At the Smart City Expo in Barcelona, ​​which opened on the 15th, Philips Lighting portrayed the interactive and connected urban roads, interactive public spaces, sustainable urban agriculture and more personalized lifestyles in smart cities in 2030 by creating an interactive virtual reality experience. The four scenarios show how lighting technology can help build a more sustainable, connected and more livable city.
In the first part of the "2030: Smart City Life" virtual reality experience, Philips Lighting demonstrated the potential of smart connected LED lighting to improve quality of life, improve everyday life, and ensure sustainable development in a growing global city. By 2030, the number of lighting points worldwide is expected to approach 70 billion.
In addition, Philips Lighting announced its latest smart connected lighting project in Madrid on the 15th, transforming the Madrid landmark Euro Tower into a highly secure, highly interconnected and future-oriented smart office building.
Philips Lighting partnered with Grupo Infinorsa, the building's major shareholder, to install 5,400 smart connected luminaires in the building, spread over 14 floors of a 32-story building, covering 19,600 square meters of office space.
Relying on Philips Smart Connected Lighting System, the building can meet the individual needs of users in the work environment. With a smartphone app (App), users can personalize settings such as lighting and air conditioning to increase work comfort and productivity.
The new smart connected lighting system uses Power over Ethernet to connect the luminaires to the IT network inside the building. Anonymous data captured by the built-in sensors of the fixture is collected, stored, shared, and transmitted by the system.
Information such as room occupancy and room temperature can be used to automatically adjust lighting and HVAC equipment, optimize office space utilization, and develop sophisticated cleaning and maintenance schedules.
Intelligently connected LED energy-saving luminaires connected to the sensor automatically turn off the lights in the unmanned room. Combined with real-time accurate data from the European Tower, the system is expected to reduce lighting energy consumption by up to 70%, equivalent to reducing 15 tons of CO2 per floor per year.
According to Dean Freeman, vice president of research at Gartner, "by 2020, 70% of new commercial buildings will be equipped with smart connected lighting systems. Smart connected lighting systems with data analysis capabilities are also emerging."
Large companies with multiple office parks began deploying Phase 4 systems (including LED lighting, control/sensors, connectivity and analytics).
At present, it is still rare to deploy a fifth-stage system (including LED lighting, control/sensor, interconnected, intelligent analysis) that can improve energy-saving performance through algorithm feedback; and the ability of this data analysis and optimization algorithm is in the minority. In the hands of home lighting companies.
On the same day, Philips Lighting also announced that it will upgrade the city's road lighting system for Jakarta. The project is an important step in the process of building a smart city in Jakarta. It will upgrade 90,000 sets of traditional street lights into energy-saving LED street lights and connect to Philips Smart Connected Road Lighting Management System.
The project is planned to be completed within seven months. During the implementation period, there will be about 430 lighting points connected to the system every day, making it the world's fastest-growing streetlight energy-saving retrofit and remote management access project.
“Since its inception in 2012, we have deployed Philips Smart Connected Road Lighting Management System in more than 700 projects in 35 countries. Governments around the world have reduced carbon emissions as an important issue for reform, hoping to connect LEDs through Philips Smart Connect. Products and systems upgrade existing street light networks.
The built-in wireless network of the streetlights enables systematic and rapid installation. Each streetlight can independently transmit operational status information, which greatly reduces maintenance time,†said Chandra Vaidyanathan, President of Philips Lighting Indonesia. “Only 2% of the world's 300 million street lamps have achieved intelligence. Interconnected. Jakarta's visionary smart city plan has set a positive example for other Southeast Asian cities. â€
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