Especially for the office sector, the "smart lighting" system is considered an important opportunity to reduce costs, save energy, reduce carbon emissions and gain green building certification. Whether you are an office owner, manager or tenant, you can find opportunities to improve recycling and efficiency by upgrading your current system or designing “smart system” controls in your next project.
Especially for the office sector, the "smart lighting" system is considered an important opportunity to reduce costs, save energy, reduce carbon emissions and gain green building certification. Whether you are an office owner, manager or tenant, you can find opportunities to improve recycling and efficiency by upgrading your current system or designing “smart system” controls in your next project.
Intelligent lighting system improves the well-being and performance of your organization as well as your situation
Smart lighting systems not only reduce operating costs but also increase employee comfort and productivity in the workplace.
Today's workforce faces more change than in the past, and so the challenge for employers is to design work environments that can best meet the needs of 21st century employees and provide maximum well-being.
As performance. The modern office needs more than good lighting design to cope with these needs. Consultants and designers must also consider human performance and productivity issues.
Additionally, it is no longer socially acceptable or wise to keep the entire lighting system on throughout the day and half of the night, but a sense of personal security and well-being must also be maintained.
| Advantages | Possibilities |
|---|---|
| Sunlight use | Planning for daylight |
| Lamps turn on when necessary | A program connected to the presence detection system |
| The right amount of light intensity | Planning light intensity according to the work plan |
| Flexible use of energy | Intelligent distribution of the required load |
| Advantages | Possibilities |
|---|---|
| Cost reduction flexibility | Management of changes in grouping of lamps via software |
| Monitoring the health of the lighting system | Monitoring the performance of lamps |
| Manage all lighting systems from one place | Using an integrated instrument panel to control all lights |
| Measurement and control | Full control over energy consumption, light intensity and all currents |
| Advantages | Possibilities |
|---|---|
| Optimum lighting for the task/scenario | Personal control or light dynamics |
| User based control | Personal light control |
| Comfort and security | Automatic lighting of corridors / backlight according to external light |
An intelligent lighting system maximizes energy efficiency and comfort with traditional presence detection and daylight saving strategies, but also offers a range of new strategies to increase flexibility, user comfort and safety.
Today's workforce faces more change than ever before
Manufacturers have a variety of solutions to provide smart lighting systems, from zero to hundreds, alongside products. We know that the important link between a light source and a fully integrated environment is its intelligent controllability. The smart lighting system infrastructure supports fully integrated environments in KNX and DALI industry standards.
When the smart lighting system is combined with a wide range of energy-saving lamps, the range of controls allows users to create not only an energy-efficient solution, but also an “efficient” solution with a distinct ability to transform residential and office environments. .
The range of smart lighting system solutions has been developed to enable easy integration and installation in today's modern office environment, maximizing the effectiveness of KNX and DALI to develop or install a new system.
The Smart Lighting System series is now KNX offers even more solutions to the world, including:
The lighting control system was developed to provide easy installation and commissioning in today's modern office environment, to develop or install a new system by maximizing the effectiveness of KNX and DALI. This provides greater flexibility for facilities to make the most of both systems.
A local control panel allows residents to adjust the smart lighting system to their needs. This allows users to directly initiate and interact with various functions required by the lighting control system. The smart lighting system brings all the power of the control system at the touch of a button. Pressing a button can instantly change the look and feel of an entire environment.
The smart lighting system provides the ability to passively interact with project areas, bringing motion detection and light level sensing features in a single unit in a compact and beautiful solution. Each of the features works simultaneously to enable smart scenarios such as turning on the lights after detecting motion and then reducing the brightness level after measuring the available sunlight, saving even more energy. Combining each of these functions in a single device reduces the need for multiple types of sensors filling the headroom.
The operators' smart lighting system, which is the heart of the smartization system, directly controls all the different lighting groups in a project and ensures that the system is compatible with all types of lamps and lighting control protocols. Smart actuators are the ideal choice to combine lighting control requirements with superior manufacturing quality for consistent and trouble-free operation. A combination of actuators can be selected to work seamlessly together to achieve common project design goals. Each device can store more than a hundred preset scenes, allowing complex switching logic to be called from simple network messages. The setup process and network messages are simplified because the necessary preset scenes are stored on each device. The actuators also support a variety of output circuit combinations to suit any project need.
Relay actuators, one of the most common forms of smart lighting system, can have the biggest impact on energy management and smart lighting control. Rail-configured units are suitable for installation in a switchboard enclosure.
A range of open protocol dimmer actuators capable of transmitting all industry standard ballast protocols (addressable DALI, broadcast DALI, DSI and 1-10V). They are available in both DIN rail and structured cabling configurations to allow flexible installation.
A local control panel allows residents to adjust the smart lighting system to their needs.
DCI is designed to allow mechanical switches and relays to communicate with the KNX network. The performance of each input is programmable, and with the inputs provided, the small-sized products are a good choice for installation behind multi-wall switch networks. In addition to being used as a simple dry contact interface, these DCIs feature a “motion sensor” mode that turns the off-system motion detector into a full-featured KNX sensor.
A line coupler can be used to connect a lighting line to a second line to expand the network, or it can be used to connect a lighting line to a main line (or backbone). In this sense, the coupler provides electrical insulation and message (telegraph) filter.
KNX power supplyenergizes the installed bus components and ensures robust and reliable bus communication.
The smart lighting system sets a new benchmark for maximizing comfort while minimizing energy consumption with KNX and DALI.
Several KNX network lines can be connected together to form a larger system. The trunkline and downline network topology provides a scalable and robust network architecture. Many integration opportunities are available via the KNX standard and ports from third-party systems. With integration, BMS can trigger scheduled events and check the current status of the system.
Introducing a fully structured cabling solution to the KNX world provides great benefits to all stakeholders in project delivery, installation and operation.
Load actuators can be simultaneously connected to the same KNX network to control other lighting systems and options include: DALI Addressable, DALI Broadcast, 1-10V for DSI and other styles of dimming lamps, and shutter control and relay actuators for each type. load The key used.
All network devices are interconnected using the industry standard KNX approach. This allows all devices of the smart lighting system to transmit messages to the network as well as between each other in the KNX network.
DALI network via DALI load actuators. User interface panels, including third-party devices, can be connected via KNX and DALI dry contact interfaces to directly modify existing smart lighting control settings. The DALI MultiMaster solution reduces installation costs by combining DALI sensors and dry contact user interfaces.
In the smart lighting system, the end user can take control of the entire system from any lighting control panel when necessary. This can be very useful for turning off all lighting at the end of the day. Sensors automatically adjust the light based on detected motion or the current measured light level. A sensor not only controls its own logical zone, but can also send messages to neighboring zones that maintain corridor lighting or take light level measurements to control multiple logical zones. There is a wide range of products in the development of smart lighting system that use not only the KNX network but also the DALI lighting control network to communicate between user interfaces such as sensors and smart switches. More than half of the smart lighting system's wiring is required in the network.
The smart lighting system has several tasks, including:
Smart lighting system solution includes:
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