Smart City - LED Solutions

WHAT “SMART LIGHTING” CAN

The functions of smart LED lights are much broader than just street lighting. In the new, more sophisticated world, the street lamp is no longer just a source of light, but a multifunctional communication portal, which is the basis of the intellectual urban infrastructure. In order to provide the necessary functionality and the ability to access network resources, the developers of lighting systems use cellular communication technologies, various types of sensors, both active and passive, as well as modern information security solutions.

THE ROLE OF LED STREET ILLUMINATION IN CREATING A “SMART CITY”

The initiatives of the “Smart City” provide akimats with an unprecedented opportunity to use the latest technologies to improve the viability and sustainability of urban infrastructure. Using a network of sensors and monitors, you can collect and interpret data to get valuable information about how the city works, for example, in the areas of security, transportation systems, energy and the environment, health care and social assistance.

Connecting to LED street lighting is an incentive for a wider reconstruction of the aging urban infrastructure, as well as further innovation in the development of smart cities and IoT ecosystems. It also provides an opportunity to build a safe urban lighting network with an expanding range of products and services for city residents.

Unprecedented energy savings of 50% of street LED lighting compared to traditional lighting (and up to 80% in conjunction with intelligent systems) clearly demonstrate the need to introduce LEDs in urban lighting.

A smart lighting system brings immediate benefits to the city, providing the ability to remotely control and monitor lighting systems for urban services.

Example:

Dim or turn on / off the lights remotely, individually or in a group.
Automatically notify urban services of failures in lighting points, allowing for more efficient maintenance planning.
Provide real-time energy consumption data.
Provide powerful analytical tools for monitoring and improving street lighting.
Provide data on traffic, air condition.
Used as a warning system.
Open systems allow integration with future smart city initiatives.

LIGHTS COMPONENTS

TYPE 1

Lens TYPE 1 street lamp has a beam angle of 50 * 160 degrees.
The standard IESNA TYPE 1 is excellent for illuminating w, lkways, walkways and sidewalks. This is usually applicable where the installation height is approximately equal to the width of the carriageway.

TYPE 2

Lens TYPE 2 street lamp has a beam angle of 65 * 155 degrees.
In the IESNA standard, TYPE 2 is used for wide walkways, on ramps and entry paths. It is usually used where the width of the carriageway does not exceed 1.75 of the planned installation heights.

TYPE 3

Lens TYPE 3 street lamp has a beam angle of 80 * 160 degrees.
In the IESNA standard, TYPE 3 is designed to illuminate roads, public parking areas and other areas where a large area of illumination is required. This distribution is intended for luminaires installed on or near roads, or sections of medium width, where the width of the road or section does not exceed 2.75 mounting heights.