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A coilgun, also known as a Gauss gun, is an electromagnetic launcher system designed to propel ferromagnetic projectiles at high velocities using electromagnetic force. Its operating principle is based on converting electrical energy into magnetic energy to accelerate a ferromagnetic material. Unlike conventional propulsion systems such as gunpowder or compressed air, a coilgun operates entirely through the influence of electromagnetic fields. This allows previously used objects (electromagnetic

In transmission and distribution lines, the network equipment used to hold conductors at a specified distance from each other in the air, and installed at the appropriate span and height along hat, is called a pole. Parts of an Electrical Transmission Pole Foundation: Ensures the pole rests securely on the ground. It is in the form of a concrete block and transmits the pole’s load to the earth. Pole Body: The main load-bearing component of the pole. It may consist of several sections depending o

Railgun technology is based on the principle of converting electrical energy into mechanical motion. Unlike conventional weapon systems that rely on explosives such as gunpowder, railguns achieve high-velocity projectile launch through electromagnetic forces. This technology holds potential not only in the defense industry but also in scientific applications. Working Principle A railgun essentially consists of two parallel conductive rails and a conductive projectile (armature) positioned betwee

A sensor is a device that detects a specific physical quantity from the environment and converts it into an electrical signal. In other words, it is a measuring instrument that detects changes in the surroundings and transmits this information to an electronic system. Definition and Working Principle of Sensors Sensors detect physical or chemical changes and convert them into digital or analog signals. These signals are processed by control systems to perform specific actions. Types of Sensors a

Electrical installation encompasses all transmission, distribution, and protection systems that ensure the safe and efficient delivery of electrical energy from its point of generation to the end user. This system consists of cables, main and subpanels, sockets, switches, fuses, grounding systems, and lighting elements. Electrical installation is a fundamental infrastructure component for human life and occupational safety in both residential and industrial settings. Importance of Electrical Ins

On April 28, 2025, the Iberian Peninsula Power Outage was a rare large-scale power disruption in modern European history, affecting Spain, Portugal, and partially France, directly impacting approximately 60 million people. Onset and Impacts At 12:33 local time on April 28, 2025, a sudden collapse occurred in Spain’s national power grid, resulting in the loss of 15 gigawatts of power—equivalent to around 60 percent of the country’s electricity demand—within five seconds. The outage quickly spread

April The electricity operation agreement signed between Türkiye and Azerbaijan in 2025 is an energy protocol aimed at increasing electricity exports from Nakhchivan to Türkiye. Background Energy cooperation between Türkiye and Azerbaijan has been shaped by longstanding long consultations under strategic. On 4 April 2025, during talks held in the Azerbaijani capital Baku, Azerbaijani Minister of Energy Perviz Shahbazov and Türkiye Minister of Energy and Natural Resources Alparslan Bayraktar met

After electricity is generated, it is first transmitted over long distances through transmission systems, then stepped down to lower voltage levels and transferred to distribution systems. Distribution systems are the general term for the infrastructure that enables electricity to reach end users. These systems are designed to suit different usage points such as cities, towns, industrial areas, and rural regions. An electricity distribution system consists of transformer stations, medium and low

Early Life and Education Michael Faraday was born in London in 1791. His family was poor, and he could not attend school for long. However, his curiosity about books was immense. As a young boy, Faraday worked as an apprentice bookbinder. While repairing books, he began reading them himself. He especially loved books on science! He wanted to learn everything about chemistry, electricity, and magnets. One day, he attended a lecture by the renowned scientist Humphry Davy. After the lecture, he bra

Birth and Family Nikola Tesla was born on 10 July 1856 in Smiljan, in present-day Croatia. His father, Milutin Tesla, was a clergyman, and his mother, Djuka, made her own tools to simplify household chores. Tesla began inventing and repairing devices at a young age. Education Tesla began primary school in Gospić and completed his secondary education in Karlovac. He pursued higher education in electrical and mechanical engineering at Graz and Prague. Work and Edison After working on electrical sy