Tesla Institute Of Technology

07/10/2025

Multiple Switch Wiring System from different locations

27/09/2025

🗡ንመላእ ሰዓብቲ እምነት ክርስትና እንኳዕ ንብርሃነ መስቀሉ ብሰላም ኣብፀሐኩም 🗡

19/09/2025

How many of you know The Inventions of Nicola Institute Of Technology

12/09/2025

ኣብ ትካልና እናተውሃቡ ዝርከቡ ናይ ስልጠና ዓይነታት
1. ስልጠና ስራሕቲ ኢንስታሌሽን
2. ስልጠና ቴክኖሎጂን ሶፍትዌራትን
3. ስልጠና ዝተፈላለዩ ጽገናታት
1. ስልጠና ስራሕትታት ኢንስታሌሽን
• ናይ ህንጻ ኤሌክትሪክ መስመር ዝርገሐ
• ናይ ኢንደስትሪ ማሽናት ተኸላን ዝርገሓን
• ዝርግሐን ጽገናን ድሕንነት ካሜራ ( ,cctv)
• ዲዛይንን ዝርገሐን ሶላር (solar) ሲስተም
• ኔትዎርክ ዲዛይንን ዝርገሐን
• ኣሉሚንየምን ስራሕቲ ህንጻ ፊኒሽንግ
• ናይ ቧንቧ ሳኒተሪን መስመር ዝርግሐ
2. ስልጠና ቴክኖሎጂን ሶፍትዌራትን
• መሰረታዊ ክእለት ኮምፒተርን ፕሮግራሚንግን
• ኢንጂነሪንግን ኣርክቴክቸራልን ሶፍትዌራት
• ግራፊክስን ቪድዮ ኢዲትንግን
• ኢንተርዮር (interior) ዲዛይን
• ምምዕባል ኣፕሊኬሽንን ዌብሳይትን
• ኣድቫንድ ፕሮግራሚንግን ኣውቶሜሽንን
3. ስልጠና ዝተፈላለዩ ጽገናታት
• ማባይል ጽገና
• ኤሌክትሮኒክስ ጽገና
• ናይ ገዛን ቢሮን ማሽናት ጽገና
• ዲናሞ ጽገናን ምጥቕላልን
• ስልጠና ፅገናታት ኤይር ኮምፕረሰርን ካሎኦትን ዮም

23/08/2025

ርሑስ በዓል ኣሸንዳ
ተስላ ማእኸል መሰልጠኒ ቴክኖሎጂ

22/08/2025

If You Interested to have Free copy i will send you. Follow, like and share our page

04/08/2025

ተስላ ቴክኖሎጂ ኢንስቲትዩት
ተስላ ቴክኖሎጂ ኢንስቲትዩት ማእኸል መሰልጠኒ ብቅዓት (center of excellence) ኮይኑ
እዋኑ ብዝጠልቦም ቴክኖሎጂ ተሓጊዙ ዝለዓለ ጠለባት ዕዳጋ ንዘለዎም ሙያታት ብፍላይ ንመናእሰይ
ማእኸል ዝገበረ ኣብ ሓጺር ግዜ ሰልጢኖም ዝበቅዕሉ ትካል እዩ ።
• ኣብ ትካልና እናተውሃቡ ዝርከቡ ናይ ስልጠና ዓይነታት
1. ስልጠና ስራሕቲ ኢንስታሌሽን
2. ስልጠና ቴክኖሎጂን ሶፍትዌራትን
3. ስልጠና ዝተፈላለዩ ጽገናታት
#ስልጠና ስራሕትታት ኢንስታሌሽን: -ናይ ህንጻ ኤሌክትሪክ መስመር ዝርገሐ (Building Electrical Installation)
• ናይ ኢንደስትሪ ማሽናት ተኸላን ዝርገሐን(Industrial Machine Controls)
• ዝርግሐን ጽገናን ድሕንነት ካሜራ (CCTV System Configurations)
• ዲዛይንን ዝርገሐን ሶላር ሲስተም (solar PV System Installation)
• ናይ ቧንቧ ሳኒተሪን መስመር ዝርግሐ (sanitary Installation)
#ስልጠና ቴክኖሎጂን ሶፍትዌራትን :-
• መሰረታዊ ክእለት ኮምፒተር (Word, Excel, PowerPoint)
• ኮምፒተ ፕሮግራሚንግን ክእለት (C++, Java, Python)
• ኢንጂነሪንግን ሶፍትዌራት(AutoCAD, Revit, Etabs, GIS,..)
• ኢንተርዮርን ኣርክቴክቸራልን ዲዛይን (Arch and Interior)
• ግራፊክስን ዲዛይንን ቪድዮ ኢዲትንግን (Ps, Ai, Id, Ae, Pr )
• ዌብሳይት ዲቨሎፕመንት (Frontend, Backend, Fuls tack)
• ዳታቤዝ ዲቨሎፕመንት (NoSQL, Object-oriented, Cloud)
• ኣድቫንስድ ኣውቶሜሽንን ፕሮግራሚንግን (PLC, SCADA, Robotics)
#ስልጠና ዝተፈላለዩ ጽገናታት:-
• ሞባይል እና ኤሌክትሮኒክስ ጽገና (Mobile Phone, Tv, Receiver, Speaker)
• ናይ ገዛን ቢሮን ማሽናት ጽገና (Fridge, Micro oven, Laundry Machine)
• ዲናሞ ጽገናን ምጥቕላልን (motor maintenance and re-winding)
➢ ኣብ ትካልና እንትስልጥኑ ዝረኽብዎም ጥቕምታት
✓ ምስ ትካላት (Industries) ስራሕ ምትእስሳር
✓ ምህዞታት (Innovations) የተባብዕ ይሕግዝ
✓ ስራሕ ፍጠራ (Entrepreneurship) ስልጠና ይህ

