Index

Welcome to eMaaS Hong Kong

Hong Kong is moving towards a new era of smart and sustainable mobility! As a global model of high-density cities, eMaaS (Electric Mobility as a Service) redefines the underlying logic of urban transportation by integrating electrification technology and digital services - shifting from "vehicle ownership" to "on-demand services", and from "isolated systems" to "energy-transportation collaborative networks", providing citizens with seamless, low-carbon, and efficient mobility choices.

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Energy as a Service: Smart Symbiosis of Grid and Transportation

The core innovation of eMaaS lies in breaking down the barriers between energy and transportation systems. Hong Kong's charging network will serve as "distributed energy storage nodes", using AI to predict peak charging demand and dynamically adjust power distribution to alleviate grid pressure; while exploring direct integration of renewable energy (such as offshore wind power) into charging infrastructure, building a full-chain low-carbon closed loop from power generation to mobility.

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Policy Empowerment: From Vision to Implementation

The Hong Kong government drives eMaaS through the dual engines of the "Smart City Blueprint" and "Carbon Neutrality Roadmap", providing policy foundations: establishing cross-departmental coordination mechanisms to promote charging standard unification; incentivizing corporate participation in electric mobility services through carbon trading pilots; planning Low Emission Zones (LEZ) to accelerate the phase-out of fuel vehicles. In the future, eMaaS will be deeply integrated into urban space design, such as reserving "Mobility as a Service corridors" in new communities to achieve zero-friction integration of transportation and life.

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About

About Us

We are mobility innovators in Hong Kong and China, including the Smart Mobility Lab at the University of Hong Kong led by Dr. Ke Jintao, Shenzhen Urban Transport Planning Center, and Haylion Technologies.

From laboratory algorithms to city-level implementation, we define the Chinese solution for future mobility.
Building an 'edge-cloud' integrated future mobility ecosystem where every kilometer of travel counts for 'carbon'.
Supporting Hong Kong's 2025 charging network expansion goals and China's 'dual carbon' strategy implementation.

We are committed to pioneering sustainable transportation solutions, with our team possessing rich expertise in research, urban transportation planning, and cutting-edge vehicle technology. Through this collaborative initiative, we aim to enhance urban mobility efficiency and accelerate the transition to sustainable transportation systems in Hong Kong and China.

Project

Projects, Webs and Mobile Apps

All
HKU
Haylion
SUTPC

Charge Express

Find charging stations and taxi stands

"Bumblebee Love Fleet" Lands in Hong Kong

Haylion Technologies empowers the Love Fleet, how eMaaS reshapes Hong Kong's green mobility future

Urban Supercharging Integrated Network

Shenzhen Urban Transport Planning Center launches eMaaS - integrated patrol network innovation model

Intelligent Optimization Tool

Data-driven intelligent optimization tool for charging station layout

AI-driven Photovoltaic-Storage-Direct-Flexible V2G Supercharging System

The "Photovoltaic-Storage-Direct-Flexible V2G Supercharging System" integrated solution refers to a small-scale power generation, distribution, and consumption system composed of distributed photovoltaic power sources, flexible dispatchable loads, AC/DC microgrid power conversion and distribution facilities, real-time power monitoring and protection devices.

Find Taxi Stand App

Welcome to the "Find Taxi Stand" mobile app! Our APP is designed for taxi drivers to help you quickly find the most optimal nearby taxi stands, improve pick-up efficiency, and increase your income.

Prefabricated Photovoltaic-Storage-Direct-Flexible Supercharging Station

The prefabricated photovoltaic-storage-direct-flexible supercharging station system is a rapid deployment charging solution composed of photovoltaic power generation system, energy storage system, charging equipment (piles), and DC system. In the context of the surge in new energy vehicle ownership, the prefabricated structure helps accelerate multi-scenario implementation, meet destination charging needs for new energy vehicles, and achieve green construction requirements for land, energy, materials, water conservation, and environmental protection.

Large-scale Taxi Simulation Platform

We propose a novel multi-functional open-source ride-hailing system simulation platform that can simulate various agent behaviors and movements on real traffic networks.

Electric Taxi Supercharging Solution

Pilot project to promote the popularization of electric taxis in Hong Kong through AI microgrid and energy storage supercharging solutions.

Driver-Order Matching Tool

There are two matching methods in taxi market operations: dispatch and broadcast. In this toolbox, users can choose the matching mode and upload driver and passenger travel request information to obtain matching results.

Winged Box-type Photovoltaic-Storage-Direct-Flexible Vehicle-to-Grid Supercharging Station System

The Winged Box-type Photovoltaic-Storage-Direct-Flexible Vehicle-to-Grid Supercharging Station System is a new generation of mobile charging solution that makes charging more convenient than refueling, achieving near, fast, and green charging experience, solving the three major pain points of private electric vehicles.