Factors and themes categorisation
| Theme | Code | Description of the code |
|---|---|---|
| Energy Efficiency | EE-01 | Energy efficiency of LED systems |
| EE-02 | Reduction of energy consumption in lighting | |
| EE-03 | Lower Energy Loss | |
| Occupational Safety and Visual Performance | OS-01 | Operational Safety Improvement |
| OS-02 | Uniformity of light distribution | |
| OS-03 | Importance of Lighting for Operational Safety | |
| OS-04 | Importance of light control in airfield lighting | |
| Environmental Impact and Light Pollution | EI-01 | Reduction of carbon emissions |
| EI-02 | General environmental friendliness of LED systems | |
| EI-03 | Resource Efficiency | |
| Technological Integration | TI-01 | Smart Control and Adaptability |
| TI-02 | Technological Integration | |
| Lighting Intensity and Robustness | IR-01 | High-Performance light output |
| IR-02 | Durability of LED lighting | |
| IR-03 | Flexibility in light control | |
| IR-04 | Stable light output under varying conditions | |
| IR-05 | Resistance to harsh/corrosive environments | |
| IR-06 | Reduced light intensity during winter conditions | |
| Cost Effectiveness | CE-01 | Reduced maintenance costs |
| CE-02 | Reduced operational costs | |
| CE-03 | Economic feasibility for large-scale implementation | |
| Negative Impacts or Disadvantages | NI-01 | High setup or installation costs |
| NI-02 | High operational and maintenance costs | |
| NI-03 | Technical limitations | |
| NI-04 | Risk of rapid obsolescence or adaptation needs | |
| NI-05 | Electrical interference or harmonic disruption | |
| NI-06 | Power instability sensitivity | |
| NI-07 | Colour variation or distortion under conditions | |
| NI-08 | Blue light emission concerns | |
| NI-09 | Sleep Cycle disruption from the light spectrum | |
| NI-10 | Skyglow Pollution | |
| Safety Regulations and Compliance | SR-01 | Compliance with regulations and standards |
| SR-02 | Government incentives for LED adoption |
| Theme | Code | Description of the code |
|---|---|---|
| Energy Efficiency | EE-01 | Energy efficiency of LED systems |
| EE-02 | Reduction of energy consumption in lighting | |
| EE-03 | Lower Energy Loss | |
| Occupational Safety and Visual Performance | OS-01 | Operational Safety Improvement |
| OS-02 | Uniformity of light distribution | |
| OS-03 | Importance of Lighting for Operational Safety | |
| OS-04 | Importance of light control in airfield lighting | |
| Environmental Impact and Light Pollution | EI-01 | Reduction of carbon emissions |
| EI-02 | General environmental friendliness of LED systems | |
| EI-03 | Resource Efficiency | |
| Technological Integration | TI-01 | Smart Control and Adaptability |
| TI-02 | Technological Integration | |
| Lighting Intensity and Robustness | IR-01 | High-Performance light output |
| IR-02 | Durability of LED lighting | |
| IR-03 | Flexibility in light control | |
| IR-04 | Stable light output under varying conditions | |
| IR-05 | Resistance to harsh/corrosive environments | |
| IR-06 | Reduced light intensity during winter conditions | |
| Cost Effectiveness | CE-01 | Reduced maintenance costs |
| CE-02 | Reduced operational costs | |
| CE-03 | Economic feasibility for large-scale implementation | |
| Negative Impacts or Disadvantages | NI-01 | High setup or installation costs |
| NI-02 | High operational and maintenance costs | |
| NI-03 | Technical limitations | |
| NI-04 | Risk of rapid obsolescence or adaptation needs | |
| NI-05 | Electrical interference or harmonic disruption | |
| NI-06 | Power instability sensitivity | |
| NI-07 | Colour variation or distortion under conditions | |
| NI-08 | Blue light emission concerns | |
| NI-09 | Sleep Cycle disruption from the light spectrum | |
| NI-10 | Skyglow Pollution | |
| Safety Regulations and Compliance | SR-01 | Compliance with regulations and standards |
| SR-02 | Government incentives for LED adoption |
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