Smart control for efficient lighting

A SMARTER FUTURE local authorities care for their citizens by offering the best infrastructure ensuring safety, well-being and sustainability. they are also looking at technologies playing a more proactive role to drive the delivery of next generation smart and social environments. The major drive for this change is due to several factors: the on-going rapid rate of urbanisation, increasing mobility issues, energy costs and more recently the global economic slowdown. These factors have serious impacts for key growth parameters - economic, social and environmental. One of the major concerns that...

OF YOUR LIGHTING INSTALLATION Schréder is strongly committed to providing lighting solutions with added value for your environment. Our approach is built on four pillars to satisfy your highest ­xpectations. e Schréder has developed a comprehensive approach to offer you a full scope solution from design to after-sales services, including lighting, finance, intelligent control systems, street furniture, security, signage and many other smart features. As a large international Group that is committed to excellence, Schréder has multi-skilled teams based all over the world. Schréder’s comprehensive...

to take control Generate energy savings of up to 85% The Schréder Owlet solutions integrate the latest cutting edge technology. The combination of LEDs and control systems makes it possible to achieve energy savings of up to 85% compared with installations equipped with traditional light sources. Thanks to smart features such as Constant Light Output (compensation of the light output depreciation), Virtual Power Output (adapting the power output according to the requirements) and Selective Dynamic Lumen Output (adapting to the real needs), Owlet control systems avoid over-lighting and a waste...

Provide light-on-demand When public spaces are not being used, lighting at full power is a pure waste of energy. Dimming scenarios and light-on-demand features can adapt the lighting to the real needs of the place and the time. The Schréder Owlet range of control systems includes motion detection sensors that can operate on either individual lighting points or on a complete network. Each luminaire level can be configured individually with several parameters such as minimum and maximum light output, delay times from minimum to maximum and duration of ON/OFF times. In addition, you can take control...

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light only when necessary To adapt lighting to real needs, our solutions include sensors. They measure natural light levels, movement or speed to provide light only where and when it is necessary. This feature enables you to avoid unnecessary lighting in favour of energy savings. Daylight sensors Our solutions can be managed by photoelectric sensors that switch on the luminaires exactly when natural light becomes insufficient (cloudy day, night fall…) so as to provide safety and well-being in the public space. Movement sensors In non-linear activity areas (squares, car parks, residential streets......

Stand-Alone Case study - Paris (France) > esidential street R > apiLED with CLO and fixed dimming H > nergy savings: 80% compared to 125W mercury sphere luminaire E Owlet | Smart control for efficient lighting

Owlet solutions Stand-Alone Autonomous Network interoperable network

STAND-ALONE solutions One pole, one control Each luminaire behaves independently thanks to its own control unit. Schréder Owlet stand-alone solutions are recommended for basic smart lighting. in non-linear activity areas such as pedestrian areas, parks, car parks, warehouses... Photocell Placed on the top of the luminaire, an integrated photocell switches it ON or OFF depending on the level of natural light. Each light point behaves independently. A photocell enables an out of the box installation without commissioning. Thus it is very easy to retrofit in existing luminaires. Motion detection...

Astronomical clock An integrated astronomical clock offers a constant adaptation of the dimming profile according to the seasons. It ensures that the lighting meets the real Intelligent driver with Constant Light To comply with required lighting levels, newly installed lamps emit more light than necessary in order to take into account the further depreciation of the flux. The Constant Light Output (CLO) feature eliminates over-lighting and autonomously compensates the - — - Standard LED lighting level Required lighting level = LED lighting with CLO Excess lighting ^—^— Standard lighting consumption...

Autonomous Network Case study - Settimo Torinese (Italy) > etail park R > enso with dynamic dimming S > nergy savings: 85% compared to installation with 600W high-pressure sodium lamps E Owlet | Smart control for efficient lighting

Owlet solutions Stand-Alone Autonomous Network interoperable network

AUTONOMOUS NETWORK To manage a communicating network To offer more flexibility with stand-alone features and a wider scope of possibilities in terms of interaction, the Schréder Owlet range incorporates an Autonomous Network Dimming system. Luminaires communicate together in a wireless network to offer dynamic profile dimming. The autonomous dimming scenario can be enhanced with motion detection features. To pilot the installation, the sensors can be centralised or decentralised. When motion is detected, the detection scenario supplants the dimming scenario in order to provide safety and comfort...