2. 2
Każda firma, każdy człowiek potrzebuje wysokiej jakości światła
SKLEPMIASTOBIURODOM FABRYKA
3. 3
5 najważniejszych trendów, które będą kształtowały zmiany
w przemyśle w najbliższych latach
E-COMMERCE I
SPRZEDAŻ
WIELOKANAŁOWA
RYNKI
WSCHODZĄCE
ROZWÓJ
I IMPLEMENTACJA
NOWYCH
TECHNOLOGII
GOSPODARKA
24/7
GLOBALIZACJA
4. 4
Nadchodzi czwarta rewolucja przemysłowa
1784
Pierwszy
mechaniczny
warsztat tkacki
(maszyny parowe)
1870
Pierwsza linia
produkcyjna
(maszyny
elektryczne)
1969
Pierwszy sterownik
swobodnie
programowalny (PLC)
DZIŚ I JUTRO
INTERNET RZECZY
ZMIENIA SPOSÓB W JAKI
DZIAŁA PRZEMYSŁ (IOT)
5. 5 Photo: Getty images
WIELE
WYZWAŃ
Utrzymanie konkurencyjności
Kontrola kosztów
Optymalizacja przestrzeni produkcyjnej
Ochrona pracowników
Zmniejszenie emisji (CO2, Nox, …) i
wpływu na środowisko
5
To rodzi nowe wyzwania, ale i nowe możliwości
WIELE
MOŻLIWOŚCI
Predykcja
Łatwiejszy dostęp do danych
Większa elastyczność
Wyższa jakość
Energooszczędne rozwiązania
6. 6
Ale większość polskich firm nie jest na nią jeszcze gotowa
W TRAKCIE KTÓREJ
REWOLUCJI PRZEMYSŁOWEJ
ZNAJDUJE SIĘ OBECNIE
TWOJA FIRMA?
7. 7
O czym świadczy m.in. stopień robotyzacji
VS.
292 roboty
10 000 pracowników
22 roboty
10 000 pracowników
8. 8
Dlatego rola pracownika w fabryce jest ważna
30%
Wzrasta wydajność pracownika
fabryki po zwiększeniu natężenia
oświetlenia w miejscu pracy
z wartości średniej 500 luksów
do wartości 1500 luksów.
9. 9
Pracownik w wieku 40 lat
potrzebuje niemal
dwukrotnie więcej
światła, by widzieć tak
samo, jak osoba w wieku 20 lat.
10. 10
Produkt Inteligentny
produkt
Inteligentny,
zintegrowany
produkt
System oświetleniowy Ekosystem systemów
10
Inteligentne, zintegrowane rozwiązania
zmienią obraz oświetlenia, umożliwiając dalsze zwiększanie wydajności i poprawę bezpieczeństwa
w przemyśle
Czujniki HMI
Oprawy
inteligentne
Kontroler
System
Oświetlenia
Zarządzanie
zapasami
System
Lokalizacji
System
Raportowania
WI-FI, QR,
RFID, CCTV
Pobieranie
i pakowanie
WMS
lub
MES
lub
ERP
11. 11 Photo: Getty images11
Redukcja
Kosztów
Poprawa
Wydajności
Biznesu
Wsparcie
Zrównoważonego
Rozwój
Poprawa
Bezpieczeństwa i
Samopoczucia
Energia
Utrzymanie
Instalacja
Wydajność
Elastyczność
Ślad węglowy
Odpady
CSR
Bezpieczeństwo
Samopoczucie
Przepisy/Normy
Optymalizacja Fabryki 4.0 dzięki oświetleniu LED
13. 13
Photo: Getty images
13
Industry
Oprawy LED:
• Niski pobór mocy
• Długi okres życia
• Kompletność oferty
• Szybkie włączanie
(brak nagrzewania)
• Stałość strumienia
świetlnego
System Oświetlenia:
• Wykrywanie
obecności
• Ściemnianie
• Strefy
• Kontrola obecności
• Światło dzienne
• Harmonogramy
• Wymiana danych
Zrównoważony projekt:
• ATEX
• HACCP
• Odporność chemiczna
• Zakres temperatury
pracy
• Serwisowalność
• Circular lighting
Jakość Światła:
• Dedykowana
optyka
• Niski
współczynnik
olśnienia
• Równomierność
• Współczynnik
oddawania barw
(CRI)
• Temperatura
barwowa
Na co zwrócić uwagę, projektując oświetlenie LED
14. 14 Photo: Getty images
GreenWarehouse / GreenManufacturing
14 Industry
Różnorodne
energooszczędne
oprawy LED
Bezprzewodowe
sterowanie i łatwa
obsługa
Elastyczna
konfiguracja
stref
Czujniki ruchu i
wykrywanie obecności
Ściemnienie
nawet do
10%
Możliwość
zastosowania
w różnych
przestrzeniach
(otwartych/
zamkniętych)
Kontrola oświetlenia w przestrzeni produkcyjnej i
magazynowej
16. 16 Photo: Getty images
Kompleksowy system sterowania
oświetleniem
dla przestrzeni przemysłowych i magazynowych
Zaawansowany, niezawodny
i energooszczędny
zcentralizowany system
