An electric outlet is primarily a noun, referring to a device installed in buildings to provide access to electricity for powering electrical devices and appliances. It serves as a connection point where plugs from electrical cords can be inserted to access the electrical supply.

Function and Design: Electric outlets typically consist of a socket or receptacle, which is mounted on a wall or embedded in a structure, and a set of terminals connected to the building’s electrical wiring. The socket features slots or holes designed to accept the prongs of electrical plugs, allowing for the transfer of electrical energy from the building’s wiring to the connected device.

Varieties and Standards: There are various types of electric outlets available, designed to accommodate different plug configurations, voltage requirements, and safety standards. Common types include standard outlets, which provide a standard voltage supply for general use, and specialized outlets, such as those with grounding features or designed for specific appliances like refrigerators or air conditioners.

Safety Considerations: Ensuring the safety of electric outlets is essential to prevent electrical hazards, such as shocks, fires, or damage to connected devices. Proper installation, regular maintenance, and adherence to electrical codes and standards are critical for minimizing risks associated with electric outlets. Safety features such as ground fault circuit interrupters (GFCIs) and tamper-resistant outlets help enhance electrical safety by providing protection against electrical faults and accidental contact.

Installation and Maintenance: Electric outlets are typically installed during the construction or renovation of buildings by qualified electricians. Installation involves connecting the outlet to the building’s electrical wiring and securing it in place according to local building codes and regulations. Regular inspection and maintenance of electric outlets are recommended to ensure proper functionality and safety.

Usage and Accessibility: Electric outlets are ubiquitous in residential, commercial, and industrial settings, providing convenient access to electricity wherever it is needed. They are commonly found in walls, floors, or ceilings throughout buildings, as well as in outdoor locations for powering outdoor equipment and lighting. Accessibility considerations, such as outlet height and placement, are important for ensuring usability and compliance with accessibility standards.

In conclusion, an electric outlet is a vital component of electrical systems in buildings, providing access to electricity for powering various devices and appliances. Understanding the function, design, and safety considerations associated with electric outlets is essential for ensuring electrical safety, minimizing hazards, and promoting reliable access to electricity in residential, commercial, and industrial environments.

Examples of ELECTRIC OUTLET in a sentence

  • He plugged his phone charger into the electric outlet to recharge his device.
  • The hotel room had multiple electric outlets available for guests to use.
  • The kitchen island was equipped with built-in electric outlets for small appliances.
  • The surge protector helped prevent damage to electronic devices connected to the electric outlet during a power surge.
  • The child safety covers were installed on all the electric outlets to prevent accidents.
  • The office desk had a built-in USB port next to the electric outlet for charging electronic devices.
  • The power strip allowed multiple devices to be connected to a single electric outlet.
  • The outdoor patio had waterproof electric outlets installed for plugging in string lights or other electrical appliances.


The term electric outlet denotes a commonplace fixture in households and commercial spaces, facilitating the distribution of electrical power. Examining its etymology and function unveils its essential role in modern infrastructure and daily life.

  • Composite Term: “Electric outlet” combines the adjective “electric” with the noun “outlet.”
  • Roots in Electricity: “Electric” originates from the Latin “electricus,” meaning “amber-like” or “charged with amber,” reflecting early discoveries in static electricity.
  • Functionality of Outlets: “Outlet” refers to a point or device where something exits or is discharged, often associated with the distribution of goods or services.

In conclusion, the term electric outlet embodies the convergence of historical exploration into electricity and modern infrastructure development. Its etymology reflects the origins of electrical science, while its widespread deployment underscores its indispensable role in powering contemporary society.


  • Power socket
  • Electrical receptacle
  • Wall plug
  • Power point
  • Wall socket
  • Receptacle
  • Electric plug-in
  • Current connector


  • Unpowered inlet
  • Non-electric port
  • Energy-deprived socket
  • Unplugged access point
  • Outlet-free connection
  • Powerless aperture
  • Inactive link
  • Disconnected junction


  • Power receptacle
  • Charging port
  • Electrical connection
  • Wall fixture
  • Utility socket
  • Voltage interface
  • Energy access point
  • Wall-mounted plug

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