|
Basics for solar energy and PV systems |
Solar energy in SESA |
|
Sizing of solar electrification systems |
Solar energy in SESA |
|
2023 New Mobility: Post-Pandemic New Mobility
Strategies |
Mobility
as a Service and Intelligent Transport Systems (ITS) |
|
Installations, Operations of solar PVs |
Solar energy in SESA |
|
Maintenance and Safety of solar PVs |
Solar energy in SESA |
|
Solar energy application |
Solar energy in SESA |
|
Suitable
condition for PV instalations |
Solar energy
in SESA |
|
Solar PV system designs exercise |
Solar energy in SESA |
|
Aligning E-Mobility: Wider Context and Objectives |
Asia
Regional Training on E-Mobility |
|
Applying insights through case studies |
Implementing
e-Mobility through Urban Living Labs |
|
Assessing e-mobility (Example from the Philippines) | |
|
Basic clean cooking concepts |
Clean
cooking and waste to energy - SESA |
|
Basics for second life batteries (SLB) |
Second Life EV
Batteries |
|
Benefits of E-Mobility |
Electrification of
the Public Transport |
|
Business models and delivery models for clean
cooking solutions |
Clean
cooking and waste to energy - SESA |
|
Case studies of e-mobility Living Labs |
Implementing
e-Mobility through Urban Living Labs |
|
Case Study: India |
Electrification
of Paratransit Services |
|
Case study: The implementation of e-cargo bikes in
Quito, Ecuador |
Electrification
of Paratransit Services |
|
Case Study: the PUVMP in the Philippines |
Electrification
of Paratransit Services |
|
Challenges and Success Factors for Recycling
Companies | |
|
Charging Infrastructure – Introduction for (city)
authorities |
Asia
Regional Training on E-Mobility |
|
Charging Infrastructure – Policy Frameworks |
Asia
Regional Training on E-Mobility |
|
Charging infrastructure deployment: Experience from
Chinese Taipei |
Asia
Regional Training on E-Mobility |
|
Charging Infrastructure Planning in Public Areas |
Electric Mobility:
A Primer |
|
Charging infrastructure: Characteristics, Planning,
Policy and Operation |
Asia
Regional Training on E-Mobility |
|
Circular design and the value chain |
Second Life EV
Batteries |
|
Climate-proofing, resilience and adaptation |
SESA Smart
Microgrids |
|
Co-creation of Electric Paratransit Services |
Electrification
of Paratransit Services |
|
Collecting Data to Plan for Electrification of
Paratransit Services |
Electrification
of Paratransit Services |
|
Competence centre for connectivity and regional
information | |
|
Contribution of E-Mobility Towards National Climate
Change Targets |
Asia
Regional Training on E-Mobility |
|
Cost-effective and suitable EV charging management |
SESA |
|
Customer Needs and inclusivity |
Mobility
as a Service and Intelligent Transport Systems (ITS) |
|
Deloyment of 3-wheeler paratransit |
Electrification
of Paratransit Services |
|
Deployment of 2-wheeler Paratransit |
Electrification of
the Public Transport
Electrification of Paratransit Services |
|
Deployment of 3-wheelers paratransit services |
Electrification of
the Public Transport
Electrification of Paratransit Services |
|
Deployment of e 4-wheeler e-paratransit facilities
and services |
Electrification of
the Public Transport |
|
Deployment of electric 2-wheelers paratransit
services |
Electrification
of Paratransit Services |
|
Deployment of electric 4-wheelers paratransit
services |
Electrification
of Paratransit Services |
|
Design Mobility-as-a-Service (MaaS) Platform as an
Intermediary |
Mobility
as a Service and Intelligent Transport Systems (ITS) |
|
Developing a Systematic Approach on E-mobility |
Electrification of
the Public Transport |
|
Developing the Industry at the National Level |
Electrification
of Paratransit Services |
|
Digital inclusion and sustainable development in
rural regions | |
|
Digitisation of Information |
Mobility
as a Service and Intelligent Transport Systems (ITS) |
|
E bus deployment worldwide. An exchange with
SOLUTIONSplus expert |
Mobility
as a Service and Intelligent Transport Systems (ITS) |
