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Another advantage is the integrated intelligence: sensors and communication units can be seamlessly integrated via D4i-compatible drivers. This enables adaptive light- ing control and data-based planning – for example, to optimise energy use, mainte- nance or safety aspects. This can result in additional energy savings of up to 30 %. Over their life cycle, solar-powered light poles can save several tons of GHG emis- sions depending on the system design and the regional electricity mix. The elimi- nation of the grid connection alone contributes significantly to the environmental footprint, especially in regions with predominantly fossil-fuel-based power genera- tion. This makes them a strong answer to the challenges of modern outdoor lighting, not only technologically but also ecologically.
Lower costs Sustainable design Built-in resilience Smart-city ready No need for digging or cables. Installation sav- ings can reach up to 80 %. No grid connec- tion means no emissions where the light is used. These systems keep working even when the power goes out. Modern poles can collect environmental
and usage data, acting as sensor hubs.
FROM SUNLIGHT TO NIGHT LIGHT WITH ILIORA
Solarpanel
Controls
MPPT Controller
DC / DC D4i LED Driver
LED Module
Motion sensor
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12/24 V Battery
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