I’m happy to share that I’m starting a new position as Electrical Department Manager at Cimenterie Nationale S.A.L!
The past 2 years at Electric Power Engineers were full of great memories and experiences, but it is time for me to move on to a new position.
I will forever be thankful to my colleagues and managers and to the great memories and experiences we shared.
Can't wait to see what this new chapter of my career holds for me!
Director, Career Services Center at the University of Balamand | Guiding students to success with expertise in career development | Capacity Building | SDGs Projects
I know this post seems straightforward for many of my technical connections, but for many of us in Lebanon who had to convert to residential solar energy, this video is very important.
In Lebanon 🇱🇧 , residential solar systems have been on the rise to cover up the gap of energy production from the government and as a substitute to the private generators in neighborhoods and their extremely high energy prices.
This video shows one of the most common fire hazards 🔥 in solar energy systems, which is the high arc blow of the DC current in the system. In Lebanon, most of the solar systems are installed inside homes and around families which constitutes a huge danger if not installed correctly and according to standards. My advice to you is:
-Never use AC rated Circuit Breakers to break DC current, except if stated by the manufacturer.
-Always align with the manufacturer’s ratings for each component in your system.
-Do not use non-certified components in your system! Especially when working with DC circuits.
-Always look for Arc suppressors in each breaker you use.
-Be careful for loose contacts, more closely in your DC circuits. If you are unsure of your installer, you can always check for loose contacts using thermal detectors under high loads. Any loose or bad contact will show higher temperature than the whole system.
- Look for the most professional installers and you will be more than safe to go!!
Electrical Power Engineer| Renewable Energy Engineer| High Voltage Engineer|Power Systems Analyst| Electrical Project Engineer| Grid Operations Engineer| Energy Systems Engineer| Industrial Automation
Simple Concepts ,Amazing Results:
Why is Interrupting DC Currents Harder Than AC Currents?
Have you ever wondered why breaking DC (Direct Current) circuits is more challenging than AC (Alternating Current) circuits? The answer hides in the nature of the currents themselves.
AC currents naturally pass through a zero point in their cycle, which aids in interrupting the flow of electricity. Each time the current crosses zero, the electrical arc that forms when a switch is opened is naturally extinguished. This characteristic makes it relatively easy to design circuit breakers and switches for AC systems.
On the other hand, DC currents do not have zero-crossing points as they flow in a constant direction. Interrupting DC involves breaking a continuous flow, which often results in a sustained electric arc. This arc can damage the switchgear and requires more robust and complex mechanisms to extinguish.
Understanding these differences is crucial for designing safe and effective electrical systems, especially in industrial applications where high-voltage DC is becoming more prevalent due to its efficiency in long-distance power transmission.
Let's demystify the complexities of electrical engineering together!
#ElectricalEngineering#DCcurrents#ACcurrents#PowerSystems#InnovationInEngineering
Back to 2018, After the completion of Machghara 66KV AIS substation with BECCO contracting team. This project was later followed by an extension with 1 extra outgoing connecting an asynchronous 5MW hydroelectric Turbine to the Grid.
AMI (Advanced Metering Infrastructure) Service Center Manager at BUTEC Utility Services s.a.l.
1yCongratulations