwise, you must purchase the PDF. No free legal distribution is available.
Prices are approximate and may change. Always check the current price at the vendor’s website. ieee std 80 2013 pdf download work
Many engineering firms and universities maintain active site licenses with IEEE, allowing employees or students to download the verified PDF directly through their intranet.
Many utilities, engineering firms, and regulatory bodies still operate under the design rules and established safety criteria outlined in IEEE 80-2013. It remains a cornerstone reference until the new revision is fully published and adopted. Understanding its guidance is essential for any grounding engineer, even as you anticipate future updates.
If you are downloading the PDF for work, you are likely dealing with the following core concepts defined in the standard: Here is a systematic approach to working with this standard
is a constant of 0.116 for a 50 kg body or 0.157 for a 70 kg body).
The potential difference between a person's feet spaced one meter apart without touching any other object.
IEEE Std 80-2013 (IEEE Guide for Safety in AC Substation Grounding) is the globally recognized standard developed by the IEEE Power and Energy Society. It provides the methodology for designing safe and effective grounding systems for AC substations. No free legal distribution is available
Once you have accessed the document, here is how to effectively utilize IEEE Std 80-2013 for your grounding design project:
IEEE Std 80-2013, titled “IEEE Guide for Safety in AC Substation Grounding,” stands as the world’s primary reference for safe grounding practices in alternating‑current (AC) substations. Since its initial release in 1961, the guide has been revised multiple times, with the 2013 edition representing a major update that incorporates critical clarifications and enhancements. Designed for utility engineers, substation designers, and safety professionals, IEEE Std 80‑2013 provides a quantitative framework for designing grounding systems that protect both personnel and equipment under fault conditions.
Websites offering "free work PDFs" often host malicious software, ransomware, or phishing scripts that compromise your network.
The minimum cross-sectional area of the grounding conductor is calculated using the symmetrical fault current. The calculation accounts for the conductor material properties (usually copper or copper-clad steel), ambient temperature, and the maximum allowable melted or annealed temperature of the joints. Step 3: Preliminary Layout