smart street lights in a park in Slovakia

smart street lights in a park in Slovakia

The K series LED Smart Street Lights replacing the traditional street lamp project in a park in Slovakia will be completed in 2020. The whole project uses 110pcs LED smart street lamps with NEMA socket, which are installed on the 6-meter high pole and use Zigbee intelligent control system. This is an excellent smart city street light that achieves ultimate energy saving and intelligent control.

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Client Feedback In This Project

5 star rating
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5 star rating
5 star rating
5 star rating
Very strong LED pedestrian light, simply love it, easy to adjust and looks beautiful at a great price. Will recommend this product to other buyer.
Project Manager
5 star rating
5 star rating
5 star rating
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5 star rating
I really like the intelligent control system of this LED street light, which can automatically adjust the light brightness according to different time periods and weather conditions. This not only saves energy but also improves the service life of street lights.
Director of the park
smart street lights in a park in Slovakia-2

The Problem

  • Old street lamps have been unable to meet the lighting requirements, dim lights not only can not illuminate the road in the park but also have safety risks.
  • The old street lamp has no intelligent control function, can not realize intelligent control, is inconvenient for management, and also wastes resources.
  • Street lamps used in parks should not only meet the lighting needs but also be beautiful in appearance. The new street lights with a beautiful appearance are needed to replace the old street lamps at a time.

The Solutions

Smart street lights are a type of advanced lighting system that uses sensors, wireless communication, and data analytics to optimize lighting efficiency and reduce energy consumption. Managers can adjust the brightness of these fixtures and switch them on and off(built-in photocell on NEMA socket) based on the presence or absence of people, vehicles or ambient light. As a key component of smart cities, smart street lights not only improve public safety and save energy costs, but also achieve more humanistic lighting.

The appearance of the K series Smart Street Lights adopts the classic cobra head design to increase the echo with the landscape. Customers are equipped with Zigbee intelligent control system, convenient staff remote control these lamps, and save maintenance costs. The LED lighting level and the glare design of the lamps make visitors feel comfortable, satisfying the lighting while being more environmentally friendly.

project Details

Product Model CCT/ Optics Quantity
60w Smart Street Lights ZGSM-LD55KS 3000K, type II 110pcs
smart street lights in a park in Slovakia-3

The Result

Smart LED street light will automatically dim when there are fewer people and can be turned on and off at a certain time, saving customers a lot of money on electricity bills. Remote intelligent control is more convenient for employees to manage these street lighting assets. The customer is very satisfied with this smart street lamp include the efficency, lighting distribution and apperance, which not only meets the lighting needs of the park but also adds another scenery to the park with its exquisite appearance.

ZGSM offers comprehensive lighting solutions

For various scenarios including street lighting, urban lighting, highway lighting, parking lot lighting, stadium lighting, sports lighting, factory lighting, warehouse lighting, gas station lighting, and tunnel lighting. Our solutions are designed to provide efficient and reliable illumination, enhancing safety and visibility in these environments.

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Frequently Asked Questions

We know you might have more questions, so here’s a list of the questions we get asked the most about led Smart Street Lights.

An inventive way to enhance urban infrastructure is to install smart street lighting. These lights have cutting-edge sensors and are linked to a central control system, enabling them to change their brightness according to the environment. Streets are made safer and more energy-efficient by these lights, which can also detect movements and change their brightness accordingly. Smart street lights are a step toward developing smart cities that are sustainable and responsive to the demands of their citizens by adding features like remote monitoring and automated maintenance. All things considered, smart street lights are a promising technology that can improve urban life.

Every lamp in a network of monitored street lights has a distinct ID and can be located, which will help cut down on maintenance expenses. Municipalities may be able to increase street lighting in new locations thanks to these cost reductions, improving illumination access in underserved and low-income neighborhoods.

Smart street lighting, a crucial component of a smart city, links street lamps together in a network using wireless IoT sensors, GPRS, Bluetooth, Zigbee and Lora communication technology. This creates the Internet of Things and enables remote, centralized control and management of street lamps.

An advanced technological system called a “Smart Street Light Control System” attempts to optimize the operation and energy use of street lights in urban and suburban locations. Traditional street lighting systems frequently use manual controls or fixed schedules to turn lights on and off, which can result in wasteful energy usage and maintenance expenses. Smart street lighting system make use of a range of technologies to overcome these issues and offer the following advantages:

Energy Efficiency: Smart street lights have the ability to change their brightness in response to current circumstances. When there is little traffic or when there is enough natural light, they can dim and then brighten when adjacent vehicles or people are spotted.

Motion Sensing: Including infrared or motion sensors enables the lights to only turn on when nearby motion is detected. As a result, less energy is used while we are not moving.

Remote Monitoring and Control: A central management system allows for the remote monitoring and control of smart street lights. As a result, operators may more effectively change settings, find problems, and carry out maintenance.

Wireless Connectivity: To link individual lights to the main control system, many smart street light systems use wireless communication technologies like Zigbee, LoRa, or cellular networks.

Data collection and analytics: Smart street lights may collect information on energy usage, weather conditions, and patterns of foot and vehicle traffic. This information can be utilized to boost city efficiency generally, optimize lighting schedules, and enhance urban planning.

Reduced Light Pollution: Smart street lights help to lessen light pollution and its detrimental effects on the environment and wildlife by lowering lights during off-peak hours and dynamically modifying brightness levels.

Predictive Maintenance: Smart systems have the ability to identify problems, such as broken wiring or bulbs, and inform users to the need for preventative maintenance, which lowers downtime and maintenance costs.

Integration with Other Systems: By integrating smart street light systems with other urban infrastructure like traffic control, security cameras, and environmental monitoring systems, a more integrated and interconnected smart city ecosystem is produced.

Customizable Lighting Profiles: By enabling the creation of several lighting profiles for various spaces or times of day, more specialized lighting solutions may be provided, enhancing both safety and ambiance.

Cost Savings: Although smart street light systems may require a larger initial investment, the potential for long-term energy savings and decreased maintenance costs can result in significant cost reductions over time.

It’s vital to remember that a smart street light management system’s exact features and functionalities can change depending on the technology and solutions employed by various vendors or municipalities. The ultimate objective is to provide a lighting infrastructure for urban environments that is more responsive, energy-efficient, and sustainable.

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