13.3'' monochrome E-paper display bus stop sign support customization

13.3'' monochrome E-paper display bus stop sign support customization

Product Description

E-paper display bus stop signs are a modern and innovative way to provide real-time transit information to commuters using e-paper (electronic paper) technology. E-paper is a display technology that mimics the appearance of ink on paper, offering benefits like high visibility, low power consumption, and the ability to be easily readable in direct sunlight, which makes it an ideal choice for outdoor environments like bus stops.

Key Features of E-Paper Bus Stop Signs:

1. Real-Time Information: E-paper bus stop signs can display real-time updates about bus arrivals, departures, delays, and other critical transit data. These updates can be pulled from a central server, ensuring that commuters always have the latest information.

2. Low Power Consumption: One of the major advantages of e-paper technology is its extremely low power usage. E-paper displays only consume power when the content is updated, making them ideal for outdoor use where frequent recharging or wiring for power might be challenging.

3. Excellent Readability in All Lighting Conditions: Unlike traditional digital displays, e-paper displays are highly visible even in bright sunlight, which is a major advantage for outdoor applications like bus stop signs. They have a paper-like quality that ensures legibility no matter the time of day or lighting conditions.

4. Durability: E-paper displays are often rugged and weather-resistant, making them well-suited for outdoor environments. They can withstand varying weather conditions, such as rain, wind, and extreme temperatures, ensuring long-term use with minimal maintenance.

5. Eco-Friendly: Since e-paper displays use less power and are often made from recyclable materials, they contribute to sustainability goals, which is important for modern transit systems looking to reduce their environmental impact.

6. Dynamic Content: E-paper technology can show dynamic content such as bus schedules, live updates, and even advertisements. This flexibility allows transit authorities to update bus stop signs remotely without requiring physical maintenance or manual updates.

Advantages:

• Energy Efficiency: Due to its low power needs, e-paper bus stop signs can run on solar power or be connected to low-power networks, reducing infrastructure costs.
• Maintenance: E-paper signs have fewer moving parts compared to traditional digital displays, leading to lower maintenance costs over time.
• Cost-Effective: Although the initial setup cost might be higher than traditional signage, the long-term savings on power and maintenance can make e-paper a cost-effective solution.

• Item	STANDARD Value
  LCD size	13.3 inch
  LCD Display Type	E-paper display, Monochrome
  Power Supply Mode	Power adapter/ Solar power can also be battery
  Recommended Viewing Direction	within 178 degree
  Display Shell	Optional
  Resolution	1600*1200
  DPI	150
  Top & Tst	-15˚C ~ +65˚C &-20˚C-~+70˚C

Use Cases

• Urban Transit Systems: E-paper bus stop signs are increasingly being deployed in urban settings to give passengers up-to-date information about bus schedules, expected arrival times, and service disruptions.
• Sustainable Solutions: In cities and towns with a focus on sustainability, e-paper bus stop signs offer an energy-efficient alternative to traditional electronic signs, which often consume much more power.

Update Rates

The update rate for e-paper bus stop signs typically ranges from once every few seconds to once every minute, depending on the requirements of the specific system and the information being displayed.

Here's a breakdown of the typical update rates:

1. Real-Time Updates (Every Few Seconds):

• Use Case: When displaying live data such as bus arrival times, delays, or traffic conditions, updates might occur as frequently as every 10 to 30 seconds.
• Reasoning: This allows commuters to see up-to-the-minute changes in the bus schedule, especially in cases where there are significant delays or last-minute changes.

2. Scheduled Updates (Every Minute):

• Use Case: For less dynamic information, such as standard bus schedules or route information, the update rate might be set to 1 minute or longer.
• Reasoning: Bus schedules generally don't change frequently within a short time frame, so updating once a minute is sufficient for most needs.

3. Static or Low-Frequency Updates:

• Use Case: If the sign is displaying static content like advertising or general route information that doesn't change often, updates might occur every several minutes or even hours.
• Reasoning: Content like routes or general messaging only needs to be updated on a less frequent basis, which reduces power consumption and wear on the system.

Factors Influencing Update Rates:

• Power Consumption: E-paper displays are designed to consume minimal power, but frequent updates can increase energy consumption. The display only uses power during updates, so a balance must be struck between providing real-time updates and maintaining energy efficiency.

• System Requirements: The specific transit system's needs will determine the update rate. Systems with higher volumes of commuters or more dynamic routes (e.g., frequent delays or route changes) may require faster update rates, while quieter systems may work with slower update cycles.

In Practice:

• Typical Update Rates: In most cases, update rates for e-paper bus stop signs range from 10 to 60 seconds, depending on the importance of the information being displayed. This ensures commuters receive timely updates without unnecessarily draining power or requiring constant data transmission.

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