New York City is poised to transform its school transportation system with a significant shift towards electric school buses. The roll out programme is underway with a goal to ultimately introduce 45,000 vehicles. This monumental change not only seeks to reduce emissions and improve air quality but also sets a benchmark for sustainable practices in urban transport. As cities around the world look to emulate this model, companies like Tenix are playing a crucial role in this electric revolution, utilising proven Nordic technology to promote electric sustainability globally.
The Move to Electric School Buses
The transition to electric school buses is part of a broader initiative aimed at creating a cleaner, greener urban environment. These electric vehicles will eliminate the harmful emissions associated with traditional diesel buses, offering students a healthier journey to school. In addition to reducing air pollution, they will also lower noise levels, resulting in a quieter and more pleasant commuting experience. Each electric bus represents a significant commitment to sustainable transportation, contributing to a reduced overall carbon footprint for the city’s school transport system.
How Tenix is Supporting Electric Sustainability
Central to this transition is the need for effective systems that facilitate large-scale electric fleet operations. Tenix, a leader in intelligent software solutions for sustainable fleet management, is making vital contributions to this electrification effort. Their innovative platform, Tenix Charge, is specifically designed to optimise the operation of electric vehicles, ensuring they function efficiently and sustainably.
Key Features of Tenix Charge
Tenix Charge is an advanced Charge Point Management System (CPMS) designed to optimise electric fleet operations. Here are the key features that make it a comprehensive solution for transport operators:
1. Support for Charging Operations
- Load Balancing: Efficiently distributes power to prevent overloads during peak times.
- Smart Charging: Utilises machine learning to charge vehicles at the lowest possible cost and within specified time windows.
- All-in-One Overview: Provides a complete view of energy costs, charging status, and fleet performance in real-time.
2. Depot Operations and Sharing
- Compatibility with All Chargers and Vehicles: Works seamlessly with any make or brand, ensuring flexibility in fleet management.
- Updated Geolocation Services: Offers real-time tracking of chargers and vehicles, enhancing operational efficiency.
- Depot Management: Enables operators to monitor charger availability and usage in real-time.
3. Insights and Data Reporting
- Comprehensive Visibility: Provides detailed insights into transaction data and expenditure, facilitating effective decision-making.
- Historical and Real-Time Data Analysis: Allows operators to analyse charging sessions and consumption patterns retrospectively.
- Custom Reporting: Generate reports on fuel consumption, energy usage, speed, and more, tailored to specific operational needs.
Additional Features
- Automated Smart Charging: Optimises charging sessions to avoid load peaks while maintaining desired battery levels.
- API Service: Offers defined data access through API services for integration with existing scheduling systems.
- Alarms and Notifications: Alerts operators to issues such as accidents, high vehicle temperatures, or low battery levels.
- Live Map: Provides a real-time overview of buses, chargers, and equipment on an interactive map.
- Battery Health Management: Monitors State of Health (SoH) and State of Charge (SoC) to optimise charging schedules and extend battery life.
Tenix Charge is designed to streamline the management of electric fleets, ensuring reliability, efficiency, and sustainability in operations.
Conclusion
The introduction of electric school buses in New York City marks a significant move towards a sustainable future. With an ambitious target of 45,000 electric buses, guided by the New York State Electric School Bus Roadmap (ESB Roadmap) – NYSERDA*, this initiative sets a benchmark for urban transport.
Tenix’s technology is rooted in Nordic principles of sustainability and efficiency, reflecting a strong commitment to green initiatives. This influence ensures that Tenix’s solutions are both effective and environmentally friendly, with their software successfully deployed across various fleet operations in Scandinavia, demonstrating reliability in real-world scenarios. In this evolving landscape, Tenix leverages proven Nordic technology to support the broader transition to electric mobility. As we move forward, collaboration between innovative technology providers and dedicated urban planners will be crucial in shaping a sustainable transport framework for future generations.
* Electric School Bus Roadmap – NYSERDA – NY.Gov