sterowania oświetleniem
Obszerne portfolio
komponentów sprzętowych
i oprogramowania sterującego
16 Industry
17. 17 Photo: Getty images
Philips Dynalite
OSZCZĘDNOŚĆ
ENERGII
ZARZĄDZANIE
ZASOBAMI
ELASTYCZNOŚĆ
I MOŻLIWY
UPGRADE
DOSTOSOWANIE
DO POTRZEB
I KOMFORT
SKALOWALNOŚĆ
INTEGRACJA
17 Industry
Zalety systemu Philips Dynalite
18. 18 18
Oprawy Philips
LED (DALI, Zigbee)
HMI
Wykrywanie
obecności oraz
czujnik światła
dziennego
Integracja z innymi
systemami
(Ethernet, BacNet,
KNX…)
Wymiana
danych z
innymi
systemami
(API, OPC)
Kontrolery
Dynalite
Envision
software i
apps
Sieć
Architektura systemu Philips Dynalite
20. 20
Zakładane efekty po realizacji projektu modernizacji
oświetlenia
Redukcja
zużycia energii
powyżej 60%
Dodatkowe
32 % redukcji
zużycia energii
dzięki
automatyce
Minimalizacja
konserwacji
Spełnione
normy BHP
Poprawa
komfortu pracy
pracowników
Dodatkowe
finansowanie
(np. białe
certyfikaty)
Kompleksowe
rozwiązanie od
audytu do
serwisu
25. 25
Dziękuję za uwagę i zapraszam do współpracy
Łukasz Manowiecki
Tel: +48 882 328 362
E-mail: lukasz.Manowiecki@Philips.com
Editor's Notes
To stay competitive, manufacturers and logistic warehouses need to scrutinize their costs across every area and every process.
Whether you’re looking at the conditions of your buildings, the safety of your workforce or the need to reduce your carbon footprint, there are quite some challenges that can keep you awake at night.
DANE Z 2014 ROKU, ŹRODŁO IFR
One size doesn’t fit all. Your work environment poses unique challenges. When specifying lighting, you need to know it will streamline cost efficiency, boost productivity and ensure safe working in all spaces. Whatever challenges your company faces, today or tomorrow, we are there to assist you.
Cost savings
Only using light where and when it is needed in 24/7 environments means you can make huge savings. Optimizing your lighting using LED and controls can play a key role in reducing all the operational expenditure (OPEX) associated with, potentially saving 75% of the lighting bill when compared with conventional industrial lighting fixtures as fluorescent, metal halide or HID.
Significant energy savings
LED lights are incredibly energy efficient and your business can make significant cost savings, not only through much lower energy consumption, but also the long lifetime of LEDs.
And adding smart controls with presence detection will even more save on your energy consumption.
Presence detection ensures lighting is only used when and where it’s needed. Create ‘zones’ and set light levels appropriate for the task, with lighting dimmed to a background level when the space is unoccupied to use the light only when needed.
Maintenance
Extend the maintenance cycle and reduce overall maintenance costs with high quality LED lighting.
The long lifetime (up to three times longer than conventional fluorescent technology) and reliability of LEDs means lower maintenance (no lamp replacements), less failures and you can better plan your (preventive) maintenance and therefore less downtime and interruption to your productivity due to maintenance cycles. LEDs are also highly durable – perfect for your manufacturing or logistics environment.
Industrial and logistics environments are unique – and the issues you face as an owner or operator can come in various forms. With increased emphasis on cost savings and energy efficiency, every big and small disruption related to maintenance must be minimized to ensure operations always run smoothly.
