Electrical Meaning

UK /ɪˈlɛktrɪkəl/
US /ɪˈlɛktrɪkəl/
Word Definition
electrical meaning

Electrical Definition & Usage

adjective

Pertaining to or powered by electricity; involving or concerned with electrical energy.

Examples

  • "The building was equipped with advanced electrical systems, ensuring a constant power supply."
  • "He works as an electrical engineer, designing circuits for various devices."
  • "Electrical wiring is crucial for safely powering homes and businesses."
  • "The electrician repaired the electrical faults in the house’s main panel."
  • "The store sells a range of electrical appliances, including refrigerators and washing machines."
adjective

Capable of conducting or transmitting electricity.

Examples

  • "The electrical properties of copper make it an ideal material for wiring."
  • "The car had a state-of-the-art electrical system that powered all its onboard gadgets."
  • "Electrical conductors, like aluminum and copper, are used to carry power across long distances."
  • "Many appliances today use electrical components that communicate via signals."
  • "The researchers tested the electrical conductivity of the new material in a high-tech lab."

Cultural Context

Electricity has been an essential part of modern life since the late 19th century. The term 'electrical' is used across various industries, from engineering to household appliances, reflecting the pervasive influence of electricity on daily living and technological progress.

The Spark of Innovation

Story

The Spark of Innovation

In the small town of Riverton, a curious young inventor named Sara was tinkering with her latest creation: a solar-powered electrical device capable of charging small appliances. The project had taken months to perfect, involving many failed prototypes and countless hours studying electrical circuits. One evening, while adjusting the wires, she felt a jolt. It wasn’t the first time she'd been shocked, but the sensation was always a reminder of the raw power contained in her work. 'It’s like electricity is alive,' Sara mused, rubbing her hand and eyeing the intricate web of electrical wires. Her father, a seasoned electrical engineer, had taught her the basics, but this new project was her own challenge. She believed it could change the way energy was stored in homes. With the electrical system of the device finally stable, Sara connected it to a lamp, holding her breath as the lights flickered on. Excitedly, Sara called her father over to show him. He smiled, but there was a spark of concern in his eyes. 'Your electrical system is good, but you need to account for safety. A surge could ruin everything.' Sara nodded, learning from his expertise. That night, the idea of using solar power in everyday electrical devices consumed her thoughts. She imagined a world where homes were powered by the sun, with minimal reliance on the grid. Electrical appliances would be powered by renewable energy, cutting down costs and carbon footprints. As she worked late into the night, her device continued to hum softly, almost as if it too was dreaming of a brighter future. The next morning, Sara received a call from a local tech company interested in her work. 'We’re impressed by your electrical innovation. We’d like to explore how we can bring your idea to life on a larger scale.' As Sara’s device went from a simple experiment to a promising invention, she knew she had only begun to unlock the true potential of electrical power.

The Spark of Innovation