|
e-Bus charging technologies and strategies: A
Review |
Asia
Regional Training on E-Mobility |
|
e-Bus Deployment in Europe |
Asia
Regional Training on E-Mobility |
|
E-mobility and Behaviour Change: GO-HI Platform |
Mobility
as a Service and Intelligent Transport Systems (ITS) |
|
E-mobility and Behaviour Change: Lessons from the
Coventry Mobility Credits trial |
Mobility
as a Service and Intelligent Transport Systems (ITS) |
|
E-Mobility as an elements towards meeting the NDC
Targets |
Asia
Regional Training on E-Mobility |
|
E-mobility Ecosystem and stakeholders |
Asia
Regional Training on E-Mobility |
|
E-mobility in SUMP | |
|
E-mobility in the transport system |
Electrification of
the Public Transport |
|
E-mobility Planning and Implementation |
SESA |
|
Elaboration of an Efficient Communication Strategy |
Electrification
of Paratransit Services |
|
Electric buses and integration into public
transport systems | |
|
Electric Mobility Business Models and Exploitation
Pathways | |
|
Electric Mobility Ecosystem in India |
Asia
Regional Training on E-Mobility |
|
Electric mobility within sustainable urban mobility |
Implementing
e-Mobility through Urban Living Labs |
|
Electric Vehicle Policies and Regulation |
Asia
Regional Training on E-Mobility |
|
Electrification of electric buses and integration
into cities’ public transport systems |
Electrification of
the Public Transport |
|
Electrification of Paratransit Services |
Electrification of
the Public Transport |
|
Electrification of Paratransit Services - Actions
and Strategies at local level |
Electrification
of Paratransit Services |
|
Electrifying Informal Transportation in India |
Electrification
of Paratransit Services |
|
Energy management systems (EMS) for the
optimisation of the profitability of PV electricity self-consumption |
SESA Smart
Microgrids |
|
Establishing village information spot (InfoSpot) | |
|
EV's Forecast |
Electrification of
the Public Transport |
|
Existing examples of smart microgrids |
SESA Smart
Microgrids |
|
Experts exchange on electrification of paratransit
services |
Electrification
of Paratransit Services |
|
Facts and challenges on urban sustainability |
Implementing
e-Mobility through Urban Living Labs |
|
Financing and procurement models for e-bus
implementation: Santiago de Chile |
Electrification of
the Public Transport |
|
Financing options for e-mobility |
Electric Mobility:
A Primer |
|
Financing Sustainable Transport |
Implementing
e-Mobility through Urban Living Labs |
|
Future charging trends: power increase for (very)
fast and bi-directional charging |
Asia
Regional Training on E-Mobility |
|
Getting e-mobility right: Opportunities and
requirements (Part 1) |
Electric Mobility:
A Primer |
|
Getting e-mobility right: Opportunities and
requirements (Part 2) |
Electric Mobility:
A Primer |
|
Global Competition in Battery Production | |
|
Global Distribution of Battery Materials, Refinery,
and Production Sites | |
|
Global overview on electric buses |
Electrification of
the Public Transport |
|
Guiding Principles for e-mobility implementation |
Electrification of
the Public Transport |
|
Guiding Principles for e-paratransit Implementation |
Electrification
of Paratransit Services |
|
Hanoi in the SolutionsPlus Project |
Asia
Regional Training on E-Mobility |
|
Holistic, fact-based planning and operation of
Zero-emission Buses in an Urban Environment |
Asia
Regional Training on E-Mobility |
|
How to diagnose if your city is walkable and
bicycle-friendly | |
|
How to Make Sustainability Transition Roadmaps - A
Transport Case from Southeast Sweden |
Implementing
e-Mobility through Urban Living Labs |
|
Implementing e-Bus systems – Experience from China |
Asia
Regional Training on E-Mobility |
|
Improving informal transport in eastern Africa with
Tom Courtright |
Electrification
of Paratransit Services |
|
Incentives to enhance e-paratransit at national
level |
Electrification of
the Public Transport |