Installation
LED luminaires can be installed on the existing grid so also ideal for retrofit. Electrical connection is straightforward: there is no need to open the luminaire for installation or servicing. And being smaller and lighter than conventional luminaires, it is very easy to handle.
Installation time is therefore cut right down and configuration becomes so much easier. It’s simple to install and commission and it starts making a positive impact on your manufacturing environment right away.
So you will also reduce the production downtime at installation time of the new lighting installation.
Others
Good lighting will reduce (hidden) waste costs due to improved productivity and less errors, so reducing the cost of non-quality goods.
Employees become more productive so positive impact on labor costs as they can also do more in less time.
Reduce your capital expenditure and pay only for the light you need by a monthly or quarterly fee via new service business models as Light as a Service or Circular lighting models and relieve yourself from any hassle of your lighting installation.
Business productivity
With businesses often operating 24 hours a day, good quality, uniform, energy efficient lighting plays an important role in ensuring operations run safely and efficiently. Lighting plays a significant role in worker performance and offers the potential for improvements ranging from increased quality control and safety to overall higher production and a reduction in reject rates due to low quality issues.”
Productivity
Lighting plays a significant role in worker performance and offers the potential for improvements ranging from increased quality control and safety to overall higher production and a reduction in reject rates due to low quality issues.”
Studies have shown that exposure to higher illuminance levels can result in feelings of increased alertness and better performance.”
Better light quality means increased comfort. When people feel better they work better, which means increased productivity, so everyone’s happy.
Providing the right light that suits the specific task supports productivity results in less errors and the reduces cost of non-quality (CNQ). Less mistakes, errors, delays, improving customer loyalty and satisfaction current client base and gaining new customers. All results in a better productivity.
The production area is where it all happens. Ensuring productivity while maintaining safety is crucial in this space. Lighting is not just a basic essential here, but the right lights can keep your team alert and focused, helping them complete tasks and optimizing everyone’s performance and output.
Future proof
With the flexibility of LED lighting systems you are future proof when you want to adapt your current infrastructure and areas to future needs. Easily adjust the areas in your production or logistics without changing the lighting for space efficiency and divide it in zones.
Be ready for connectivity as connected lighting delivers new insights (data analytics) based on big data, enabling businesses to streamline operations and reduce waste. Better insights will improve the business operations and results
Sustainability
We have learned from the previous slide on the 4 challenge categories that the reduction of CO2 emissions is a high priorityCompanies operating industrial sites are increasingly concerned with their environmental footprint impact. It’s no surprise that energy-efficient LED lighting that uses less power and reduces carbon emissions is therefore in great demand. Philips offers lighting solutions that meet these requirements perfectly.
Carbon footprint
Energy efficient lighting solutions can also help your business meet key legislative targets. Reduced energy consumption, carbon emissions and the associated costs of carbon are all key factors for your building to achieve a good BREEAM or LEED rating, which can give your business a compelling and competitive edge.
Reduce your carbon footprint and demonstrate your company’s commitment to sustainability.
Waste
(Hidden) waste reduction – Better efficiency in the working processes and less mistakes means less waste of materials, less non-quality goods and thus less impact on the environmental footprint and natural resources.
You can also opt for circular lighting service models where you can return the lighting following contract period for upgrade, reuse, or recycling. This will also prevent disposal fees at the end of the product lifecycle.
Corporate social responsibility
Meet your goals set in your corporate social responsibility program by installing energy-efficient LED lighting systems that reduce your energy consumption in your production site or warehouse significantly and reduce the CO2 emissions that have a negative effect on the environment and climate change.
Safety and wellbeing
Light has a profound effect on how people feel. It influences energy levels, mood and wellbeing, making it vitally important in creating healthy and productive workplaces.
Safety
Research shows that increasing light levels in industrial environments can reduce accidents by 52%, thus improving overall efficiency and safety.
The potentially hazardous conditions associated with many industrial settings place high demands on the lighting and it is essential that pathways, walkways and stairways in multi-level platforms or facilities be properly illuminated. Appropriate lighting plays a crucial role in supporting overall industrial safety.
Wellbeing
Light has a profound effect on how people feel. It influences energy levels, mood and wellbeing, making it vitally important in creating healthy workplaces.
