top of page
Artboard 1.
RHOE LOGO_main logo on white_edited_edited_edited.png

Address ​​​​Polytechneiou 21 – P.C. 54626

Thessaloniki, Greece

​

Phone: +30 2316 072 816  

​

Facebook Rhoé | Thessaloníki

​

Instagram rhoegroup

​

LinkedIn​ Rhoé​

​

Website www.rhoe.gr/en​​​

Rhoé

Thessaloniki, Greece

 

Rhoé, a cutting-edge consultancy based in Thessaloniki, Greece, specialises in mobility innovation and sustainable transportation solutions. Rhoé operates at the intersection of technology, engineering, and policy to address pressing challenges in modern mobility. Rhoé offers a comprehensive range of services and products designed to revolutionise how people and goods move across urban and regional environments.

​

Rhoé’s multidisciplinary team comprises engineers, economists, data scientists, and project managers, each with expertise in transportation infrastructure, spatial planning, digital platforms, and market analysis. This integrated approach ensures the delivery of practical, innovative, and customised solutions tailored to the unique needs of stakeholders.

​

Rhoé’s core services include Integrated Mobility Planning, Smart Data Analytics, Sustainability Consulting, Innovation Consulting, and Economic & Policy Analysis.  

Contribution to the project

Rhoé leads WP6 and plays a key role in optimizing HESS by enhancing performance and supporting modeling development in WP1. Rhoé's expertise ensures storage solutions are efficient, scalable, and adaptable to real-world applications.

​

As WP6 leaders, Rhoé conducts an LCA to evaluate the project’s environmental footprint and ensure sustainability. Rhoé also assesses market impact, develops a commercialization strategy, and performs competitive analysis to secure long-term viability.

​

In WP3, Rhoé develops a cloud platform for seamless integration with energy management systems, supporting energy optimization and system interoperability. Additionally, Rhoé contributes to weather forecasting, demand analysis, and business case validation, providing key insights for strategic decisions.

​

Beyond technical contributions, Rhoé engages stakeholders to foster collaboration, ensuring the project's sustainability, impact, and long-term success in energy and mobility.

Other projects relevant of HIHELIOS

  • Current Direct (EU): This initiative focuses on developing advanced lithium-ion battery cells for waterborne transport, paired with a cloud-based Energy-as-a-Service (EaaS) platform. The system allows efficient swapping of depleted batteries in electric vessels and integrates fleet logistics optimization and real-time network monitoring for seamless operations.

  • HYPOBATT (EU): Aiming to electrify ferry routes like Norddeich-Norderney, this project brings together 18 European stakeholders to standardize multi-megawatt fast-charging systems for ships. Rhoé's Digital Twin innovation enables enhanced system design and operational efficiency.

  • ZEV-UP (EU): Focused on making Battery Electric Vehicles (BEVs) more affordable and adaptable for diverse markets, this project integrates innovative Battery-as-a-Service solutions and conducts consumer-focused research to accelerate global EV adoption.

  • SAFARI (EU): By deploying a digital platform with emergency management capabilities, this project strengthens port resilience during extreme weather events. Pilot tests are underway in Dunkirk, Seville, and Lisbon, creating a replicable model for global ports.

  • SwapWave (EL): Exploring battery-swapping technology for coastal and short-sea shipping routes in the Ionian Islands, this project addresses infrastructure challenges and enhances energy flexibility, aiming to significantly reduce vessel downtime.

  • Street21 (EL): Hosted by Aristotle University of Thessaloniki, this project improves urban traffic flow by redesigning intersections for mixed use by conventional and automated vehicles, aligned with the European Green Deal.

  • EVCIP (EL): A detailed study under the European Commission's Green Agreement to optimize EV charging infrastructure placement, tailored to local spatial and functional characteristics.

  • OPSPS (EL): Aims to map and organize public spaces in urban areas using a holistic, multidimensional approach, enhancing accessibility and functionality.

  • ENERGENIUS (EU): A comprehensive digital platform that integrates energy, healthcare, traffic, and other sectoral data for AI-driven recommendations, fostering community-driven energy transitions.

bottom of page