@misc{ff7b95870da54900836a42d55b7825d8,
title = "Energy-Aware Route Planning with RouteE Compass",
abstract = "This poster introduces RouteE Compass, a new tool that advances sustainable transportation by enabling energy-aware route planning across diverse vehicle types and large-scale road networks. By addressing practical trade-offs between energy consumption, travel time, and economic cost, RouteE Compass fills critical gaps in traditional routing methods, which often lack the flexibility to prioritize energy directly. The tool's scalability and high-performance computing capabilities allow for national-scale analyses, offering actionable insights for fleet operators, transit agencies, and researchers. As an open-source, extensible platform, RouteE Compass empowers ongoing research and innovation in energy-aware routing, supporting the broader goals of reducing emissions and enhancing transportation sustainability.",
keywords = "eco-routing, energy-aware routing, geospatial analysis, high performance computing, open-source, Python, route planning, rust",
author = "Nicholas Reinicke and Robert Fitzgerald and Jacob Holden and Tim Jonas",
year = "2025",
language = "American English",
series = "Presented at the Transportation Research Board Annual Meeting 2025, 5-9 January 2025, Washington, D.C.",
publisher = "National Renewable Energy Laboratory (NREL)",
address = "United States",
type = "Other",
}