Smart Solar Powered Bus Shelter

Solar bus stops are energy-independent urban devices, performing information and multimedia functions for residents, as well as protecting against external urban factors. Thanks to a special controller for energy management and communication in the cloud, the bus shelter can work in the field all year round.

In the ever-evolving landscape of urban transit, smart solar bus shelters stand out as a key innovation, combining sustainability with modern convenience. These shelters are more than just a place for riders to wait for the bus—they’re a vital part of the transit system, providing power, lighting, and smart features that enhance the daily commute. This article will explore how solar bus shelters are transforming public transportation and why they are an essential component of a smart city’s infrastructure.

Solar Bus Shelter
Solar Bus Shelter

Features

Energy independent, providing informative and multimedia functionalities for citizens, as well as protecting from external urban factors. Fully solar powered.
Solar Bus Shelter
Solar power

Solar Energy

We utilize solar panels that allow you decrease the need for energy, and thus CO2 emission.
USB charging

USB Charger

Charge your phone via USB – 24 hours per day
Wireless charging

Inductive Charger

Our solar benches are equipped with wireless chargers
Wifi

WiFi Internet

Utilize free WiFi while charging.
Ecology

Ecology

Decreasing energy consumption and CO2 emission.
audio

Audio

The audio function with the possibility of remote management and extension with induction loops will tell the story of a place, artist or city.
water

Sensors

Sensors of air quality, humidity, noise or humidity - this is a set of data for better management of cities.
crowd

Crowd Analysis

The analysis of the number of users and the crowd is a function that allows you to analyze the installation site.
Panel

Remote Management

The Incity.io panel allows you to observe sensor data and manage the city.
Panel

Open APIs

Open data is critical to the future of cities. Ours are like that.
Calendar

E-Paper Display

A 31.2-inch, remotely operated e-paper display provides access to information or timetables.
Green Roof

Green roof modules

This is the only structure in which solar and green modules can be used alternately.
Modules

Modular design

From 2 to 6 construction modules provides great flexibility of implementation.
Settings

External Integrations

Integrations with lighting, chargers and inverters allow for even better use of green energy.

Case studies

from around the world
Rzeszów Poland
2023 see case study
Pruszków Poland
2021 see case study
Ștefan Vodă Moldova
2023 see case study
Lausitzring Germany
2022 see case study
Ghimbav Romania
2021 see case study
Las Palmas Spain
2021 see case study
Norwich England
2021 see case study
Riyadh KSA
2021 see case study
Monaco Monaco
2020 see case study
Budapest Hungary
2020 see case study
Toronto Canada
2019 see case study
Athens Grecce
2019 see case study
Rzeszów Poland
2023 see case study
Pruszków Poland
2021 see case study
Ștefan Vodă Moldova
2023 see case study
Lausitzring Germany
2022 see case study
Ghimbav Romania
2021 see case study
Las Palmas Spain
2021 see case study
Norwich England
2021 see case study
Riyadh KSA
2021 see case study
Monaco Monaco
2020 see case study
Budapest Hungary
2020 see case study
Toronto Canada
2019 see case study
Athens Grecce
2019 see case study
259
cities
22
countries
3
continents
561
devices deployed
SEEDIA

Products

Solar Bus Shelter
Solar Bus Shelter

SEEDiA bus stops not only offers USB charging capabilities and an e-paper display powered by our custom energy management system, but also features intelligent sensors that automatically dim the LED lights when there are no pedestrians nearby. Additionally, it’s equipped with a smog sensor to help monitor air quality. A sustainable and smart solution for urban commuters.

 

 

REQUEST PRICING
PV Power 1200 W
Battery 512 Ah
31,2 inch display 1 or 2
Online displays control Yes
Interactive LED (dark and motion sensor) Yes
Section light control Yes
Smog sensor (PM 2,5, PM 10, Temp., Humidity) Yes
USB × 2
Inductive charger × 2
Rust protection Yes
Audio module Yes, SD card, possibly Bluetooth
Smog sensor PM 2,5 PM 10
Working temp. -40 – 70 ℃
SHOW MORE
Collaboration with Seedia and the opportunity to develop a joint offering, supporting micromobility, and further reducing the carbon footprint of the InPost logistics system makes it easier to engage in dialogue with cities and landowners where we install our machines. This allows us to install in more locations, and users can access the InPost Parcel Locker device by using bicycles or electric scooters to reach it.
Rafał Brzoska, CEO InPost Group
Rafał Brzoska
Klepierre Group has chosen to collaborate with Seedia by implementing the solar charging station jCharge at Sadyba Best Mall, thereby supporting environmentally friendly transportation. This innovative solution not only facilitates the charging of electric scooters but also aligns seamlessly with our Act4Good™ strategy, promoting sustainable development.
Piotr Niekraszewicz, SC Manager Klepierre
Piotr Niekraszewicz
Seedia's products align perfectly with Rzeszów's vision as an innovative and environmentally friendly city. They also provide valuable data about the city's operations.
Konrad Fijołek, Mayor of Rzeszów
Konrad Fijołek
Cloud Platform
powered by seedia

