bright ideas: smart lighting injects intelligence into cities, buildings and factories - indoor air cleaner
When humble lamps are equipped with sensors and connected to the cloud, they can release the idea of true brilliance.
Smart lighting makes cities less crowded, more efficient and safer, makes factories more efficient, and makes commercial buildings more efficient.
This is just the beginning.
With more and more systems syncing, developers use open platforms to create new applications for people from all walks of life
From scientists to factory managers to ordinary citizens.
There will be new ways to improve their environment.
The Forbes insight ebook, sponsored by Intel and GE, smart lighting for a Better Tomorrow: How smart lighting injects intelligence into cities, buildings and factories, explores possibilities.
Combine sensors with street lights to create "smart street lights" that can sense the surrounding environment ".
The data they collect can help city managers deploy services efficiently and make life safer and easier for residents.
Smart street lights can also help clean and greener cities.
Santiago is one of the first cities to take advantage of the new technology.
Like most cities, cities also face traffic jams and parking problems.
On 2014, city leaders decided to install GE's sensors.
Embedded LED street light.
Built-in lamp included-
Cameras that monitor street parking and traffic.
The study found that 30% to 60% of the cars driving in the city center are just looking for parking spaces.
In addition to frustrating drivers and wasting time, the cars are burning energy and unnecessarily polluting the atmosphere.
In the future, data from smart lighting may inspire software developers to create mobile applications that guide drivers into blind spots, ease congestion and make the air fresher.
This is just the beginning of the city's use of traffic data.
City engineers can identify dangerous accidents and help them identify dangerous intersections.
Data on pedestrian and bicycle traffic can be collected to help administrators decide where to add parking signs, intermediate belts, or bike lanes.
Smart street lights may follow similar evolution that occurs when smartphone companies allow developers to create their own apps.
In the early days of smartphones, no one can predict
Taxi app will become a billionDollar business.
Similarly, the democratic development of street lights will also lead to an unexpected wave of innovation.
Imagine a world where electric car drivers can see if their favorite charging stations have lines.
Or where food trucks can find places where crowds gather so they can grow their business.
Or where street lights help guide autonomous vehicles and drones.
Reducing operating costs is a central goal for construction owners and managers, but finding ways to cut spending can be difficult.
Smart lighting can help by automatically adjusting energy
And raise the bottom line in unexpected ways.
Lighting can be connected to the HVAC system to make the entire building-
Or a building.
Run day and night with optimal efficiency.
Smart lighting can also help improve indoor air quality, enhance facility safety, and even integrate with conference room scheduling systems.
Energy for smart lighting
Efficient LED bulbs and embedded sensors that detect ambient temperature, humidity and carbon monoxide levels.
They know if a room is full of people, if there are only a few, or if it is empty.
The information collected by the building sensor can be processed in the cloud, allowing the building owner to slice and cut it in any way they choose.
The dashboard can display the information as burnt particles
Throughout the campus, there are no bulbs, and there are no bulbs with the highest operating efficiency for heating and air conditioning units.
Factory managers are always looking for ways to increase revenue and save money.
Intelligent lighting with integrated sensors can help them achieve both.
These lights can monitor plant conditions to improve throughput, improve quality control and reduce operating costs.
Consider how GE uses lighting to reduce downtime.
At a factory run by GE Power in Greenville, South Carolina, GE and Intel are installing LED lights with embedded sensors.
These lamps will measure the temperature near the turbine assembly bracket, where it is critical that the parts be heated and cooled at a uniform rate.
Tracking temperature through smart lighting, the factory expects to identify potential defects to avoid rework
Avoid weeks of downtime.