Why are emergency power systems essential for businesses and critical infrastructure?
Emergency power systems secure the power supply in the event of power failures in companies, industrial plants, hospitals, data centres and public institutions. They prevent production downtimes, data loss and security risks, and ensure compliance with legal requirements for the operation of critical infrastructure.
Emergency power | Emergency power systems | Power supply systems | Battery systems
What types of emergency power systems does PERMALUX offer?
PERMALUX plans, supplies and maintains: *
- Central emergency power systems (NEA) with diesel or gas engines for high power requirements
- Battery-backed UPS systems (uninterruptible power supply) for the uninterrupted supply of sensitive consumers
- Hybrid solutions consisting of generators and battery storage systems for maximum reliability and energy efficiency
- Container-based complete systems for flexible and scalable applications
Emergency power | Emergency power systems | Power supply systems | Battery systems
What types of battery systems does PERMALUX offer?
- Stationary battery systems as a central component of emergency power supplies,
- Vented, low-maintenance batteries,
- Valve-regulated, maintenance-free batteries,
- Pure lead batteries with TPPL technology
What is the difference between UPS systems and emergency power systems?
UPS systems (uninterruptible power supply) bridge short-term power failures and protect sensitive systems from voltage fluctuations. Emergency power systems (NEA) take over the supply of entire buildings or production facilities during longer outages and deliver high power for hours or days.
Emergency power | Emergency power systems | Power supply systems
Which industries benefit most from professional emergency power systems?
- Industry and manufacturing
- Healthcare and hospitals
- Data centres and IT infrastructure
- Transport and logistics
- Public authorities, utilities and critical infrastructure
Emergency power | Emergency power systems | Power supply systems | Battery systems
How are emergency power systems integrated into existing company infrastructures?
PERMALUX takes care of the individual planning, integration and commissioning of the systems. This includes network analyses, adaptation to existing energy distribution systems, load management, automatic switching devices and integration into building management systems.
Emergency power | Emergency power systems | Power supply systems | Battery systems
What standards and regulations apply to emergency power systems in the B2B sector?
- DIN VDE 0100-560 (Power supply for safety systems)
- DIN VDE 0100-710 (hospitals)
- DIN EN 50171 (central power supply systems)
- DGUV regulations and industry-specific regulations
PERMALUX guarantees compliance with all relevant standards and provides support with documentation and approval.
Emergency power | Emergency power systems | Power supply systems | Battery systems
How are the reliability and maintenance of equipment ensured?
PERMALUX offers regular maintenance, a 24/7 service, remote monitoring and rapid fault rectification. Maintenance contracts ensure maximum availability and legally compliant test reports.
Emergency power | Emergency power systems | Power supply systems | Battery systems | Service and maintenance
What additional services does PERMALUX offer?
- Site analysis and feasibility studies
- Project management and coordination with other trades
- Training of operating personnel
- Support with official approvals and certifications
- Modernisation and retrofitting of existing systems
Emergency power | Emergency power systems | Power supply systems | Battery systems | Service and maintenance
How does a typical emergency power project at PERMALUX work?
- Needs analysis and consultation
- Individual planning and project management
- Delivery, installation and commissioning
- Instruction and training
- Maintenance, monitoring and service
Emergency power | Emergency power systems | Power supply systems | Battery systems | Service and maintenance
Why should I choose PERMALUX as my partner for emergency power systems?
PERMALUX brings decades of experience, certified quality (ISO 9001, EN 9100), innovative solutions and comprehensive service to demanding B2B customers – from planning to long-term support.
Emergency power | Emergency power systems | Power supply systems | Battery systems | Service and maintenance
Why is professional safety lighting essential in businesses and public institutions?
Safety lighting ensures the safe evacuation of people and the protection of property in an emergency. It is required by law in buildings with high human occupancy, complex escape routes or critical infrastructure, and minimises risks in the event of power failure, fire or other hazardous situations.
Emergency lighting | Central battery systems | Low Power Supply Systeme | Single battery systems | Luminaires
Which standards and regulations are relevant for emergency lighting in commercial and public buildings?
The following standards apply in particular to planning, installation and operation:
- DIN EN 1838: Lighting requirements for emergency lighting and replacement lighting.
- DIN EN 50172: Operation and maintenance of emergency lighting systems.
- ASR A2.3 and A3.4/7: Requirements for escape routes, emergency exits and emergency lighting in workplaces.
- DIN EN 60598-2-22: Product standard for emergency luminaires.
- DIN VDE 0100-560, 0108: Electrical installationssafety lighting. These standards specify minimum illuminance levels, operating times, positioning and maintenance requirements.
Emergency lighting | Central battery systems | Low Power Supply Systeme | Single battery systems | Luminaires
What systems and technologies does PERMALUX offer for the B2B sector?
PERMALUX offers: *
- Central battery systems for the central supply of large building complexes
- Decentralised systems for flexible expansion and redundancy
- Dynamic escape route signage and intelligent emergency exit lights
- Customised solutions for industry, healthcare, logistics and public buildings
Emergency lighting | Central battery systems | Low Power Supply Systeme | Single battery systems | Luminaires
What requirements apply to the lighting design?
