Course Description
Voltage level is an important characteristic of voltage. Approximately 20 years ago, the nominal voltage for low voltage networks was normalized at 230 V. However, this nominal voltage cannot be uniformly delivered at the point of connection. Voltage is affected by the loads of generators connected to the network. In the Voltage Level course, several aspects of voltage level will be discussed, as well as the increase and decrease of voltage level, the causes of these increases and decreases, voltage limits, and the requirements that apply to devices and installations.
What you will learn
- The concept and characteristics of voltage level limits
- The importance of defining voltage level limits
- Identifying whether an installation meets the European standard (EN 50160).
- The impact of dispersed generation on voltage level
- New concept: bi-directional power flow transformers
- Electromagnetic compatibility on the voltage quality concept
- Cost related to voltage levels that are too low or too high
- Connecting devices to Low Voltage installations
- Voltage drop concept
- Different solutions to voltage level problems
- The impact of voltage levels on energy savings
- Solving two detailed cases, based on real industry problems
- Saving energy by using a voltage regulation technique
Related Courses
Course Content
Introduction
Introduction and Actual Voltage Level Limits
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Influence and EMC on the Voltage
Dispersed Generation Influence on the Voltage Level
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Costs related to Voltage Levels
Costs related to Voltage Levels
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Voltage Drops
Solutions
Possible Solutions for Voltage Level Problems
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Energy Saving