|
Incentives to Enhance the E-paratransit Industry at
the National Level |
Electrification
of Paratransit Services |
|
Innovation and Business Models |
Implementing
e-Mobility through Urban Living Labs |
|
Installation and operation of solar systems |
Solar energy in SESA |
|
Installations, Operations, Maintenance for Biogas
system |
Clean
cooking and waste to energy - SESA |
|
Installations, Operations, Maintenance for
efficient Cook Stoves |
Clean cooking and
waste to energy - SESA |
|
Instruments for financing sustainable urban
mobility - international options | |
|
Instruments for financing sustainable urban
mobility - local options | |
|
Instruments for financing sustainable urban
mobility - national options | |
|
Integrated Planning for E-mobility: emobility in
SUMP |
Electric Mobility:
A Primer |
|
Integrating all public and shared mobility options
into a one-stop-shop |
Electrification of
the Public Transport |
|
Integrating e-scooters into public transport |
Electrification of
the Public Transport |
|
Integrating Energy and Mobility - Needs, synergies
and examples |
Electric Mobility:
A Primer |
|
Integrating Energy and Mobility in low and middle
income countries |
Electric Mobility:
A Primer |
|
Intelligent Transportation |
Mobility
as a Service and Intelligent Transport Systems (ITS) |
|
Intelligent Transportation Systems For Smart cities
(for MENA region) |
Mobility
as a Service and Intelligent Transport Systems (ITS) |
|
International Forum on ITS |
Mobility
as a Service and Intelligent Transport Systems (ITS) |
|
Introduction | |
|
Introduction to E-mobility. E-mobility in the
sustainable development paradigm | |
|
Introduction to electric buses |
Electrification of
the Public Transport |
|
Introduction to Low Carbon Mobility | |
|
Introduction to New Business Models | |
|
Introduction to smart micro grid systems |
SESA Smart
Microgrids |
|
Introduction to the development of e-bus operations |
Electrification of
the Public Transport |
|
Introduction to the Regional Training – Asia |
Asia
Regional Training on E-Mobility |
|
Introduction Webinar: Public Procurement and
Innovative Financing of Sustainable Urban Transport | |
|
Involving New Operators: Paratransit
Electrification as a Lever to Include Women |
Electrification
of Paratransit Services |
|
ITS Scientific Conference |
Mobility
as a Service and Intelligent Transport Systems (ITS) |
|
Journey Planning |
Mobility
as a Service and Intelligent Transport Systems (ITS) |
|
Kathmandu in the SolutionsPlus Project |
Asia
Regional Training on E-Mobility |
|
Key elements for a successful e-bus operation |
Electrification of
the Public Transport |
|
Key takeaways regarding e-paratransit
implementation projects |
Electrification
of Paratransit Services |
|
Learning about living labs for sustainable cities | |
|
Leveraging Public Transport Reform to Introduce
Electric Vehicles in Kigali | |
|
Liveable Cities |
Mobility
as a Service and Intelligent Transport Systems (ITS) |
|
Low Emission Zones in urban freight - examples from
East Asian cities |
Electric Mobility:
A Primer |
|
MaaS & ITS Exchange Session |
Mobility
as a Service and Intelligent Transport Systems (ITS) |
|
MaaS Alliance Playbook |
Mobility
as a Service and Intelligent Transport Systems (ITS) |
|
Maintenance and Safety | |
|
Maintenance and Safety of Evs and batteries | |
|
Managing electric 2/3 wheelers (or LEVs) in Asia |
Asia
Regional Training on E-Mobility |
|
Mobility as a service | |
|
Mobility as a Service and Circular Economy |
Mobility
as a Service and Intelligent Transport Systems (ITS) |
|
Mobility Platforms |
Implementing
e-Mobility through Urban Living Labs |
|
Modelling demand for active mobility - Part 1 | |
|
Modelling demand for active mobility - Part 2 | |
|
Module 3 - Promouvoir la mobilité active | |
|
Moving away from the status quo and choosing
sustainable pathways | |
|
Nanjing in the SolutionsPlus Project |
Asia
Regional Training on E-Mobility |
|
