When it comes to ensuring safety in a variety of environments, emergency lighting plays a pivotal role. Traditional emergency lighting has been relied upon for decades, but in the age of technology, smart and automated emergency lighting systems are becoming increasingly popular.
In this blog, we will explore the differences between traditional emergency lighting and smart/automated emergency lighting, as well as comparing how to two systems match up against one another. This is Traditional Emergency Lighting vs Smart/Automated Emergency Lighting.
Traditional Emergency Lighting
Traditional emergency lighting systems have been a staple in buildings for a long time. They typically consist of exit signs, emergency lights, and backup power sources. Below are some key characteristics of traditional emergency lighting system.
Constant Illumination: Traditional systems provide continuous illumination during power outages or emergencies. They are designed to maintain a specific level of brightness for a predetermined duration.
Simplicity: These systems are straightforward and require routine maintenance checks (3-hour discharge). They are easy to install and have a lower initial cost compared to smart alternatives.
Stand-Alone: Traditional emergency lighting operates independently of other building systems. It relies on battery backup or generators to function during power interruptions.
Smart/Automated Emergency Lighting
Smart and automated emergency lighting systems leverage modern technology to enhance safety and provide additional features. Here are some of the characteristics of these advanced systems:
Integration: Smart systems can be integrated with building management systems and other technologies. They can respond to triggers such as fire alarms, motion sensors, or even weather alerts, automatically adjusting lighting levels and patterns accordingly.
Energy Efficiency: Automated systems can reduce energy consumption by dimming lights when not needed and increasing brightness when an emergency occurs. This not only saves energy but also extends the life of the lighting fixtures.
Remote Monitoring and Control: Smart systems can be monitored and controlled remotely, allowing facility managers to check the status of emergency lights, receive notifications of maintenance needs, and make adjustments without being on-site.
Customisation: These systems offer more flexibility in terms of lighting patterns, colours, and intensity. They can provide directional guidance during evacuations and can adapt to specific emergency scenarios.
Now that we have an understanding of both traditional and smart/automated emergency lighting, let's compare them based on various aspects:
Reliability: Traditional emergency lighting is generally reliable, as long as the batteries are properly maintained. Smart systems may rely on more components, which could introduce points of failure.
Cost: Traditional systems are often less expensive upfront, but smart systems can provide long-term cost savings through energy efficiency and reduced maintenance.
Customisation: Smart systems offer greater customization options, making them suitable for a wider range of applications and scenarios.
Integration: Smart systems can integrate with other building systems, enhancing overall safety and security.
Maintenance: Traditional systems require regular maintenance, but smart systems can significantly reducing operating costs with both self-test and self-charge qualities.
Energy Efficiency: Smart systems excel in energy efficiency by adjusting lighting levels based on need.
While traditional emergency lighting systems serve their purpose, smart emergency lighting stands out as the superior choice for modern buildings and safety requirements.
The integration of advanced technology, customisation options, energy efficiency, and enhanced safety features make smart systems an investment worth considering for any facility looking to prioritise safety, efficiency, and adaptability.
If you are interested in starting your smart journey, get your FREE consultation now with Promptus Ltd, by visiting our homepage or contacting us via email at: firstname.lastname@example.org.