30/07/2025

Training Engineering AutoCAD helps you effectively for engineering use (civil, electrical, or mechanical):

21/07/2025

ኣብ ዝሓለፉ 3 ኣዋርሕ ስልጠነኦም ክከታተሉ ዝፀንሑ ሰልጠንቲ ናይ ሰርቲፊኬት ፕሮግራም ነዚ ይመስል

19/07/2025

A capacitor bank is a group of capacitors connected together in parallel or series (usually parallel) to store electrical energy and provide reactive power to an electrical system.

🔌 Purpose of a Capacitor Bank

1. Power Factor Correction (PFC):

In AC systems, especially in industries, many loads (like motors) draw reactive power.

Capacitor banks provide this reactive power, reducing the burden on the power supply and improving the power factor.

This reduces energy losses and avoids penalties from utility companies.

2. Voltage Stabilization:

Capacitors support voltage levels during load changes.

3. Reduce Losses:

Less reactive power from the grid = reduced transmission losses.

4. Increase System Capacity:

Freeing up capacity in transformers and lines for more useful (active) power.
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⚙️ Types of Capacitor Banks

Fixed Capacitor Bank: Always connected to the system.

Automatic (Switched) Capacitor Bank: Uses controllers to connect/disconnect capacitors based on load demand.

Harmonic Filter Banks: Designed to eliminate harmonic distortions as well as correct power factor.

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🧮 Basic Example

If a factory has many induction motors that cause a low power factor (say 0.7), a capacitor bank is installed to supply reactive power (kVAR), which brings the power factor closer to 1.0, reducing the total current drawn.

📍 Common Installation Places

Industrial plants

Substations

Commercial buildings

Solar and wind power systems

Let me know If you are interested I will send you a diagram or calculation example.

16/07/2025

05/07/2025

Solar Photovoltaic System Diagram:
1. Solar Panels
There are 2 solar panels connected parallel.
Each panel has a power of 300W, a voltage of 37–54V and an 8A current.
2. DCDB Box (DC Distribution Box)
It is used to protect and distribute energy from solar panels.
Includes automatic switches and a ground connection (green symbol).
3. PWM charge controller
Regulate energy from solar panels to batteries to avoid overloading or deep discharges.
It has a digital display for monitoring and USB ports.
4. Automatic DC Continuous Switch (DC MCB 50A)
Protect the overflow system between the charge controller and the batteries.
5. Batteries
There are 2 batteries of 12V and 100Ah each, connected in parallel to keep the voltage to 12V and increase the total capacity to 200Ah.
6. 3 KVA Inverter
Converts DC (DC) batteries to 230V AC to power a home.
7. Home
Represents the charge or final use of the solar system. Energy converted by the inverter is used to power household electrical appliances.