Power system analysis is an important part of electrical power system design.
Perform calculations and simulations to verify whether the electrical system (including system components) is properly configured to operate as expected, withstand the expected load, and have the function of preventing failure.
The commercial or industrial building power systems are critical to the needs of those who work and benefit from these places.
In order to ensure that the electrical system can operate normally under normal and abnormal conditions, the building owner can request an electrical system study, also known as power system analysis. These studies may be valuable tools for the overall operation and improvement of the entire facility.
The well-designed power supply system ensures reliable operation under all operating conditions (including transient conditions such as motor starting, non-linear load, and generator loss) and maximizes the availability of the plant.
The Consequences of Poor System Design Include:
- power outages,
- malfunctions,
- poor power quality
- and arc flash,
These may cause major losses or more serious personal injuries.
Power system research is essential for reliable and safe power sources.
It is important to note that a complete electrical system analysis is usually not performed immediately. Certain aspects of power system testing may only need to be performed every 5 years or so, while other tests may need to be performed more frequently.
You can talk to professionals to determine which components of the power system analysis can benefit your plant.
Why is Power System Analysis Important?
One of the main reasons a facility should conduct an electrical system analysis is for safety reasons. The engineers performing this analysis are well trained to identify which system components may be harmful.
If they find something special, they can make wise suggestions on how to solve the problem, to provide everyone with a safer and more reliable workplace.
In addition, power system analysis is a valuable tool that can help factories save money.
The results of power system analysis can help management determine which type of personal protective equipment (PPE) to invest in its employees.
How is Power System Analysis Done (What Software)?
There are several types of energy system analysis software available for your program. The company chooses software based on factors such as budget and experience.
Perhaps the most famous power system analysis software is ETAP. ETAP is considered a global leader in power system analysis software, with more than 50,000 software licenses in more than 100 countries/regions.
How Care Labs Can Help?
Care Labs power systems analysis process includes:
- Data Collection
- Power System Modelling using electrical power system analysis software such as ETAP
- load flow analysis
- Short Circuit Study
- Stability Study
- Document review
- Management Briefing
- Draft Report Submission
- Final Report Submission
Care Labs Power System Analysis Benefits:
- Comply with laws and regulations and minimum safety standards.
- Higher security
- Use resources more efficiently
- Clarify electrical safety responsibilities
- Identify and eliminate security threats
- Ensure the durability of expensive electronic equipment (such as computers and other machines).
- Improve employee morale
- Prepare dynamic reports on safety performance
- Establish a positive safety improvement cycle
- Raise managers’ awareness of the problem
- Ensure compliance with government and industry safety-related labor regulations.
Standards and Regulations:
Data collection and final calculations are performed in accordance with the best practices and procedures outlined in standards such as IEEE 399, IEEE 141, and IEEE 242.
The selection and configuration of protective equipment must comply with the requirements of the NFPA National Electrical Code 70. Other applicable standards for energy system research include NFPA 70E, IEEE 1584, and OSHA 1910.269.
Care Labs provides Load Flow study & analysis, Short Circuit study & analysis, and Relay coordination analysis intending to monitor the voltage at various buses, as well as the actual and reactive power flow between buses
It also analyzes the system under various fault conditions and investigates the system’s ability to withstand minor and significant disturbances.
To get power system analysis for your company in Canada, contact us to get a quote. Our support representatives will get back to you within 24 hours.
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