Better light quality means increased comfort. When people feel better they work better, which means increased productivity, so everyone’s happy. In addition to this, effective, uniform lighting offers important safety benefits too, reducing the margins for error with no dark patches and good color rendering.
Good lighting is about quality and comfort. It should be bright enough to perform visual tasks, but not so bright that it causes glare and discomfort. LED lights can be used to set the color temperature of workspaces, providing warm and cool light as needed.
There’s no doubt that inadequate lighting affects wellbeing. It can cause eye strain, fatigue and poor performance, particularly in roles involving problem solving and concentration. Our innovative lighting solutions can address all of these issues, improving employee wellbeing while also saving energy and reducing business running costs.
With better lighting, performance can be improved by speeding up tasks and reducing failure rates. It also makes a positive contribution to safety and accident rates, absenteeism and general health and well-being. When industry workers were shown the statement “Good lighting has an influence on my work”, the positive response rate was extremely high with over 94% of subjects asked responding positively*.
Comply to industry standards & regulations
Achieving Green Building certification, BREEAM or other governmental regulations also incentivizes building owners to search for higher quality solutions in order or meet sustainability goals and standards.
Delivers the required lighting level.
Excellent light quality and efficiency guarantees compliance with international standards and safety regulations such as IP54.
Apply to industry specific regulations:
Silicone free, for the automotive industry
International Food Standard (IFS), approved for use in the food industry
IP54 (optional), no loose components and glass particles
CRI 80+, for comfortable lighting
EN12464-1, including UGR limits and brightness limitation
The adoption of circular economy principles in the lighting industry is already helping businesses to achieve their sustainability goals at the same time as improving their lighting performance and efficiency. Philips Lighting is pioneering this with Circular lighting , an approach to lighting that employs “make, use, return” circular economy principles.
Make
Luminaires are designed with sustainability in mind. They are designed to last longer, with a modular build that enables faster serviceability, maintenance, disassembly, upgrade, and recycling or reuse.
Use
With new usage models such as Light as a Service, businesses only pay for the light they use and are relieved of the hassle and expense of luminaire installation, ownership and maintenance. They also benefit from evolving lighting technology without upfront investments, while achieving maximal savings on energy and maintenance
Return
To extend product lifecycles, lighting components are efficiently recovered, disassembled, and reused, so there are no hidden waste costs or disposal fees for the customer. At the end of a service contract, the lighting system can be upgraded and reused, or can be returned for repurposing or recycling.
By applying this “make, use, return” approach to lighting, customers benefit from cutting-edge, energy-efficient technology while reducing both upfront and operational costs. Minimizing materials waste and reducing environmental impact, this ecosystem also helps to create more sustainable businesses.
If you decide to refurbish the lighting in your building or have a new build, you need to consider different lighting aspects that play a role in your decision. Your project is unique and has specific requirements that you need to take into account to choose the best lighting solution for now and future.
To support you we have already clustered the different lighting aspects in 4 main groups. LED lighting, Lighting systems, Sustainable design and the Quality of light.
In each group we have listed requirements that you might have for your specific lighting project or different spaces in your building.
If we better understand what these requirements are we can make a lighting design taking into account all your required specs, giving you the best possible solution(s).
To give an example:
You want to save maximum on energy costs, so you decide for LED lighting as that typically saves already 50% on energy. But you have different spaces that you need to illuminate.
Our LED luminaire portfolio offers a wide range of luminaires that matches each space in industry and logistics. However you also want to dim the lights and when possible have lighting on demand as when there is nobody in a certain area why should you keep the lights on maximum level. So you want also lighting with controls that enable this. Perhaps you also want to integrate your lighting in your BMS system to have full monitoring functionalities.
On top you have a specific space that needs to be compliant to certain safety or heath regulations and/or conditions. Like ATEX or HACCP. This will impact the available choice of luminaires and their design. And last the quality of light in the end is most important as you do not want glary luminaires in your assembling line for example or very bright illuminance uniformity on the lower part (ground) that gives an uncomfortable and dangerous work situation for your employees with all risks involved.
Backup:
HACCP
We know the basic principles of how a cleanroom works. Philips Lighting has also been working with cleanroom consultants and customers to design the most suitable solutions for HACCP areas and cleanrooms. Numerous clean manufacturing procedures require special, controlled environments where the amount of dust and dirt must be controlled. Our portfolio come tightly sealed, protected from the accumulation of dust and other particles that can contaminate such environments. Reviewing each process area, our specialists can determine the right illumination levels and the best dust-resistant lighting products for these zones. Superior color rendering index (CRI) also helps ensure what you see is truly what you get.
