Emergency lighting refers to light sources that are battery-driven or otherwise independently powered and are designed to operate when there is a power outage in the workplace, resulting in low visibility. The installation of emergency lights is a requirement of modern business and residential construction requirements. Many building standards also mandate emergency lights to be installed as a retrofit for older buildings.

During a power outage, emergency lighting’s duty is to brighten the escape path at a level that allows building occupants to safely exit. Emergency lighting systems are needed in all types of structures, with the exception of distant single-family residences and non-habitable constructions, according to the Australian Building Code. When a facility loses power or a lighting circuit fails, emergency lighting is defined as a battery-powered lighting system that switches on instantaneously. When the standard lighting system fails due to events such as earthquakes, fires, terrorist attacks, sabotage, or power outages, emergency lighting is a type of supplementary lighting that comes on immediately, without the need for a generator system. Individuals are able to use emergency lighting systems.

Individuals can escape a location securely thanks to emergency lighting systems. The primary purpose of emergency lighting systems is to prevent fatalities by allowing for safe evacuation. They aid in the swift and safe evacuation of people from buildings by marking clear exit paths that prevent people from running into barriers, being harmed, panicking, or forming large groups. By making fire alarms, fire extinguishers, and first-aid kits plainly visible, emergency lighting systems can help to avoid accidents in hazardous environments.

Installation of Emergency Lighting:

All communal areas and escape routes should have emergency lights provided inside the structures. There should be escape ways appropriately lighted, and should safely and effectively guide people out of harmful situations.

Emergency lights are powered by an Alternating Current (AC) of 120 VAC supplied by the building in which they are located. However, the unit does not operate on alternating current (AC), but rather transforms it to a significantly lower direct current (DC).

Type Analysis:

Due to increased energy-saving adoption, the LED sub-segment will capture the leading market share. The market has been divided into fluorescent, LED, incandescent, and other light types. Because of its broad acceptance for energy savings, the LED category commands the lion’s share of the market. When compared to standard lights, using LED emergency light bulbs can save up to 30.1% on electricity. Furthermore, because LED lights do not rely on burning a filament, there is little chance of wear and tear. LED lights are extremely durable, have great low-temperature performance, and are simple to control digitally. This type of illumination is also compact. The light sources can be considerably more concentrated on their specific function, resulting in significant savings over the life of the installation.

Regional Analysis:

• North America has a 33.3% market share in the worldwide emergency lighting industry. The reason for this expansion is an increase in commercial and residential building, which increase in the use of emergency illumination.
• The United States Government’s increased emphasis on energy-efficient building lighting and the implementation of severe safety standards governing the installation of emergency lights in commercial buildings in the country are driving the market. The emergency lighting market is expected to be valued USD 9.18 billion by 2028, with a compound annual growth rate of 6.72% between 2021 and 2028.
• Asia-Pacific is predicted to grow at a high rate from 2021 to 2028, owing to increased use of emergency lighting in developing countries and increased attention on real estate projects.
• North America held the greatest share of the market, while APAC is predicted to grow at the fastest rate during the forecast period. The drivers driving the market in APAC include fast growing urbanization and rising public safety awareness.

Recent Developments:

• The Schneider’s Sustainable Development Goals for 2021-2025 include the goal to cut their operations’ carbon emissions by 50%. It is a concrete step toward the Paris Agreement’s aim of limiting average global temperature rise to 1.5°C or less by 2100.
• Honeywell paid USD 1,303 million in February 2021 to acquire all of Sparta Systems’ outstanding shares. Sparta Systems is expected to strengthen its position in enterprise performance management software, digital transformation solutions, and industrial automation. This company is a branch of Performance Materials and Technologies.
• Schneider Electric has launched the “Innovate to Inspire” Supply Chain Hackathon for Startups in June 2022. The hackathon, which will be sponsored by the K-Tech Innovation Hub, IKP, will focus on generating solutions that are specific to the difficulties that face the world’s supply networks. During the hackathon, industry experts and enthusiasts from around the world will collaborate to create cutting-edge supply chain solutions. According to recent advances, the supply chain sector has enormous potential for future expansion, which is supported by cutting-edge technology.
• The historic acquisition of Hubbell’s Commercial & Industrial (C@ul) Lighting business in June 2022, CurrentTM (formerly GE Current, a Daintree Company) announced a new corporate brand. It dropped the enterprise brand, which will be officially introduced at LightFair 2022. It also brings the firms together under a single identity and aim.Customers expect innovative solutions that create stimulating, effective, and secure environments.
• According to Eureka, a recognized leader in lighting, the Aperture luminaire has undergone major advancements as of July 2022. Acuity brands and decorative lighting solutions.