National and local policies to support the
e-mobility uptake |
Implementing
e-Mobility through Urban Living Labs |
|
National Policies on E-paratransit |
Electrification
of Paratransit Services |
|
National policies to develop e-paratransit |
Electrification of
the Public Transport |
|
National Urban Mobility Policies and Investment
Programs |
Electric Mobility:
A Primer |
|
Necessity and Challenges of the Circular Economy | |
|
New Mobility Services' contribution towards
Circular Economy |
Implementing
e-Mobility through Urban Living Labs |
|
Open discussion on potential PVs | |
|
Opportunities and Global Trends of E-Mobility |
Electrification of
the Public Transport |
|
Optimised fleet operation |
Electrification of
the Public Transport |
|
Overview of the Paratransit Sector: Definition and
Typology of Paratransit Services | |
|
Paratransit reforms in Lagos and Kumasi |
Electrification
of Paratransit Services |
|
Part 1: Charging technologies for heavy-duty
electric vehicles |
Electrification of
the Public Transport |
|
Part 1: Electric bus situation in China |
Electrification of
the Public Transport |
|
Part 2: Charging solutions for electric buses |
Electrification of
the Public Transport |
|
Part 2: Electric bus situation in Indonesia |
Electrification of
the Public Transport |
|
Part 3: Electric bus situation in Europe |
Electrification of
the Public Transport |
|
Part 4: Electric bus situation in Africa |
Electrification of
the Public Transport |
|
Participating in living lab ecosystems |
Implementing
e-Mobility through Urban Living Labs |
|
Pasig City in the SolutionsPlus Project |
Asia
Regional Training on E-Mobility |
|
Planning for active mobility - Cycling | |
|
Planning for active mobility - Walking | |
|
Planning for cyclists | |
|
Planning for e-paratransit Projects - Importance of
Data Collection |
Electrification of
the Public Transport |
|
Planning for Pedestrians | |
|
Planning for public transport |
Electrification of
the Public Transport |
|
Planning principles for e-mobility rollout |
Implementing
e-Mobility through Urban Living Labs |
|
Planning the e-mobility for all - Importance of
Stakeholder Engagement |
Electrification of
the Public Transport |
|
Planning, procurement and commissioning of e-buses:
Case of Madrid |
Electrification of
the Public Transport |
|
Post Course Survey | |
|
Présentation du Module 2 | |
|
Productive use cases in EV. Rural and Urban context | |
|
Promising characteristics of living labs |
Implementing
e-Mobility through Urban Living Labs |
|
Providing information on energy | |
|
Public and Private sector roles in MaaS schemes |
Mobility
as a Service and Intelligent Transport Systems (ITS) |
|
Public v Private MaaS Debate - Finnish Act on
Transport Services |
Mobility
as a Service and Intelligent Transport Systems (ITS) |
|
Quick guide to bus sector modernization |
Electrification of
the Public Transport |
|
Reading Material for Week 1 |
Electrification
of the Public Transport |
|
Reading material for Week 2 |
Electrification
of the Public Transport |
|
Reading Material for Week 3 |
Electrification
of the Public Transport |
|
Reading Material for Week 4 | |
|
Reading Material for Week 4 (Public Transport) |
Electrification
of the Public Transport |
|
Reflecting about sustainability |
Implementing
e-Mobility through Urban Living Labs |
|
Regional context for electric mobility - Africa |
Electric Mobility:
A Primer |
|
Regulatory and Legal Frameworks for E-paratransit |
Electrification
of Paratransit Services |
|
Regulatory Framework and Legal Framework for
e-paratransit |
Electrification of
the Public Transport |
|
Relevant stakeholders and their integration |
Implementing
e-Mobility through Urban Living Labs |
|
Restriction of Behaviour |
Mobility
as a Service and Intelligent Transport Systems (ITS) |
|
Retrofitting of fuel-based vehicles to EV and other | |
|
Roles in e-mobility |
Electric Mobility:
A Primer |
|
Rural access to information | |
|
S.Korea and Seoul e-Bus Strategies |