Serviceability
Despite the longevity of LED lighting, components may fail and need to be replaced. They should also understand that the level of maintenance is related to the quality of the luminaire and its components. And they should understand that maintenance can be costly if products are manufacturer-specific and/or not available in the future, not field-serviceable and not easily serviced. Specifiers should educate their clients about these issues.
Dedicated optics
A range of optics (wide, medium, narrow, double-asymmetric, asymmetric, frosted) helps to empower each space in your facility. Enabled by first class LED technology and optical performance, every geometry and lighting demand can be met, fully in line with specification and norms, realizing energy efficient lighting installations.
Low glare
The luminance (candela/m2) at higher viewing angles is low to medium, which results in soft and comfortable lighting for workers.
Gradual transition at the edge of the beam results in a higher illuminance uniformity creating a pleasant appearance of the working environment.
High light color uniformity Optics are designed to create a very smooth and diffuse beam shape. No disturbing artefacts are visible. The light color is uniform across the beam resulting in an optimal appearance of your interior.
LED lighting will save you energy and money, plus it will help reduce your environmental impact and carbon emissions – that is now well recognized.
However by adding smart wireless controls to the package you gain further benefits still –both in terms of lighting efficiency and also business efficiency.
What makes GreenWarehouse different?
GreenWarehouse allows you to create your own lighting zones, set your own dimming levels and plan the duration of particular lighting patterns. And because it’s effectively ‘plug and play’, you’re ready to go with the minimal amount of fuss at the point of installation.
It’s designed for any size of industrial facility and can be used in both open spaces and racking environments. We’ve made it future-proof, flexible and efficient. GreenWarehouse offers smart zoning, with lighting dimmed to a background level, then 'instantly on' via presence-detection sensors – ensuring a safe environment and no dark shadows.
* A typical saving of 50% on energy costs due LED luminaires
Suitable for all applications in Industry: warehouses, food and beverage, heavy industry, automotive and manufacturing
Dimmable options even to 10% to save additional on energy
The possibility to create different zones and reconfigure them as needed when you need to change the layout of your space, again increasing energy savings
Motion detectors connected to the luminaires that pick up the movement in your spaces and adjust the lighting levels according the activity taking place
This gives the GreenWarehouse ready luminaires overview for the European region
All of the above GreenWarehouse luminaires are suitable for new build and point for point retrofit projects and are all equipped with wireless or integrated sensors which allow for easy system commissioning and operational flexibility.
The Pacific LED gen4 has also a version that is Circular Economy ready. More about Circular lighting later in the presentation at slides 49 and 50.
Later we will give some more details per luminaire when we show the luminaire portfolio.
When you choose Philips Dynalite you are selecting the world’s finest lighting control system. Tried and tested in more than 30,000 projects, Philips Dynalite has implemented some of the largest and most extensive control networks around the globe. The same robust technology can be used in any application, on any scale.
Philips Dynalite are advanced, reliable and energy efficient network lighting control solutions for offices, industry, stadiums, public spaces, hospitality and shopping malls, etc.
With a comprehensive portfolio of hardware and software control components ensures that all types of complex solutions can be offered.
Philips Dynalite is a networked wired lighting system which enables switching, dimming and scene control in a smart way.
It allows zone control and enables facility managers and owners to manage and monitor the entire lighting system.
It also allows Building Management System integration.
1. Energy saving:
The Dynalite lighting control system can be fully tailored to your needs & requirements by choosing the most effective and suitable strategies to save energy, not compromising on comfort or safety. It allows you to monitor and control energy consumption in each and every space and enables easy optimization where needed. The system offers the following functionalities so that you will always have the right light at the right time and place
Switching on/off
Dimming
Scheduling
Daylight harvesting
Presence / Movement Detection
Monitor & Control via EnvisionManager software
2. Asset management:
In buildings where central control and management of lighting is important, EnvisionManager software provides the ideal support tool for large and small sites. EnvisionManager delivers real-time monitoring of hardware and energy performance, with an alert function to send customized notifications in the event of component failure or malfunction. EnvisionManager enables the entire lighting system to be managed from a single location – including scheduling, reporting, DALI emergency testing, preset scenes and specific events such as Earth Hour. Occupant comfort is supported by EnvisionManager’s ability to monitor occupancy and fine-tune lighting levels to meet the exact needs of each end-user for the tasks in which they are engaged. Furthermore, the EnvisionManager macro builder function allows end-users to tailor the operation of the system to their own needs.