Software InCity

Cloud Platform

Additional Information

The Importance of Solar Bus Shelters in Modern Transit Systems

As cities strive to become more sustainable and efficient, the integration of smart solar bus stop and shelters into transit systems is becoming increasingly crucial. These shelters not only provide a comfortable waiting area but also contribute to reducing carbon footprints through the use of solar power. By harnessing solar energy, these shelters offer an eco-friendly solution that aligns with global sustainability goals.

What Makes a Smart Solar Bus Shelter?

A smart solar bus shelter is more than just a shelter with solar panels. It’s a multifunctional structure designed to enhance the user experience while promoting sustainability. These shelters are equipped with a range of features, including solar lights, e-paper displays, USB charging ports, and wireless connectivity. The combination of these elements makes waiting for the bus more convenient and safe.

Solar Panels: The Heart of the Solar Bus Shelter

The efficiency of a solar bus shelter largely depends on the quality and placement of its solar panels. Installed on the roof of the shelter, these panels capture solar energy and convert it into electricity, powering various features of the shelter. This off-grid power system ensures that the shelter remains operational regardless of its connection to the grid, providing a reliable and sustainable source of energy.

Bus Shelter Lighting Systems: Enhancing Safety and Visibility

Lighting is a critical feature of any bus shelter, and solar bus shelters are no exception. Equipped with solar-powered LED lights, these shelters provide ample illumination, ensuring that riders feel safe and comfortable even at night. The lighting system is often integrated with sensors that adjust the brightness based on ambient light levels, reducing energy consumption and light pollution.

The Role of Smart Technology in Solar Bus Shelters

Smart technology is at the core of modern solar bus shelters. These shelters are equipped with various sensors that monitor air quality, temperature, and humidity, providing real-time data that can be used to improve urban planning. Additionally, features like USB charging ports and Wi-Fi connectivity offer added convenience for transit riders, making these shelters a hub of modern technology.

Solar Bus Shelter Design: A Blend of Functionality and Aesthetics

The design of a solar bus shelter is as important as its functionality. These shelters are designed to blend seamlessly into the urban environment while providing practical benefits. The modular design allows for customization based on the specific needs of a city, from small shelters in residential areas to larger ones in busy transit hubs.

How Solar Bus Shelters Support Sustainable Urban Development

Solar bus shelters play a significant role in promoting sustainable urban development. By reducing reliance on traditional energy sources and minimizing carbon emissions, these shelters contribute to a city’s overall sustainability goals. They are an example of how cities can implement green infrastructure to create a more eco-friendly urban environment.

Crowd Analysis and Remote Management: Optimizing Transit Efficiency

One of the advanced features of smart solar bus shelters is their ability to analyze crowd patterns and usage data. This information is crucial for optimizing transit operations, as it allows cities to adjust schedules and routes based on real-time demand. The remote management system also enables city officials to monitor and manage the shelters’ features, ensuring they operate efficiently and effectively.

Case Studies: Successful Implementation of Solar Bus Shelters

Around the world, cities are successfully implementing solar bus shelters as part of their transit systems. From South Florida to European cities, these shelters are proving their worth by providing reliable, sustainable, and smart solutions for public transportation. Each case study highlights the adaptability and effectiveness of these shelters in different urban environments.

The Future of Solar Bus Shelters: Innovations and Advancements

As technology continues to advance, the potential for solar bus shelters to evolve is vast. Future innovations could include more advanced solar panels, improved battery systems, and even more sophisticated smart features. These advancements will further enhance the role of solar bus shelters in creating a sustainable and efficient transit system.

Why Your City Needs Smart Solar Bus Shelters

Investing in smart solar bus shelters is not just about improving public transportation—it’s about investing in the future of your city. These shelters provide numerous benefits, from reducing energy costs to enhancing public safety and convenience. By integrating these shelters into your transit system, you can create a more sustainable, efficient, and modern urban environment.