Emergency Lighting Planning in Industrial Plants

Emergency lighting is very important in recent times. Especially in industrial areas, the importance of this type of lighting is undeniably high. At this point, the planning of emergency lighting should be done perfectly. At this point, we have given information about the Importance of Emergency Lighting in Industrial Facilities and how it is planned in order to guide you in our content. We wish you all pleasant reading.

Importance of Emergency Lighting in Industrial Plants

Emergency lighting in industrial facilities plays a vital role for the safe and rapid evacuation of employees during emergencies such as a possible fire, explosion, power outage or natural disaster. In this context, emergency lighting facilitates wayfinding by preventing panic, makes escape routes visible and helps responders reach the scene safely. Especially in areas with dark, smoky or complex layouts, emergency lighting systems are critical to ensure both life safety and business continuity. In addition, emergency lighting systems that are planned and regularly maintained in accordance with occupational safety regulations ensure the fulfillment of legal responsibilities and increase the prestige of the facility. For this reason, emergency lighting systems should be considered not only as a safety measure, but also as an integral part of the risk management strategy and planning should be done accordingly.

How to Plan Emergency Lighting in Industrial Facilities?

Emergency lighting planning in industrial facilities is a process that must be carefully planned to maximize safety. In this process, all details should be handled meticulously. In this context, emergency lighting planning in industrial facilities should be done as follows;

• Conducting Risk Analysis: All parts of the facility and possible emergency scenarios should be analyzed. After this analysis, lighting needs should be determined separately for each of the situations such as fire, explosion, power outage.
• Identifying Escape Routes: All escape routes, emergency exit doors and routing points should be clearly marked and emergency lighting should be installed on these escape routes so that employees can evacuate safely.
• Determination of Lighting Levels: The required lighting levels in each area should be calculated. Especially in dark, smoky or narrow areas, minimum lighting levels should be provided. Thus, a healthier lighting opportunity is provided.
• Selection of Lighting Systems: LED based, low energy consumption and long life systems should be preferred. In addition, battery-powered and automatically activated systems should be used. In this context, extra efficiency can be achieved in emergency lighting systems.
• Planning of Backup Energy Sources: Backup energy sources such as generators or batteries should be planned to ensure that the lighting system continues to operate in the event of a power outage. Otherwise, electrical energy may not be available in emergency and difficult situations.
• Positioning of Lighting Fixtures: Appropriate lighting fixtures should be placed in areas such as critical areas (fire extinguishing equipment, control rooms, electrical panels, etc.) and long corridors. Thus, extra lighting can be provided in these areas.
• System Testing and Maintenance: Regular testing and maintenance of the lighting system is necessary. This ensures that the system is always operational. And it makes it possible to activate it directly in case of an emergency.
• Compliance with Standards: Compliance with local and international safety standards must be ensured. In this way, it enables the facility to fulfill legal obligations and increase safety.
• Training and Exercises: Employees should be trained on the function of emergency lighting and how to use it. In addition, regular drills should be conducted to test the effectiveness of the system so that employees have an idea of how to behave in the event of an emergency.

Things to Consider When Planning Emergency Lighting in Industrial Facilities

Certain points should be considered when planning emergency lighting in industrial facilities. Thus, a healthy lighting opportunity is provided in emergencies. The points to be considered in this context are as follows;

• The physical structure of the facility, production processes and hazardous areas should be analyzed and the areas that need to be illuminated in case of emergency should be determined.
• Emergency exit routes, stairs and escape corridors should be clearly planned and these areas should be adequately lit.
• Illuminated signs indicating exit directions should be placed so that they can be easily seen from anywhere.
• LED-based, low energy consumption, battery-powered and long-lasting emergency lighting fixtures should be preferred.
• Support should be provided with systems such as batteries, UPS or generators against power outages.
• Compliance with standards such as EN 1838, EN 50172 and local fire regulations must be ensured.
• Areas such as electrical panels, control rooms, fire extinguishing equipment and dangerous machinery should be prioritized.
• It should be ensured that systems are tested regularly and checks such as battery life and lamp status should be carried out.
• Employees should be informed and trained on the functioning of emergency systems.
• The effectiveness and guidance success of the system should be measured through drills conducted within the scope of emergency scenarios.

Standards of Emergency Lighting Used in Industrial Plants

Emergency lighting used in industrial facilities must be designed and implemented in accordance with specific standards and regulations. These standards are of great importance to ensure safe evacuation and increase the safety of the facility. In particular, EN 1838 is the most fundamental European standard for emergency lighting systems and specifies how lighting systems should be designed, installed and operated. Furthermore, the EN 50172 standard regulates the maintenance and testing processes of emergency lighting systems. According to this standard, it is emphasized that systems should undergo a full test at least once a year.

In addition to all these, the lighting fixtures used must have technologies such as LED that provide energy efficiency. In this way, it enables facilities to fulfill their legal obligations and plays a life-saving role in possible emergencies.

For industrial facilities emergency lighting If you are in search of emergency lighting solutions, you can contact Licalux's expert team immediately. This way, you can get detailed information about energy efficient and long-lasting emergency lighting solutions that will maximize the safety of your business.