Calculating MAXIMUM DEMAND of an electrical installation | How to do it

Understanding how to calculate the maximum demand of an installation can be difficult for many of our students. In this video, we will discuss various methods for calculating maximum demand and demonstrate how to do so using examples from AS/NZS 3000. We will cover four examples, including single-phase and three-phase domestic installations, a block with 80 living units and communal services, and a non-domestic installation for a motel complex. Join us as we walk through the process of calculating maximum demand in these scenarios. 00:00 Intro 00:30 Calculation methods 03:05 You need this to calculate maximum demand 04:50 Lighting - Single-phase domestic installation 05:33 Socket outlets - Single-phase domestic installation 06:04 Other load groups - Single-phase domestic installation 06:58 Maximum demand of a single-phase domestic installation 07:22 Example C2.3.2.1 - Single - phase domestic installation 11:24 Maximum demand of a three-phase domestic installation 12:10 Example C2.3.2.2 - Three-phase domestic 14:43 Example C2.3.2.3 - Multiple domestic units per phase 21:08 Example C2.4.2.1 - Non-domestic installations ----- Become an ELECTRICAL APPRENTICE with us: https://bit.ly/37m3cCx Are you LOOKING FOR A CAREER? Become a pre-apprentice: https://bit.ly/3vRQkhI EXTEND YOUR ELECTRICAL CAREER with our post-trade courses: https://bit.ly/3CyWHYy #electrotechnology #electrician #electricaltraining The information in this video is for general information purposes only. Any electrical work should be conducted only by qualified electricians and/or under the appropriate level of supervision, following all work safety and health regulations.