- Escape routes: at least 1 lux illuminance along the centre line
- Open areas: at least 0.5 lux
- Safety signs: must be clearly visible at all times and positioned in accordance with standards
- Colour rendering index: at least Ra 40
- Operating time: generally at least 1 hour, up to 3 hours in sensitive areas
- Uniformity and fast switchover times: required to minimise the risk of tripping and accidents
Emergency lighting | Central battery systems | Low Power Supply Systeme | Single battery systems | Luminaires
How is the visibility and effectiveness of emergency signs ensured?
Emergency exit signs must stand out clearly from their surroundings during normal operation and in the event of a power failure. The mounting height and placement are based on the specifications of ASR and DIN EN 1838 to ensure optimum visibility.
Emergency lighting | Central battery systems | Low Power Supply Systeme | Single battery systems | Luminaires
What advantages do centralised safety lighting systems offer for larger facilities?
- Centralised monitoring and control
- Efficient maintenance and regular self-tests
- Scalability for complex building structures
- Easy integration into existing building management systems
How does PERMALUX support companies in planning, implementation and operation?
PERMALUX offers:
- Professional needs analysis and lighting simulation
- Project planning and standard-compliant design
- Installation, commissioning and training
- Maintenance, inspection and 24/7 service
- Support with official approvals and documentation
Emergency lighting | Central battery systems | Low Power Supply Systeme | Single battery systems | Luminaires
Which industries benefit most from professional safety lighting solutions?
- Industry and production
- Hospitals and care facilities
- Data centres and IT infrastructure
- Retail, logistics and open-plan offices
- Public buildings and meeting places
Emergency lighting | Central battery systems | Low Power Supply Systeme | Single battery systems | Luminaires
What needs to be considered when maintaining and testing emergency lighting systems?
Regular inspections and maintenance are required by law. Centralised systems enable automated functional testing and document all results, which increases operational safety and simplifies compliance with regulations.
Emergency lighting | Central battery systems | Low Power Supply Systeme | Single battery systems | Service and maintenance
What are safety graphics and why are they important for businesses?
Safety graphics are standardised, clear plans and drawings that visualise escape and rescue routes, emergency exits, locations of fire-fighting equipment and rules of conduct in an emergency. They are a central component of the company's fire protection concept, assist employees, visitors and emergency services in finding their way around, and make a decisive contribution to safety and damage prevention.
Safety graphics | Escape route plans | Fire departement plans | Plans and documentation | Inspections and installation
What types of safety graphics are required in a professional environment?
The most important safety graphics include: * Escape and rescue plans (in accordance with DIN ISO 23601, ASR A1.3, German Social Accident Insurance Regulation)
- Fire department plans (in accordance with DIN 14095)
- Fire department route maps (in accordance with DIN 14675)
- Evacuation plans
- Seating plans
These plans serve different target groups: employees, visitors, fire brigade and other emergency services.
Safety graphics | Escape route plans | Fire departement plans | Plans and documentation | Inspections and installation
What legal and normative requirements apply to safety graphics?
Safety graphics must be created and regularly updated in accordance with the following regulations and standards:
- DIN ISO 23601: Escape and rescue plans
- DIN EN ISO 7010: Safety signs
- ASR A1.3: Safety and health protection signage
- DIN 14095: Fire department plans
- DGUV Regulation 9 / BGV A8
Compliance with these requirements is mandatory and is regularly monitored by the authorities.
Safety graphics | Escape route plans | Fire departement plans | Plans and documentation | Inspections and installation
How often do safety graphics need to be checked and updated?
Safety graphics must be checked by a competent person at least every two years and immediately updated in the event of constructional changes, changes in use or official orders to ensure that they are up to date and legally compliant.
Safety graphics | Escape route plans | Fire departement plans | Plans and documentation | Inspections and installation
Who is authorised to design safety graphics?
Safety diagrams should only be designed and updated by competent individuals who are familiar with the applicable standards, legal requirements and official procedures. Diagrams that have been designed independently or do not comply with standards will not be recognised by the authorities and may lead to liability risks in the event of an emergency.
Safety graphics | Escape route plans | Fire departement plans | Plans and documentation | Inspections and installation
What must a professional escape and rescue plan cover?
A standard-compliant escape and rescue plan includes:
- Clear overview of all escape and rescue routes
- Location of emergency exits, fire extinguishers, alarms and first aid facilities
- Rules of conduct in the event of fire or emergency
- Legend with all symbols used in accordance with DIN EN ISO 7010
- Location identification (‘You are here’)
- Date of last update and date of creation
What must a professional fire safety plan cover?
A standard-compliant fire brigade plan includes:
- Comprehensive textual information about the property
- Directions and site plan
- Floor plans
- Fire alarm systems
- Fire brigade tactical information
How does PERMALUX support companies in implementing safety graphics?