3. Integration:
Dynalite lighting control systems also integrate with third-party building management equipment such as HVAC, security, AV devices, blinds and the building management system (BMS) itself. For example, a typical boardroom application involves integration between the lighting, AV and blinds, enabling the room to be set up for presentations at the single press of a button. This feature simplifies operations for the user and empowers facility/site managers to easily manage lighting schemes and integrated services across the entire site. Integrating to DyNet is made easy with our gateways that translate different protocols and offer full bidirectional communication between diverse systems, such as BACnet, LON, KNX, OPC, RS232, RS485 and all dry contact interfaces.
Integration with the HVAC system ensures that heating/cooling is only provided for occupied areas, thereby saving unnecessary energy expenditure. Manual overrides ensure
unoccupied rooms can be set up in advance to ensure the perfect environment is created when people arrive.
Blinds can be integrated with lighting and heating, ventilation and air conditioning (HVAC) systems to support daylight harvesting strategies and manage the thermal efficiency
of the building.
4. Customization and comfort:
A comfortable work environment
Savings in energy bills aside, the more effective the lighting control in an industrial site, the more comfortable it is for the occupants. The Dynalite system allows lighting to be customized to each specific work environment and can gives occupants personal control of their own lighting. In the background the system makes continuous automatic adjustments to the lighting, thereby providing occupants with consistent light. Optimizing user comfort in these ways can enhance employee health and happiness, resulting in improvements to workplace productivity and efficiency.
While much of the Dynalite lighting control system is automated, a range of stylish user interfaces can be added to a system to provide local control of lighting, AV, blinds, HVAC and other integrated systems. The Antumbra user interface detects an approaching user and ‘wakes-up’ to provide a wall-wash lighting effect. An internal light sensor measures ambient light and adjusts this light-wash intensity accordingly. Antumbra also features a built-in temperature sensor that can automatically adjust air conditioning with an integrated HVAC system. Antumbra user interface options include a selection of button configurations, multiple language/ icon labeling, plus a selection of rim/fascia designs
Corridors: :Corridor lighting schedules can provide a ‘corridor-hold’ function outside normal working hours to maintain an illuminated pathway to the exit for all people working late, to assure their safety, comfort and convenience. Once the last occupant has left the building, occupancy sensors drive the system to ‘unoccupied mode’ without users needing to remember to turn lights off.
5. Scalability:
Increased flexible control and fully scalable.
Simple to install and commission, a key component of the Philips Dynalite portfolio is the company’s Digital Addressable Lighting Interface (DALI) solution. This can seamlessly operate all DALI luminaires as a single system, offering accurate dimming to all connected luminaires and providing status feedback to the control system. Dynalite’s DALI MultiMaster solution further simplifies installation by removing the need for separate control wiring as lighting, sensors and user interfaces are all connected to the same control wires. A Dynalite DALI solution significantly reduces the inconvenience and costs of maintenance, offering ultimate flexibility through software management and control. Furthermore, as each luminaire is individually addressable, it is possible to reconfigure lighting using a graphical user interface, without the costly and disruptive need to physically rewire areas to meet changing requirements.
EnvisionManager is inherently scalable, able to manage more than 65,000 areas within a building as well as cross campus monitoring for multi-building projects. EnvisionManager also supports remote access/control of the system via a web browser, creating options for control through any web enabled device.
6. Flexibility and upgradability:
The Dynalite lighting control system is fully flexible and adjusts to your changing needs over time.
Lighting scenes and control can be adjusted to future layout changes. The system is upgradable, therefore allowing you to extend and add functionality at a later stage if required.
Adapt to future layout changes (re-grouping via EnvisionProject Commissioning Tool)
Adding functionality at any time (later stages)
architecture is future proof and allows quick response to new technologies (like KNX, IP, Zigbee, etc.)
Each component of the system comes together to create the system solution. Used like building blocks, the individual components work together to become part of a living system.
