Simply Intelligent: Lighting Control With Siteco Control

Intelligent Control With PowerLine

The LON PowerLine technology is considerably more efficient than the ripple control technology commonly used today. It has proved its worth since the 90’s in a large number of installations. In common with ripple control, this technology uses the 230V supply voltage as a transmission medium. But with the help of a sophisticated modulation technology, large volumes of data can be transmitted with a low level of energy.
In this way Powerline allows the upgrading of the lighting installation to a data network with bidirectional communication – this being the condition for active control of individual light points and for the central monitoring of all connected luminaires, i.e. in short for an intelligent lighting management with Siteco Control.

Flexible Light With Planning According To Needs

Simple switching on and off belongs to the past with Siteco Light Control. Lighting scenerios according to needs can be planned and spontaneously implemented, for example at places where accidents have occurred or where more light than usual is required.
However, a flexible regulation of lighting levels according to actual requirements more often than not means less light – for example with a reduction of traffic, during moonlit nights or for the cushioning of voltage peaks.
The potential for savings are enormous and can be fully exploited with Siteco Light Control.

Exact Power Adaption With Targeted Dimming

Siteco Control allows the dimming of individual light points and consequently the dynamic regulation of wattages and light output. The ageing of the lamps is compensated with a dimming down to the required lighting level. The process of dimming also allows for the setting of arbitrary wattages. A maintenance factor compensation serves to reduce energy consumption without having to accept a compromise in safety.

Maintenance Optimisation From Extensive Control Functionality

Siteoc Control is not only superior to standard systems due to its active regulation mechanisms, but also due to its wide range of control functions. Via remote monitoring, the condition of individual light points can be assessed at any time. Luminaire failures can therefore be exactly located. As soon as maintenance has occurred, a response is sent. Information delivered by the system allows a detailed budgeting and planning of energy consumption and maintenance.