PERMALUX offers:
- Consultation, planning and on-site inspection
- Creation and updating of all relevant safety graphics in accordance with applicable standards
- Coordination with authorities and integration of the fire protection concept
- Digital and printed execution, installation and regular inspection
- Reminder service – for reliable revisions
Safety graphics | Escape route plans | Fire departement plans | Plans and documentation | Inspections and installation
What are the advantages of professional safety graphics for companies?
- Fulfilment of legal obligations and official requirements
- Increased safety for employees, visitors and emergency services
- Minimisation of liability risks and insurance cover in the event of damage
- Efficient and rapid evacuation in an emergency
Safety graphics | Escape route plans | Fire departement plans | Plans and documentation | Inspections and installation
What are photoluminescent guidance systems and markings?
Photoluminescent guidance systems and markings are made of special materials that store light and release it again in the dark for a defined period of time. They are used for safe orientation and evacuation in buildings, especially in the event of a power failure or smoke development.
Guidance systems, markings and signs | Photoluminescent guidance systems | Photoluminescent markings | Photoluminescent signs | Photoluminescent fabrics
What legal and normative requirements apply to photoluminescent systems?
Photoluminescent safety guidance systems must at least meet the requirements of DIN 67510-1:2020-05, Class C. DIN ISO 16069 (design and application of safety guidance systems) and workplace regulations ASR A2.3 and ASR A1.3 are also relevant for planning and application.
Guidance systems, markings and signs | Photoluminescent guidance systems | Photoluminescent markings | Photoluminescent signs | Photoluminescent fabrics
Where are photoluminescent guidance systems and markings used?
They are used wherever safe escape and orientation must be guaranteed in the event of a power failure or smoke, e.g. in office buildings, industrial facilities, hospitals, hotels, meeting places, underground car parks and public institutions.
Guidance systems, markings and signs | Photoluminescent guidance systems | Photoluminescent markings | Photoluminescent signs | Photoluminescent fabrics
How long must photoluminescent markings remain visible after the lighting fails?
The minimum requirements for installed components in accordance with DIN 67510-2 are:
- Required luminance 10 minutes after removal of excitation illumination: ≥ 30 mcd/m²
- Required luminance 60 minutes after removal of excitation illumination: ≥ 7 mcd/m²
Guidance systems, markings and signs | Photoluminescent guidance systems | Photoluminescent markings | Photoluminescent signs | Photoluminescent fabrics
What requirements apply to design and placement?
- Guide markings should be applied continuously where possible (at least 4 markings per metre).
- Steps, ramps and differences in height must be marked.
- Emergency exit doors must be clearly highlighted.
- Escape route signs on doors must be affixed at a height of 1.2 to 1.5 metres above the floor, not on the door leaf.
- Floors in multi-storey buildings should be numbered and equipped with staircase information systems.
Guidance systems, markings and signs | Photoluminescent guidance systems | Photoluminescent markings | Photoluminescent signs | Photoluminescent fabrics
What factors influence the luminosity of photoluminescent products?
The luminance depends on:
- Intensity and duration of the excitation illumination (light source)
- Type of pigments used
- Other environmental conditions, such as ambient temperature
Guidance systems, markings and signs | Photoluminescent guidance systems | Photoluminescent markings | Photoluminescent signs | Photoluminescent fabrics
How are photoluminescent signs and markings labelled?
The marking on the product complies with DIN 67510-1 and also includes information on the luminance class and the manufacturer. For safety guidance systems in accordance with DIN ISO 16069, marking in accordance with DIN ISO 16069 is also permitted. Sample mark – DIN 67510-1 – 150/22 – Class C
Guidance systems, markings and signs | Photoluminescent guidance systems | Photoluminescent markings | Photoluminescent signs | Photoluminescent fabrics
What advantages do photoluminescent guidance systems offer over purely electrical safety lighting?
- Function even in the event of a total power failure or failure of the electrical emergency lighting
- Increase reliability and redundancy
- No maintenance of electrical components necessary
- Particularly effective in the event of smoke emission, as they can be installed close to the floor
Guidance systems, markings and signs | Photoluminescent guidance systems | Photoluminescent markings | Photoluminescent signs | Photoluminescent fabrics
Can I install photoluminescent guidance systems myself?
To ensure that they comply with standards and function correctly, installation should therefore preferably be carried out by specialists.
Guidance systems, markings and signs | Photoluminescent guidance systems | Photoluminescent markings | Photoluminescent signs | Photoluminescent fabrics
How does PERMALUX support companies in implementation?
PERMALUX offers:
- Consulting, planning and standard-compliant implementation of long-lasting luminescent guidance systems
- Delivery and installation of all necessary components (markings, signs, escape route signage)
- Regular maintenance and inspection of the systems for visibility and up-to-date status These FAQs are aimed at operators of large properties, safety officers and fire safety officers and provide a quick, standard-based overview of the topic of long-lasting luminescent guidance systems, markings and signs.
Guidance systems, markings and signs | Photoluminescent guidance systems | Photoluminescent markings | Photoluminescent signs | Photoluminescent fabrics