Lighting load controllers – The muscles of the system that perform all the load requirements. These devices coordinate the various lighting groups together so there is a balance between occupancy comfort and energy savings. A large range of load controllers is available to meet the requirements of the many different light sources available in the market. Load controllers are designed to switch and dim all sort of light sources. They come in many forms to fit any application. Such as DIN-rail and wall-mounted.
LED lighting
All DALI driven Philips LED luminaires are compatible with the Dynalite system. See luminaire chapter for Industry and logistics luminaires.
User interfaces
Allowing end-users to interact with the lighting. Actively occupants can use one of the lighting control panels, putting the system into a different mode. Passively motion sensors detect if an area is occupied while measuring the naturally available light. By combining this information together the system can select the right level of artificial light automatically that will be comfortable for the occupant while been as energy-efficient as possible. User interfaces come in almost an infinite number of variations. For every application there is a perfect fit!
Sensors
That allows for multiple trigger response to different light level intensity to give a more smooth and granular response to natural light level changes.
Integration devices
Allows for third party systems to seamlessly integrate together. This can reduce the amount of times an end-user needs to interact with the different systems in an area. For example if the air conditioning and lighting control are integrated together then the lighting control sensor can be used for both systems reducing the number of user interface devices required. System integration devices allow the system to interact with third-party equipment, like HVAC, security and blinds to control more than lighting.
Envision software – Allows for end-users to control their personal lighting from their very own PC and there are opportunities to use a workers PC for occupancy detection. EnvisionProject and EnvisonManager software packages allows you to commission, manage and monitor your system in a graphical to use way.
All these components are interconnected with Dynet, the Dynalite dedicated communication protocol.
With powerful functions that allow for site-wide changes from a single network message.
EnvisionManager is a multi-user control system management and monitoring software tool. It provides users with full visibility of the lighting and energy management system status and performance, while enabling simple local or network system adjustments. Real-time data helps increase your business performance/operational efficiency.
Complete control
Initiate system changes from a single luminaire to the lighting state of an entire multi-story building with a single mouse click.
Simple scheduling
Intuitive tools enable the user to schedule and manage events such as warehouse space to day mode or car parks to after hours security mode with ease.
Easy integration
Integration tools allow the user to manage more than just lighting. HVAC, motorized window shades and other systems are accessible through EnvisionManager.
Manage routine maintenance
Full support of maintenance functions means that routine tasks can be undertaken without the involvement of a system specialist. Faults are automatically flagged for attention, ensuring that the facility continues to function an operational downtime is minimized.
Energy metering
Alternate energy management schemes can be initiated automatically or manually, as required. This allows facility managers to balance energy efficiency with the needs of the occupants and can be initiated on either a tenancy or building-wide basis.
Data dashboard
The Envision dashboard presents live data as simple visual displays. It mines raw data for analysis, to both establish a benchmark for future improvements and pinpoint exactly where the energy is being used.
Tailored control of individual luminaires
The optional EnvisionSwitch client resides in the task bar of a user’s computer and allows task lighting to be tailored to the user’s individual preferences.
Linking back to the lighting control system ensures lights are not left on unnecessarily.
The adoption of circular economy principles in the lighting industry is already helping businesses to achieve their sustainability goals at the same time as improving their lighting performance and efficiency. Philips Lighting is pioneering this with Circular lighting , an approach to lighting that employs “make, use, return” circular economy principles.
Make
Luminaires are designed with sustainability in mind. They are designed to last longer, with a modular build that enables faster serviceability, maintenance, disassembly, upgrade, and recycling or reuse.
Use
With new usage models such as Light as a Service, businesses only pay for the light they use and are relieved of the hassle and expense of luminaire installation, ownership and maintenance. They also benefit from evolving lighting technology without upfront investments, while achieving maximal savings on energy and maintenance
Return
To extend product lifecycles, lighting components are efficiently recovered, disassembled, and reused, so there are no hidden waste costs or disposal fees for the customer. At the end of a service contract, the lighting system can be upgraded and reused, or can be returned for repurposing or recycling.
By applying this “make, use, return” approach to lighting, customers benefit from cutting-edge, energy-efficient technology while reducing both upfront and operational costs. Minimizing materials waste and reducing environmental impact, this ecosystem also helps to create more sustainable businesses.
Na bazie modelu stworzonego przez uniwersytet w wiedniu http://www.smart-cities.eu/model.html
Wszystkie definicje smart city się do tego odwołują