Asia
Regional Training on E-Mobility |
|
Safe e-waste handling. Collection and disposal of
e-waste |
Second Life EV
Batteries |
|
Safety for clean cooking solutions |
Clean
cooking and waste to energy - SESA |
|
Second life batteries uses, in less demanding
applications |
Second Life EV
Batteries |
|
Second Life Batteries: The Solution For Sustainable
Mobility? | |
|
Second life battery management, maintenance and
safety |
Second Life EV
Batteries |
|
Second life battery uses | |
|
Second life Electric Vehicle Batteries | |
|
Second life repurposing and recycling of
Lithium-ion Electric Vehicle Batteries |
Second Life EV
Batteries |
|
Second life repurposing and recycling of
Lithium-ion Electric Vehicle Batteries (Repurposing) |
Second Life EV
Batteries |
|
Shaping sustainable mobility in cities through
micro-mobility |
Electrification of
the Public Transport |
|
Smart grid integration models: The role of smart
meters |
SESA Smart
Microgrids |
|
Social Consequences of Raw Material Mining | |
|
Social dimension of electric mobility |
Electric Mobility:
A Primer |
|
Solar energy application (productive use) |
Solar energy in SESA |
|
Solar PV system design exercise |
Solar energy in SESA |
|
SolutionsPlus Project |
Asia
Regional Training on E-Mobility |
|
Sourcing and production or waste-to energy system |
Clean
cooking and waste to energy - SESA |
|
Spatial planning - Sustainable urban mobility and
form |
Implementing
e-Mobility through Urban Living Labs |
|
Standards & MaaS - Leverage the existing
& Adapt to your needs |
Mobility
as a Service and Intelligent Transport Systems (ITS) |
|
Standards & MaaS - NAPCORE in the Context of
MaaS |
Mobility
as a Service and Intelligent Transport Systems (ITS) |
|
Suitable condition for waste to energy
installations |
Clean
cooking and waste to energy - SESA |
|
Suitable conditions for PV installations | |
|
Sustainable electric mobility | |
|
System Specifications |
Electrification of
the Public Transport |
|
Technologies and smart micro-grid integration |
SESA Smart
Microgrids |
|
Technology options for clean cooking solutions |
Clean
cooking and waste to energy - SESA |
|
The Case Study of Quito, Ecuador | |
|
The Procurement and Commissioning Process |
Electrification of
the Public Transport |
|
The Vital Role of Paratransit in Sustainable Urban
Mobility |
Electrification
of Paratransit Services |
|
Ticketing |
Mobility
as a Service and Intelligent Transport Systems (ITS) |
|
Tools for Optimizing and Sizing Storage Systems |
SESA Smart
Microgrids |
|
Traffic Management |
Mobility
as a Service and Intelligent Transport Systems (ITS) |
|
Training for urban mobility and planners | |
|
Treatment of organic waste: Anaerobic Digestion |
Clean
cooking and waste to energy - SESA |
|
Understanding and improving living labs |
Implementing
e-Mobility through Urban Living Labs |
|
Understanding demand for active mobility - Part 1 | |
|
Understanding demand for active mobility - Part 2 | |
|
Urban Design and Mobility the Whole Journey |
Implementing
e-Mobility through Urban Living Labs |
|
Urban design and transport for low carbon cities | |
|
Urban Transformation: The Impact of New Mobility
Solutions on City Landscapes |
Mobility
as a Service and Intelligent Transport Systems (ITS) |
|
UVARs, LEZ and ZEZ as enablers for
climate-neutrality |
Electric Mobility:
A Primer |
|
Vehicle sharing |
Implementing
e-Mobility through Urban Living Labs |
|
Webinar: 'Digital Solutions for Mapping Informal
Transport' |
Electrification
of Paratransit Services |
|
Webinar: Data Management and Exploitation for
Sustainable Urban Mobility | |
|
What does Low Carbon Mobility include? | |
|
What is MaaS? |
Mobility
as a Service and Intelligent Transport Systems (ITS) |
|
What is Public Transit System? |
Electrification of
the Public Transport |
|
Which parts of the EV differ from the ICE |
Electrification of
the Public Transport |
|
Why we need Public Transport |
Electrification of
the Public Transport |