INTELLIGENT ILLUMINATION AT A DUTCH SEAPORT - STUDY

The Port of Moerdijk is the fourth largest seaport in the Netherlands. This port is important not only as a European transportation hub, connecting the Netherlands to the rest of the world but also as an industry terrain home to hundreds of companies. Because many businesses located here continue working around the clock, there is a need to keep the terrain well-illuminated at all hours to make sure the visitors and employees always feel safe and comfortable. However, the Port of Moerdijk aims to evolve into one of the most sustainable ports in Europe and make its outdoor facilities energy-neutral by 2030, which requires focusing the attention on energy conservation. Because a large share of the electricity consumption goes into powering outdoor lighting at the port’s industry terrain, optimizing outdoor illumination is key to achieving the Port’s energy and sustainability targets.

INTELLIGENT ILLUMINATION AT A DUTCH SEAPORT - STUDY

Customer Priorities - Balance between “people, planet, and profit”

Bright illumination at the port’s industry park has been a source of energy waste and light pollution, especially during the late-night hours when the number of visitors is usually at its lowest.


Bas van den Bosch, Project Manager at the Port of Moerdijk adds: “We wanted to cut down the electricity use for outdoor lighting but we also wanted to provide people with enough light to feel safe and comfortable. We want to achieve more when it comes to street lighting, safety, and energy cost reduction.”

What if the port could dim the outdoor lights but not at the cost of public safety? What if the light levels matched the actual human presence? Luckily, Tvilight and Dynniq could offer the Port Authority a comprehensive connected intelligent lighting solution based on a state-of-the-art smart sensor that combines public safety with savings.

Solution - Human-centric adaptive lighting with Tvilight CitySense


Tvilight provided the Port of Moerdijk with its patented, industry-leading connected lighting solution consisting of sensors, wireless controls, and online management software CityManager.

A combination of in-built sensors allows this wireless outdoor lighting controller to detect human presence in real-time and adjust the brightness of streetlights automatically (the effect known as “light on demand” or “dynamic dimming”). Each CitySense unit triggers a number of streetlights in front of the approaching user. Unlike with other products on the market, the brightening of the lamps happens gradually, resulting in a creation of a safe circle of light that “follows” the occupant on his or her journey.  This allows delivering a seamless experience to the drivers, cyclists, and pedestrians at the Port’s industry terrain.


Using the Tvilight CityManager software, the lighting manager at the Port monitors and controls all connected streetlights remotely from a computer dashboard. Intuitive user interface, system insights, and an array of other helpful features help deliver better outdoor illumination and stay in control of the lighting infrastructure. Furthermore, the outdoor lighting network laid at the industry terrain is a perfect foundation for a Smart City. Thanks to Open APIs, the Tvilight system can be connected to third-party hardware and software solutions, which empowers the Port with the flexibility to use new applications.

Tvilight
Tvilight mission is to contribute to the creation of sustainable and connected cities. We support this mission by offering best-in-class sensor lighting solutions that allow cutting down the energy costs and creating a livable and safe environment for urban citizens. We seek to unleash the full potential of sensor technology and wireless communication, offering a lighting experience that goes beyond lighting. We envision the world where data is collected and managed effortlessly, for the good of cities and citizens. Everything we do is about empowering intelligence
.

More case studies:

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Making traffic in Schiedam safe and sustainable

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